u.s. geological survey open-file report 89-420

CHEMICAL, TISSUE, AND PHYSICAL DATA FROM WATER AND BOTTCM MATERIAL

IN THE LOWER CALCASIEU RIVER, LOUISIANA, 1985-88

By Dennis K. Demciheck, Charles R. Demas, and Charles R. Garrison

U.S. GEOLOGICAL SURVEY

Open-File Report 89-420

1990

DEPARTMENT OF THE INTERIOR

MANUEL LUJAN, JR., Secretary

U.S. GEOLOGICAL SURVEY

Dallas L. Peck, Director

For additional information write to:

District ChiefU.S. Geological SurveyP.O. Box 66492Baton Rouge, LA 70896

Copies of this report can be purchased from:

U.S. Geological SurveyBooks and Open-File Reports SectionFederal Center, Building 810Box 25425Denver, 00 80225

CONTENTSPage

Abstract................................................................. 1Introduction............................................................. 1Study area ............................................................... 3Materials and methods .................................................... 3

Water-quality sampling and analytical methods....................... 4Special studies..................................................... 7

Remobilization of organic compounds from bottom material....... 7Analysis of bacterial degradation of synthetic organic

oompounds.................................................... 8Uptake of synthetic organic compounds by Rangia cuneata........ 8Use of radon-222 as a tracer of transport across the bed

sediment-water interface..................................... 9Explanation of tables .................................................... 11References............................................................... 16

ILLUSTRATIONS

Figure 1. Map showing location of study area and sampling sites, lowerCalcasieu River, Louisiana.................................. 2

2. Schematic of in situ flux chamber............................. 103. Map showing extent of dye cloud 1 day after injection into the

lower Calcasieu River, Louisiana, January 13, 1987.......... 124. Map showing location of salinity-profile and in situ water-

quality sampling sites for the lower Calcasieu River, Louisiana, February-March 1987.............................. 13

5. Map showing location of sampling sites during a toxicity- characterization study of the lower Calcasieu River and Bayou d f Inde, Louisiana, June 1988.......................... 15

TABLES

Table 1. Lower Calcasieu River at 1-10 bridge at Lake Charles, Louisiana, daily: A. Gage height data, May 1986 to September 1988............. 20B. Water temperature data, April 1986 to July 1988.......... 25C. Specific conductance data, April 1986 to July 1988....... 35D. Velocity data, October 1986 to July 1988................. 45

2. Lower Calcasieu River at Burton Landing Louisiana, daily:A. Gage height data, September 1988 to July 1988............ 66B. Water temperature data, September 1986 to July 1988...... 71C. Specific conductance data, September 1986 to July 1988... 76

3. Lower Calcasieu River near Cameron, Louisiana, once daily:A. Water temperature data, April 1987 to August 1988........ 81B. Specific conductance data, April 1987 to August 1988..... 83

4A. Salinity-profile data, lower Calcasieu River, Louisiana,February and March 1987...................................... 85

B. Water-quality field data, lower Calcasieu River, Louisiana,May and August 1985 and May and June 1986.................... 95

III

TABLES ContinuedPage

Table 5. Particle-size distribution of bottom material, suspended- sediment concentrations, and miscellaneous discharge measurements data from the lower Calcasieu River and Bayou d'lnde area, Louisiana, 1984-87.............................. 100

6. Concentrations of volatile solids, nutrients, trace elements, volatile and methylene chloride-extractable organic com pounds, and physical data din water and bottom material from the lower Calcasieu River, Louisiana, May 1985.............. 104

7. Concentrations of volatile solids, nutrients, trace elements, volatile and methylene chloride-extractable organic com pounds, and physical data in water and bottom material from the lower Calcasieu River, Louisiana, August 1985........... 131

8. Lead-210 and cesium-137 radioactivity profiles for coresamples collected from the lower Calcasieu River, Louisiana, March 12, 1986.............................................. 140

9. Concentrations of nutrients, trace metals, volatile and methylene chloride-extractable organic compounds, and physical data in water and bottom material from the lower Calcasieu River, Louisiana, May 1986........................ 141

10. Total trace-metal concentration profiles for core samplesfrom the lower Calcasieu River, Louisiana, May 1986......... 155

11. Concentrations of volatile organic compounds and physical data din water from the lower Calcasieu River and Bayou d'lnde area, Louisiana, April 1987.......................... 156

12. Concentrations of methylene chloride-extractable organiccompounds and physical data din water and bottom materialfrom the lower Calcasieu River, Louisiana, April 1987....... 163

13. Concentrations of methylene chloride-extractable organiccompounds dLn bottom material from Bayou d'lnde, Louisiana, April-July 1987............................................. 169

14. Concentrations of volatile organic compounds and physical data dLn water collected from the Bayou d'lnde area, Louisiana, September 1987.............................................. 172

15. Concentrations of volatile and methylene chloride-extractable organic compounds dLn water, bottom material, and tissue and physical data collected from the lower Calcasieu River and Bayou d'lnde area, Louisiana, July-September 1987........... 178

16. Radon-222 activity levels dLn water and bottom material dLnPrien Lake, Louisiana, December 1987-February 1988.......... 192

17. Concentrations of methylene chloride-extractable organic compounds dLn composited tissue samples from the lower Calcasieu River and Bayou d'lnde, Louisiana, May 1986....... 194

18. Concentrations of inorganic constituents, trace metals,volatile organic compounds, methylene chloride-extractable organic compounds, insecticides, and physical data dLn water and bottom material from the lower Calcasieu River and Bayou d'lnde area, Louisiana, June 1988........................... 198

19. Concentrations of volatile and methylene chloride-extractable organic compounds and physical data dLn water, bottom material, and tissue from the lower Calcasieu River and Bayou d'lnde, Louisiana, May 17-June 21, 1988............... 268

IV

CONVERSION FACTORS AND ABBREVIATIONS

For the convenience of readers who prefer to use metric (International System) units rather than the inch-pound units used in this report, values may be converted by using the following factors:

Multiply inch-pound units

inch (in.)

foot (ft)

mile (mi)

gallon (gal)

foot per second (ft/s)

cubic foot per second (ft3/s)

mile per hour (mi/h)

ounce, avoirdupois (oz)

pound, avoirdupois (Ib)

By

25.4

0.3048

1.609

3.785

0.3048

0.02832

1.609

28.35

453.6

To obtain metric units

millimeter (mm)

meter (m)

kilometer (km)

liter (L)

meter per second (m/s)

cubic meter per second (m3/s)

kilometer per hour (km/h)

gram (g)

gram (g)

Temperature in degrees Celsius (°C) can be converted to degrees Fahrenheit (°F) as follows: °F = 1.8 X °C + 32.

Sea level; In this report "sea level" refers to the National Geodetic Verti cal Datum of 1929 (NGVD of 1929) a geodetic datum derived from a general adjustment of the first-order level nets of both the United States and Canada, formerly called "Sea Level Datum of 1929."

Disclaimer; Use of trade, product, industry, or firm names in this report is for identification purposes only, and does not constitute endorsement of products by the U.S. Geological Survey or the Louisiana Department of Transportation and Development.

V

Site no.

REFERENCE LIST OF SAMPLING SITE, LATITUDE/LONGITUDE, ANDLOCATION FOR FIGURE 1

Latitude/ longitude Location

1 3018320930653002 3018240930636003 3015520931235004 3014040931448005 3012400931530006 301150093171600

7 300957093190800

8 08017090s9 300606093184400

10 30012709318490011 29460509320420012 30123009318130013 30124409317130014 30123009318030015 301210093173900

Calcasieu River 3.9 mi east of Moss Bluff, La.Bayou Serpent 4.2 mi east of Moss Bluff, La.West Fork Calcasieu River 1.0 mi northwest of Goosport, La.Calcasieu River at Buoy 130 at Lake Charles La.Calcasieu River at Buoy 114 at Lake Charles La.Calcasieu River at Bayou d'lnde, 2.8 mi southeast ofHollywood, La.

Calcasieu River at petroleum refinery, 3.9 mi south ofHollywood, La.

Calcasieu River at Burton Landing near Lake Charles, La. Calcasieu River at Devil's Elbow, 5.5 mi northwest of Grand

Lake, La.Calcasieu Lake 2.3 mi northeast of Hackberry, La. Calcasieu River at Buoy 47, 2.4 mi southwest of Cameron, La. Bayou d'lnde 0.25 mi above industrial outfall canal. Industrial outfall above 1-210 bridge near Maplewood, La. Bayou d'lnde at confluence with industrial outfall. Bayou d'lnde 0.5 mi above mouth.

Downstream order number.

REFERENCE LIST OF SAMPLING SITE, LATITUDE/LONGITUDE, ANDLOCATION FOR FIGURE 5

Site no.

Latitude/ longitude Location

1 3012340931736002 3012340931749003 3012330931801004 3011590932055005 3012050932018006 3012030931959007 3012090931936008 3012090931930009 30123009318130010 30122409317490011 30121009317390012 30115309317190013 301150093171600

14 30114309317100015 30112709317240016 30103109317100017 301404093144800

Industrial outfall at Lockport Marsh bridge.Industrial outfall canal at bridge 0.25 mi above mouth.Industrial outfall canal 100 ft above mouth.Bayou d'lnde at Little Bayou d'lnde.Bayou d'lnde 1 mi below Little Bayou d'lnde.Bayou d'lnde 0.5 mi above Highway 108.Bayou d'lnde 500 ft above Highway 108.Bayou d'lnde 500 ft below Highway 108.Bayou d'lnde 0.25 mi above industrial outfall canal.Bayou d'lnde 0.25 mi below industrial outfall canal.Bayou d'lnde 0.5 mi above mouth.Bayou d'lnde at mouth near Sulphur, La.Calcasieu River at Bayou d'lnde, 2.8 mi southeast ofHollywood, La.

Prien Lake cut at Bayou d'lnde. Prien Lake at northwest shore. Prien Lake outlet (south end). Calcasieu River at Buoy 130 at Lake Charles, La.

VI

CHEMICAL, TISSUE, AND PHYSICAL DATA FROM WATER AND BOTTOM MATERIAL

IN THE LOWER CALCASIEU RIVER, LOUISIANA, 1985-88

By Dennis K. Demcheck, Charles R. Demas, and Charles R. Garrison

ABSTRACT

The lower Calcasieu River is an estuarine system that has been affected by industrial activity. Prior to 1984, several synthetic organic compounds were detected in an industrialized reach of the lower Calcasieu River. In 1985, the U.S. Geological Survey began a series of studies to determine the processes that control the fate and transport of some of these organic compounds and trace elements in the lower Calcasieu River, Louisiana.

Field and laboratory methods used by the U.S. Geological Survey during studies conducted on the lower Calcasieu River from 1985 to 1988 are described. All data collected during these studies also are presented. Data presented include: Daily velocities, temperatures, and specific conductances; dye-tracer data; salinity-profile data; instantaneous discharges; suspended- sediment concentrations; bottom-material particle-size distributions; major inorganic chemical concentrations, nutrients, and physical constituents in water; trace-metal concentrations in water and bottom material; concentrations of volatile organic and methylene chloride-extractable organic compounds in water, bottom material, and tissue from plants, invertebrates, and fish; concentrations of insecticide compounds in bottom material; cesium-137 and lead-210 radioactivity levels in bottom material; and radon-222 radioactivity levels in water and bottom material.

INTRODUCTION

The lower Calcasieu River, in southwestern Louisiana (fig. 1), is an example of a microtidal estuarine system that has been affected by industrial activity. Contamination of water, bottom material, and aquatic organisms in the lower Calcasieu River with synthetic organic compounds and trace metals has been detected by State and Federal agencies (Michael Schurtz, Louisiana Department of Environmental Quality, written commun., 1985; Philip Crocker, U.S. Environmental Protection Agency, written commun., 1985 and 1986) and by McNeese State University (DeRouen and Stevenson, 1987). Approximately 30 industrial plants border the lower Calcasieu River between Lake Charles and the Intracoastal Waterway.

None of the previous studies, however, has determined the processes that control the fate and transport of these synthetic organic cxxtpounds and trace elements in relation to the physical and chemical characteristics of the river. In 1985, the U.S. Geological Survey began a series of studies to

93°30

30°30

Industrial Outfall Canal

Hollywood'X,15

EXPLANATION

Saltwater barrier ;n LAKE CHARLES Water-quality

sampling siteSite 13 Site 12

Site 14

Site 5Contraband

Site 6Site 7

Site 8Burton-*x*y

INTRACOASTAL Landing/:

LOUISIANAHackberryL

W x Study area*s«^

30°00 ~

29°45

GC/LF OF MEXICO 10 15 MILES

5 10 15 KILOMETERS

Figure 1. Location of study area and sampling sites, lower Calcasieu River, Louisiana.

determine the processes that control the fate and transport of organic com pounds and trace elements in the industrial reach and in the transition zone between brackish and freshwater of the lower Calcasieu River.

The purposes of this report are to describe the water-quality sampling and analytical methods used in routine sampling and special studies from 1985 to 1988, and provide a single document that contains all the data collected by the U.S. Geological Survey during the different studies. Data presented include: Daily velocities, temperatures, and specific conductances; dye- tracer data; salinity-profile data; instantaneous discharges; suspended- sediment concentrations; bottom-material particle-size distributions; major inorganic chemical concentrations, nutrients, and physical constituents in water; trace-metal concentrations in water and bottom material; concentrations of volatile organic and methylene chloride-extractable organic compounds in water, bottom material, and tissue from plants, invertebrates, and fish; concentrations of insecticide ccmpounds in bottom material; cesium-137 and lead-210 radioactivity levels in bottom material; and radon-222 radioactivity levels in water and bottom material.

STUDY AREA

The lower Calcasieu River includes areas that are dominated by fresh water, brackish water, and saltwater. Riparian vegetation varies from bottom land hardwoods and cypress-tupelo gum swamps in the freshwater areas to marshes in the saltwater areas. The main channel of the lower Calcasieu River is a dredged channel bordered by spoil banks below the city of Lake Charles, Louisiana (fig. 1).

The reach of the lower Calcasieu River investigated during this study extends from Kinder, Louisiana, to Cameron, Louisiana (fig. 1), a total dis tance of 54 river miles. Cross-sectional widths range from 200 ft at Kinder to 400-600 ft in the ship channel at the outlet to the Gulf of Mexico. Yearly mean discharge for the Calcasieu River at Kinder was 2,730 ft3/s for the 1985- 87 water years (Carlson and others, 1985; 1986; 1988). Intensive studies were conducted around Bayou d'lnde and the industrialized area extending from Lake Charles to Burton Landing, a reach of approximately 14 mi. Instantaneous- discharge measurements in this tidally-affected reach ranged from -2,370 to +71,000 ft3/s during the 1985-87 water years. Instantaneous stream velocities ranged from -0.17 to +4.96 ft/s for the instantaneous measurements in the tidally-affected reach of the lower Calcasieu River during this same time period.

MATERIALS AND METHODS

Physical constituents such as dissolved oxygen, pH, temperature, speci fic conductance, salinity, and cxidaticn-reduction potential were measured in the water using an in situ water-quality monitor. Daily specific-conductance and temperature data were collected at two sites using a U.S. Geological Survey water-quality minimonitor. Additional daily specific-conductance and temperature data were collected by an observer at a third site.

Instantaneous discharge measurements were made in the lower Calcasieu River using an electromagnetic water current meter that provided both direc tion and magnitude of flow. Additional flow data also were collected on a daily basis at the 1-10 bridge site using an electromagnetic water current meter with probes set at 0.2 and 0.8 of the average depth of the river. Data were available on a real-time basis through the use of a Handar-QOES (Geosta tionary Operational Environmental Satellite) data acquisition system and also were stored on a digital paper-tape recorder.

Dye-tracer studies were conducted on two occasions during the study. The first study was conducted in the main ship channel just above Prien Lake in January 1987. The second study was done in an industrial outfall and Bayou d'lnde in September 1987. Both studies were conducted according to methods in Hubbard and others (1982).

Suspended-sediment samples were collected in water less than 20 ft in depth and velocities less than 1.5 ft/s using a wire-basket sampler. Point samples were collected in water greater than 20 ft in depth and velocities less than 1.5 ft/s at 0.1, 0.3, 0.5, 0.7, and 0.9 of total depth using a horizontally-oriented, messenger-triggered, 6.2 L (liter) Van Darn sampler. Prior to analysis, samples were transferred to 3.2 L wide-mouth plastic bottles and treated with 5 mL of chlorine bleach (used as a biocide). A P-63 suspended-sediment sampler was used on one occasion when stream velocities exceeded 1.5 ft/s. Prior to analysis, suspended-sediment samples were collected in 500 mL glass bottles at points using the P-63 sampler and treated with 1 mL of chlorine bleach.

Suspended-sediment concentrations and particle-size distributions were determined at a U.S. Geological Survey sediment laboratory, according to methods described in Guy (1969) with the following modifications: Concentrations of fines (<0.0625 mm) were filtered through 0.00045 mm pretared silver filters and washed with de-ionized water prior to drying. The smaller pore-size filter was used to prevent any material from being washed away when the filters were washed with de-ionized water to minimize the high dissolved- solids concentrations present in the water samples. The dry-sieve method was used for particle-size analysis of the sand fraction. The bottom-withdrawal tube method was used for particle-size analysis of the total-fines fraction.

Water-Quality Sampling and Analytical Methods

Depth-integrated water-quality samples for inorganic constituents, trace metals, and methylene chloride-extractable organic compounds were collected from water less than 20 ft in depth and velocities less than 1.5 ft/s using an epoxy-coated, wire-basket sampler containing a clean, fired (at 350 °C for 6 hrs) to burn off any organic contaminants), narrow-mouth 1-L glass bottle. A Johnson-Keck pump with Teflon tubing and a viton stator was used to collect depth-integrated or point samples in water greater than 20 ft in depth and velocities less than 1.5 ft/s. The pump was cleaned with pesticide-grade methanol and rinsed with de-ionized water in the laboratory prior to use, and the pump was rinsed with ambient water at each site prior to use.

Samples for volatile organic compounds (VOCs) were collected in clean, fired, 40-mL glass septum vials with Teflon septums. Vials were placed in stainless-steel sewage samplers that had been cleaned in the laboratory with pesticide-grade methanol and rinsed with de-ionized water. The VOC samples were depth-integrated or collected at points in the river using a messenger- activated stainless-steel sewage sampler. All samplers and sample containers were rinsed with ambient water at the sampling site prior to sampling.

All water samples were preserved and, when required, filtered in the field according to methods listed in Brown and others (1970). All nutrient and organic samples were stored in coolers at 4 °C immediately upon collec tion, placed in refrigerators in the mobile laboratory after processing, and shipped in coolers at 4 °C to the appropriate laboratories for analysis. Water samples analyzed for major inorganic chemical constituents and trace metals were sent to U.S. Geological Survey laboratories. Samples were analyzed according to methods listed in Fishman and Friecknan (1985). Water samples analyzed for VOCs were sent to a Survey laboratory and were analyzed according to methods in Wershaw and others (1983). Water samples collected for dissolved organic carbon fractionation were filtered through a 0.00045 mm silver filter, sent to a commercial laboratory, and analyzed according to methods listed in Leenheer and Huffman (1979). Water samples analyzed for methylene chloride-extractable organic compounds were sent to a Survey laboratory and the Tennessee Valley Authority Laboratory (TVAL), and analyzed according to methods in Wershaw and others (1983) and U.S. Environmental Protection Agency (1979a, 1979b).

Bottom-material samples were collected with a stainless-steel petite- ponar sampler for organic-cxxtipound analysis and a Teflon-lined petite-ponar sampler for trace-metal analysis. Samples for particle-size, loss-on-ignition, and total organic carbon analyses were collected from the bottom using a stainless-steel petite-ponar sampler. Gore samples were collected from the bottom using a hand corer and a 150-lb gravity carer, depending on sampling depth. Liners made of 2 in. by 20 in. stainless steel or plastic were used with the hand corer. Liners made of 4 in. by 48 in. plastic were used with the gravity corer. Gores were analyzed for trace metals and radioisotopes.

Samples for analysis of particle-size distributions, loss-on-ignition, and percent moisture of bottom material were stored in clean plastic 500 mL containers after collection and analyzed by a Survey sediment laboratory. Mechanical dry-sieve analysis, using standard methods reported by Guy (1969), was used for the samples containing mostly sand. Hydrometer analysis, using methods developed by the U.S. Army Corps of Engineers (1970), was used for the samples containing mostly fines. The particle-size distribution of samples containing both sand and fines were determined by combined sieve and hydrometer analyses. Loss-on-ignition and percent moisture were determined according to methods in Brown and others (1970) and Buckman and Brady (1969).

Bottom-material samples were stored in clean, plastic, 500-mL containers in the field and analyzed for trace metals and nutrients at a Survey laboratory using methods listed in Fishman and Friedman (1985). Nutrient samples were chilled to 4 °C immediately after collection and sent in

coolers at 4 °C to a Survey laboratory. Samples for analysis of methylene chloride-extractable organic compounds in bottom material were placed in clean, fired, 1-L glass bottles and immediately chilled to 4 °C until analysis by the TVAL. Samples were analyzed at the TVAL according to U.S. Environ mental Protection Agency (1979b) method 625. Samples for analysis of VOCs in bottom material were stored in 40-mL septum vials at 4 °C until analysis by the TVAL, using a modification of U.S. Environmental Protection Agency (1979a) method 624 (James Bobo, Tennessee Valley Authority, written connun., 1987).

Gore samples were extruded in the field and cut into sections according to depth below surface. Sections were then sent to a Survey laboratory for cesium-137 and lead-210 analyses according to methods listed In Thatcher and others (1977). Additional core-sample sections were sent to a Survey laboratory for total trace-metal analysis, according to methods listed in Fishman and Friecbnan (1985).

Biologic samples were collected using a variety of methods that included gill nets and rod and reel for finfish, commercial crab traps for crabs, and petite-ponar and a biological-dredge sampler for clams. Once collected, biologic specimens were prepared using the following procedure:

1. Iflpon collection:a. Organisms were separated into species;b. Wrapped in aluminum foil;c. Labeled by site, date, and time;d. Placed in plastic bags; ande. Stored in ice chests and chilled until processed.

2. In the field laboratory:a. Species were measured (total length of fish, total carapace width of

crabs, and total shell length of clams) and segregated by size class.b. Specimens were weighed.c. Intestinal contents were removed from specimens.d. Whole specimens, segregated by size class, were placed in a prerinsed

stainless-steel blender, (1-5 individuals fish and crabs, 20-25 clams) and blended at 10,000 rotations per minute. A known volume of de-ionized water was added to facilitate blending. The volume of de- ionized water added to the sample was reported to the laboratory. The sample was blended until a uniform mixture was obtained.

e. Composited samples were transferred to clean, fired, glass bottles. Bottles were labeled according to species, size, number of organisms composited, site, date, and time. Bottles were placed in a refriger ator, stored at 4 °C, and transported to the laboratory.

f. Unblended tissue (fish, crabs, and clams) samples for analysis of volatile organic compounds were stored and labeled using similar techniques as those used to label blended samples.

In addition to the above steps, the following procedures were imple mented and samples were analyzed for quality-control purposes.

1. Glassware, utensils, and the blender were rinsed with pesticide-grade methanol and de-ionized water (three rinses). Glassware was then fired at 350 eC for a minimum of 6 hrs at a Survey laboratory.

2. Subsamples of de-ionized water and methanol used in the rinse process were collected and sent to the the TVAL for organic-chemical analysis.

3. All tissue samples were sent to Mississippi State University Chemistry Laboratory for organic-chemical analysis. The VDCs in tissue were run using an unpublished modification of U.S. Environmental Protection Agency (1979a) method 624 (Tennessee Valley Authority, written commun., 1987) and considered semi-quantitative data and interpreted accordingly. Organochlorines and polynuclear hydrocarbons in tissue were analyzed using methods developed in cooperation with the U.S. Fish and Wildlife Service (Belisile and others, 1981).

SPECIAL STUDIES

Remobilization of Organic Compounds from Bottom Material

In April 1987, samples were collected to determine the remobilization of organic compounds from bottom material. A stainless-steel petite-ponar sampler was used to collect 24 L of bottom material at one vertical from Bayou d f Incite near its confluence with an industrial outfall canal (fig. 1). The bottom material was stored in clean, fired, glass bottles at 4 °C until processed. Native water was collected at the mouth of Bayou d'lnde and the Calcasieu River near Kinder, using prerinsed (pesticide-grade methanol and de- ionized water) 16-L glass carboys and stored at 4 °C until analyzed. An in situ water-quality monitor was used to record water temperature, pH, dissolved oxygen, salinity, specific conductance, and oxidation-reduction potential when the bottom-material and native-water samples were collected.

Bottom-material samples were composited and mixed for 30 minutes using a Teflon-coated industrial pastry mixer to ensure that representative subsamples were obtained. One set of subsamples of bottom material (after compositing), native water, and de-ionized water were placed in clean, fired, 1-L glass bottles and sent to the TVAL for chemical analysis. Another set of subsamples of bottom material, native water, and de-ionized water was set aside for a procedure that used standard elutriate methods developed by Keeley and Engler (1974). Using the procedure, bottom material from Bayou d'lnde was mixed with native water from either Bayou d'lnde, Calcasieu River near Kinder, or de- ionized water. A 1:4 volumetric ratio of bottom material to water was used in each test. Each mixture was placed in the mixer and vigorously mixed for 30 minutes.

A part of the bottom material-water mixture was poured into Imhof f cones immediately after mixing and rates of deposition were recorded (American Pub lic Health Administration and others, 1981). The remainder of the bottom material-water mixture was placed in a clean, 16-L glass carboy and refriger ated at 4 °C for 1 hr. After settling for 1 hr, a portion of the bottom material-water mixture was decanted into clean, fired, 1-L glass bottles and sent to the TVAL for analysis. The decanted mixture represents the fine material that would remain suspended in the water column after dredging. The other portion of the mixture was centrifuged and then filtered, using 0.001 mm effective pore size, glass-fiber filters in a positive-pressure stainless- steel filtering apparatus that was pressurized with ultra-pure nitrogen gas. Filtered water was collected in clean fired, 1-L glass bottles and sent to the TVAL for analysis of organic compounds, using methods previously described.

Analysis of Bacterial Degradation of Synthetic Organic Compounds

Bottom material collected as part of the remobilization study also was used to determine if bacterial degradation of synthetic organic compounds was occurring in the lower Calcasieu River. Subsamples of bottom material were removed after the samples had been composited and mixed to assure uniformity. The bottom material was placed in 16 clean, fired, 100 mL glass bottles. Twelve of the bottled samples were sterilized at the Louisiana State University Nuclear Sciences Laboratory, using a cobalt irradiator. Irradia tion times were adjusted to give a total dosage of 1 million Rads of ionizing radiation. Dosimetry was done by the Fricke method (Swallow, 1960), using ferrous sulfate solutions, and also by LIF thermoluminescent chip analysis in the axial position of the diving bell (E.N. Lambremont, Lousiana State University, Department of Nuclear Sciences, written ocmmun., 1987). Irradia tion was conducted at ambient temperature (approximately 20 °C) and no increase in sample temperature was noted. Irradiated samples were used to provide samples in which no bacterial degradation could occur.

Three irradiated and three non-irradiated samples were sent to the TVAL for analysis of organic chemicals. Three of the remaining irradiated samples and three non-irradiated samples were placed in a stainless-steel airtight container. The container was purged with ultra-pure nitrogen gas, sealed, and placed in an upright incubator set at 20 °C. Irradiated and non-irradiated samples were incubated at 20 °C for 60 days and then sent to the TVAL for analysis of organic chemicals.

Uptake of Synthetic Organic Compounds by Rangia cuneata

Rangia cuneata, a brackish water clam, were collected to determine their usefulness as a bio-accumulator of synthetic organic compounds and help deter mine fate and transport of selected organic compounds. Rangia cuneata were collected from a large bed in the northwestern corner of Lake Charles (fig. 1), using a biological dredge. Specimens were cleaned with native water, sorted for size, and placed in a clean, galvanized tub prior to placement in holding cages. Cages were constructed of a rubber-coated wire mesh. Approxi mately 80 specimens were placed in each cage. Cages were placed on or sus-

8

pended slightly above the bottom at several sites throughout the study area. Cages were retrieved after 35 days, except at one site where 41 days elapsed before retrieval, due to access problems.

Temperature, pH, dissolved oxygen, specific conductance, salinity, and oxidation-reduction potential were recorded at the surface and bottom of the river at each site prior to placement of the clams and immediately after their retrieval using an in situ water-quality monitor. Water and bottom-material samples were collected at each site C3oncurrent with collection, placement, and retrieval of the clams and analyzed for VOCs and methylene chloride-extractable organic compounds, using methods described previously.

At the beginning of the study, 40 clams from the Lake Charles bed were composited, and duplicate whole body samples were analyzed for selected methy lene chloride-extractable organic compounds. Also, two individual clams from the same bed were analyzed for VOCs at the beginning of the study. Similarly, 40 clams from the Lake Charles bed and a like number from the test sites were analyzed for the selected organic compounds, and 4 clams (including duplicates at one site) were analyzed for VOCs at the end of the study. Clams were frozen immediately after collection and shipped on dry ice to the Mississippi State University Chemistry Laboratory for analysis of organic compounds, using methods described previously.

Use of Radon-222 as a Tracer of Transport Across the Bed Sediment-Water Interface

A study was performed to evaluate the usefulness of radon-222 as a tracer to estimate the rate of transport of water-soluble compounds across the bed sediment-water interface in the lower Calcasieu River. Flux chambers (fig. 2) were deployed by divers in Prien Lake, Louisiana (fig. 1), starting in late December 1987 and ending in early February 1988 to determine movement of radon-222 from the bed sediment to the overlying water. Core samples also were collected to verify flux-chamber results and to provide information on diffusion coefficients of radon-222 in Prien Lake.

Two approaches were used to directly measure radon-222 flux into overlying water from the bed sediment. The approaches used involved placement of a confining device on the bed-sediment surface and comparison of radon- 222/radium-226 activities at different depths in core samples (Hammond and others, 1977). In the first approach, radon-222 was measured and compared between chambers that were opened and closed to the bed sediment of the lake.

The in situ aluminum chambers originally were designed by Region IV of the U.S. Environmental Protection Agency for sediment oxygen demand studies (Murphy and Hicks, 1986). The chamber (fig. 2) consisted of a cylinder with a center core that formed an annular ring (fig. 2). The lid was fastened to the top of the chamber with four wing nuts. The lid was removed during deploy ment, which facilitated purging of the chamber as it passed through the water. Divers positioned the chamber on the bottom of the lake and then lowered and fastened the lid. The chamber in the deployed position isolates 65 L of water over 0.27 m2 of bed sediment. Further details of the chamber design are given by Murphy and Hicks (1986).

LID

"Y" connector (3/8")

Tubing (3/8")

Nipple (3/8"

Pump discharge

DiffuserPump intake -:>-=::--_

Center core (6 3/4" OD)

- -

Port for monitoring probe

Stopper

Water sampling port

Pump (12v DC 160gph)

Make-up water port

Cutting edge

BODY

Chamber body

2" (5.1 cm)

24' (61 cm) 28' (71.1cm)

FLANGE AND CUTTING EDGE

Gasket

Bridle attachment

nut (1/4"ss) Stanchion

(4" x 1/4' ss)

Companion ring for flange

2" (5.1 cm) Gasket

Flange

ASSEMBLED CHAMBER

11 1/4" (28.6 cm)

Cutting ring

Dimensions of Enclosed Volume:

ID: 24" (61 cm)Ht: 9 1/2" (24.1 cm)

Core: 11" (27.9 cm) x 6 3/4" (17.2 cm)

Area: 0.27 m2

\ Calculated volume(excluding core): 64.86 liters

NOT TO SCALE

Figure 2. Schematic of in situ flux chamber.

10

After the chamber and lid were in position, divers extracted water sam ples of approximately 200 mL per sample. Duplicate samples were collected from each chamber. These samples were drawn into evacuated samplers through a short tube with a valve extending from the chamber, sealed, and brought to the surface to be analyzed for radon-222.

In the second approach, sedimentary radon-222 (C) and radium-226 activi ties were obtained from hand cores. The cores were extruded with the aid of a plunger inserted from the bottom of the core liner. The cores were sectioned into 1- to 2-in. long segments. These segments were sealed in glass flasks containing approximately 200 mL of native water. The mixture was then agitated to form a slurry- The radon-222 was removed by bubbling ambient air through the slurry and extracting the radon-222 into Lucas counting cells. Radium-226 was determined by the same procedure after the radon-free slurries were resealed for a minimum of 2 weeks to allow ingrowth of the daughter, radon-222. The radon-222 determined after this 2-week period represents the radon-222 concentration (Ceq) in equilibrium with sedimentary radium-226. Sedimentary radon-222/radium-226 activities were calculated using C and Ceq (Hammond and others, 1977; Hartman and Hammond, 1984).

Radon-222 activities in both the water and sediment slurries were counted in a Lucas-type cell that was constructed of acrylic plastic. A dual counting system was used for quality-control purposes. The alpha particles emitted from radon-222 decay produce scintillations on the activated zinc sulfide coating inside the counting cell. Photons of light emitted were detected by a photomultiplier tube and counted in a cylinder in a light-free environment. Each cell was calibrated against a standard of known radon-222 activity (Roger Lee, U.S. Geological Survey, written commun., 1987). The radon counting equipment was set up in the District laboratory after the first deployment and in a location near the lake after the second deployment. Duplicate water samples were collected from the flux chambers. Duplicate samples were analyzed on both photomultiplier tubes to remove any bias in the results from using one tube over the other.

EXPLANATION OF TABLES

Data are presented in a tabular and figure format and are at the back of the report. The following topics are described in tables 1-19 and figures 2-5:

1. Daily flow, temperature, and specific-conductance values (tables 1, 2, and 3.

2. The extent of dye-tracer movement in the main ship channel and Prien Lake (fig. 3).

3. Salinity-profile data (fig. 4 and table 4).

4. Miscellaneous discharge, suspended-sediment and bottom-material concen trations and particle-size distribution data (table 5).

11

93°14'

Dark area shows extent of dye cloud

93°20'

30°14'

93°14'

Not to scale

30°10'

Figure 3. Extent of dye cloud 1 day after injection into the lower CalcasieuRiver, Louisiana, January 13, 1987.

12

93 0.14'

30°14'

93°20'93°14'

EXPLANATION

V Sampling site

Figure 4. Location of salinity-profile and in situ water-quality sampling sites for the lower Calcasieu River, Louisiana, February-March 1987.

13

5. Chemical and physical data from water and bottom material collected dur ing reconnaissance studies (tables 6 and 7).

6. Cesium-137 and lead-210 data from core samples (table 8).

7. Chemical and physical data collected during an intensive sampling trip in May 1986 (table 9).

8. Total trace-metal concentrations (by depth) in core samples (table 10).

9. Volatile organic-compounds data collected during moderate wind condi tions (table 11).

10. Chemical and physical data collected during a remobilizaticn of synthetic organic compounds study (table 11).

11. Organic-chemical data in bottom material collected during a biodegrada- ticn study, utilizing gamma irradiation (table 13).

12. Chemical, physical, and dye-tracer data in water collected during a volatilization study (table 14).

13. Chemical and physical data in water, bottom material, and tissue col lected during an uptake study using Rangia cuneata (table 15).

14. Radon-222 data in water and bottom material collected during an interstitial water migration study (table 16).

15. Concentrations of selected synthetic organic compounds in miscellaneous tissue analyses studies (table 17).

16. Chemical and physical data in water, bottom material, and tissue collec ted during a toxicity-characterizaticn study (tables 18 and 19, and fig. 5).

14

I93

°19'

30"

I 93

°17'

30"

Indu

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Ou

tfal

l C

anal

30°1

2'3

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ne 1988.

REFERENCES

American Public Health Association, American Water Works Association, and Water Pollution Control Federation, 1981, Standard methods for the examination of water and waste water (15th ed.): Washington, D.C., American Public Health Association, p. 96-97.

Belisile, A.A., Gay, M.L., and Goon, N.C., 1981, Comparison of two extra methods for analyses of petroleum hydrocarbon residue in mallard duck eggs by GC and GC-MS: Chemosphere, v. 10, no. 10/11, p. 1197-1203.

Brown, Eugene, Skougstad, M.W., and Fishman, M.J., 1970, Methods for collec tion and analysis of water samples for dissolved minerals and gases: U.S. Geological Survey Techniques of Water-Resources Investigations, book 5, chap. Al, 160 p.

Buckman, H.O., and Brady, N.C., 1969, The nature and properties of soils: The Macmillan Company/Collier-Macmillan Limited, London, p. 177.

Carlson, D.D., Dantin, L.J., Garrison, C.R., and Stuart, C.G., 1985, Water resources data - Louisiana, water year 1985: U.S. Geological Survey Water-Data Report LA-85-1, 605 p.

1986, Water resources data - Louisiana, water year 1986: U.S. Geological Survey Water-Data Report LA-86-1, 547 p.

1988, Water Resources Data Louisiana, water year 1987: U.S. Geological Survey Water-Data Report LA-87-1, 445 p.

DeRouen, L.R., and Stevenson, L.H., eds., 1987, Ecosystem analysis of the Calcasieu River/Lake complex, final report: McNeese State University, v. 1-4, 1779 p.

Fishman, M.W., and Friedman, L.C., eds., 1985, Methods for determination of inorganic substances in water and fluvial sediments: U.S. Geological Survey Techniques of Water-Resources Investigations, book 5, chap. Al, Open-File Report 85-495, 709 p.

Guy, H.P., 1969, Laboratory theory and methods for sediment analysis: U.S. Geological Survey Techniques of Water-Resources Investigations, book 5, chap. Cl, 58 p.

Hammond, D.E., Simpson, H.J., and Mathieu, G., 1977, Radon-222 distribution and transport across the sediment-water interface in the Hudson River estuary: Journal of Geophysical Research, v. 82, no. 27, p. 3913-3920.

Hartman, B., and Hammond, D.E., 1984, Gas exchange rates across the sediment- water and air-water interfaces in south San Francisco Bay: Journal of Geophysical Research, v. 89, no. C3, p. 3593-3603.

Hubbard, E.F., Kilpatrick, F.A., Martens, L.A., and Wilson, J.K., Jr., 1982, Measurement of time of travel and dispersion in streams by dye tracing: U.S. Geological Survey Techniques of Water-Resources Investigations, book 3, chap. A9, 44 p.

16

Keeley, J.W., and Engler, R.M., 1974, Discussion of regulatory criteria for ocean disposal of dredged materials: Elutriate test rationale and imple mentation guidelines: U.S. Army Engineer Waterways Experiment Station, Vicksburg, Miss., Miscellaneous Paper D-74-14.

Leenheer, J.A., and Huffman, E.W.D., 1979, Analytical methods for dissolved organic carbon fractionation: U.S. Geological Survey Water Resources Investigations Report 79-4, 16 p.

Murphy, P.J., and Hicks, D.B., 1986, In-situ method for measuring sediment oxygen demand, in Sediment oxygen demand: Processes, modeling and mea surement, by K.J. Hatcher, ed.: Institute of Natural Resources, Univer sity of Georgia, Athens, Ga., p. 307-322.

Swallow, A.J., 1960, Radiation chemistry of organic compounds: New York, Pergamon Press, p. 41-43.

Thatcher, L.L., Janzer, V.J., and Edwards, K.W., 1977, Methods for determina tion of radioactive substances in water and fluvial sediments: U.S. Geological Survey Techniques of Water-Resources Investigations, book 5, chap. A5, 95 p.

U.S. Army Corps of Engineers, 1970, Engineer manual: Laboratory soils test ing, engineering, and design: Appendix V, Grain-size analysis: EM 1110- 2-1906, 27 p.

U.S. Environmental Protection Agency/ 1979a, Purgeables-method 624: Federal Register, v. 44, no. 233, p. 69532.

1979b, Base/neutrals, acids, and pesticides-method 625: Federal Regis ter, v. 44, no. 233, p. 69540.

Wershaw, R.L., Fishman, M.J., Grabbe, R.R., and Lowe, L.E., eds., 1983, Methods for the determination of organic substances in water and fluvial sediments: U.S. Geological Survey Techniques of Water-Resources Inves tigations, book 5, chap. A3, Open-File Report 82-1004, 173 p.

17

TABLES 1-19

19

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24

to

en

DAY

TABLE IB.--LOWER CALCASIEU RIVER AT 1-10 BRIDGE AT LAKE CHARLES, LOUISIANA,

DAILY WATER TEMPERATURE DATA,

APRIL 1986 TO JULY 1988 CONTINUED

TOP

MAX

MIN

WATER TEMPERATURE, DEGREES CELSIUS, APRIL TO SEPTEMBER 1986

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

AUGUST

1 2 3 4 5 6 7 8 9 10 11 12

13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29

30 31

___

___

___

___

---

___

___

___

___

___

___

___

23-0

22.0

21.3

20.8

21.0

22.6

21.5

22.4

23-9

23.6

23.2

Itt

___

___

___

___

___

___

___

___

___

___

___

___

___

20.5

21.4

20.5

19.8

19.8

19.7

20.5

20.8

20.8

21-5

21.2

22.0

22.7

23.7

22.4

21.9

21.8

22.1

23.1

24.9

25.7

25.6

25.3

26.4

25.9

26.2

27.7

27.3

26.1

26.6

25.4

25.0

26.9

26.2

27.0

27.7

26.8

26.3

25-5

26.2

27.5

26.5

26.9

22.2

21.6

20.7

20.6

21.0

21.4

22.0

23.0

23.0

24.0

23-3

23.8

24.1

25-2

25-7

25.4

25.3

24.0

23.8

24.1

24.6

24.5

25-3

25.3

24.9

25.0

25.3

25.8

25.2

25-1

28.0

26.7

27-7

28.0

28.9

28.4

27.6

26.9

25.4

25.8

25-9

27~4 _ _ _

___

... __

____

___

___

___

28.2

28.1

28

.4

25.7

25.9

26.2

26.4

26.6

26.5

26.7

25.4

24.4

25-0

25.7

26^1

__

___

___

___

___

___

27.3

27-3

27.5

29.6

28.9

29.1

30.1

30.5

30.0

30.1

29.9

30.7

29.6

i?!25

30.9

31.9

32.2

31.9

31-3

31.1

31.6

30.8

31.0

31.4

30.9

30.2

30.4

31.1

30.5

31.7

33

-032

.4

27-8

28.0

28.3

28.5

28.7

29.0

28.6

29.1

28.7

28.7

28.6

28.8

29.0

29-3

29-6

29.8

29.8

29.9

29.8

29-7

29.8

29.9

29-3

29.6

29-2

29.2

29.6

29-9

30.4

30.3

32.2

32.5

32.0

31-8

31.2

30.1 ___

31.1

31.0

30.4

29.9

31.0

31-1

31-3

31.8

30.7

30.6 ___

31.0

31.1

30.8

30.0

30.4

30.9

30.8

32.7

30.8

30.2

30.2

30

.430

.4

30.3

30.2

30.5

30.1

30.0

28.8 ___

29-5

29.6

29.2

28.9

28.6

28.6

29.2

29-8

29.6

29-5

29.8

30.1

29.6

28.3

28.8

29.0

29.7

30.0

29-7

28.9

28.7

29

.328

.5

30.2

29.9

30.5

30-5

30.5

30.6

30.1

30.3 ___

30.1

30.1

30-3

30.5

30.4

30.4

30.6

30.2

29.8

29-7

29.5

29-0

29.2

29-4

29-4

29.8

29-1

29.4

29

.7

28.0

28.4

29-3

29-9

30.0

30.0

28.8

29.0 ---

___

28.9

29.7

29.6

29.1

29-5

29.9

29-5

29.4

28.9

28.4

28.0

28.2

27.5

28.8

28.1

28.5

28.3

28.0

28.2

10

TABLE IB.--LOWER CALCASIEU RIVER AT 1-

10 BRIDGE AT LAKE CHARLES, LOUISIANA,

DAILY WATER TEMPERATURE DATA,

APRIL 1986 TO JULY 1988--CONTINUED

TOP

WATER TEMPERATURE, DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 198?

DAY

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

OCTOBER

NOVEMBER

DECEMBER

JANUARY

FEBRUARY

MARCH

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

29-7

30.1 ___

29-8

29-9

30.0

28.7

28.4

28.0

28.2

28.0

28.3

27-4

25.4

24.9

25.3

25-0

24.6

24.5

23-9

23.6

22.5

22.5

22.7

22.7

22.5

22.1

21.8

21.6

22.0

21.7

28.5

28.3

25-9

29-1

28.2

27-0

26.0

25.4

26.9

26.8

25-9

24.6

23-6

23-1

22.5

22.6

22.7

23-3

22.5

22.0

21.1

21.6

21.6

21.7

21.3

20.7

20.1

20.3

20.7

21.0

21.8

21.7

21.8

21.9

22.0

21.4

21.1

21.4

21.3

21.2

22.0

20.7

19-8

18.6

18.6

18.9

20.0

20.8

20.7

21.3

20.0

20.3

20.6

19.6

19.3

18.4

16.8

15-6

14.8

14.4

20.6

20.9

21.4

20.9

20.8

20.1

20.3

20.7

20.5

20.2

19-8

19.4

18.2

17-3

16.2

17.6

18.6

19.6

19-8

19-9

18.9

19-0

19-7

19-4

18.4

16.8

15.7

14.8

14.3

14-3

14.8

14.6

13-8

13-3

12.8

12.6

12.6

13-7

14.5

13-1

13-3

12.9

12.6

12.0

12.0

12.1

12.3

12.8

12.8

12.7

12.4

12.0

11.5

10.6

10.7

10.9

10.8

11.1

10.9

10.3

10.2

14.3

13-9

13-3

12.9

12.5

12.2

12.1

12.1

12.8

12.8

12.5

12.0

11.6

11.4

11.6

11.6

11.6

12.3

12.7

12.4

12.0

11.5

10.6

10.4

10.4

10.4

10.6

10.4

10.1

10.0 9-9

10.1

10.3

10.3 9-8

9.8

9-9

10.0

10.2

10.6

10.5

10.6

10.4

10.3

10.3

10.6

10.8

11.3

11.9

11.7

10.9 9-9

8.7

8.0

7.9

8.3

8.5

10.6

11.9

11.8

13.0

9-8

9.6

9-9

9-4

9-4

9-3

9-4

9-5

9-8

10.0 9-9

9-5

10.0 9-9

10.2

10.2

10.6

11.4

10.8 9-9

8.8

8.1

7-5

7.6

7.9

8.1

___

8.5

8.8

9-9

10.6

13-0

12.7

13-4

12.9

13-7

13-7

13-0

13-9

13-7

13-7

14. 9

14.5

15-2

15-5

15-5

14.9

14.8

15-1

13-8

13-2

12.8

12.4

11.6

11.2

11.0

11-7

13-1

14.6

11.6

12.2

12.2

12.4

12.7

12.4

12.2

12.2

12.2

11-5

12.6

13-2

13-6

14.2

14.3

13-9

14.5

13-9

13-2

12.5

12.1

11.7

11.1

10.7

10.8

10.9

11.8

13-2 ___

___

14.6

14.9

14.9

14.8

14. 9

15.0

15.1

14.5

14.9

14.9

15-0

15-2

14.5

15.7

16.8

16.8

16.5

17.6

21.0

21.1

20.4

19.1 ___

___

19-4

19.5

21.9

18.2

17.2

14.1

14.3

14.5

14.4

14.5

14.6

14.6

14.3

14.2

14.3

14.1

13-7

13-8

14.0

14.2

15-4

15-5

16.5

17.2

17-8

18.2

18.7 ___

___

17.8

17.8

18.1

17.1

15-9

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DAY

TOP

WATER TEMPERATURE, DEGREES CELSIUS, OCTOBER 1987 TO JULY 1988

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

18.5

18.6

19.2

20.2

21.1

20.1

21.0

22.2

20.3

20.0

19-0

18.5

18.4

19.5

21.5

20.9

21.4

21.5

21.3

22.2

23.0

23.0

22.7

22.1

22.7

24.6

24.5

23-3

22.3

20.9

18.0

18.0

18.6

19-3

20.0

19-7

19.5

19-3

19.4

19.0

18.2

17.8

17.5

17.6

17.9

18.6

18.8

20.0

19.4

20.1

20.2

21.1

20.9

21.0

20.8

21.7

22.2

21.3

20.4

19.8

22.2

22.9

23-5

24.0

24.2

24.9

25.0

24.3

25.0

24.7

25-3

24.6

24.4

25.5

26.2

26.9

26.6

26.2

26.4

27-8

26.8

24.3

24.2

24.8

26.1

26.2

27.0

26.6

26.3

26.7

27-5

20.2

20.6

21.4

21.7

22.0

22.6

23.0

23.1

23-1

23.0

23.4

23.2

22.9

23.6

23.6

23-7

23.6

23.3

23-3

24.1

22.9

22.6

23.5

23-5

23-9

24.1

24.1

24.8

25-2

25.7

25.5

27.4

27-5

27-5

26.0

25-7

26.4

27-6

27-5 ___

27.3

27-7

28.5

28.7

27-9

28.1

28.5

28.1

28.1

29-5

29-7

30.2

30.4

30.0

29-0

28.8

28.3

29.3

30.0

29.9

30.6

25.5

25-7

25.4

24.3

24.0

24.6

25-5

25-7

25.7

25.5

26.4

26.7

26.8

26.8

26.7

26.8

26.8

26.9

26.8

27.6

28.0

28.3

27.0

26.5

27-2

27.5

27-8

27.8

28.0

29.5

30.5

30.3

29.9

28.9

28.5

28.4

27.3

27.6

27.6

28.0

29-3

28,4

28.4

28.7

28.8

28.8

28.1

27-5

26.4

26.2

26.1

26.5

26.6

26.8

27.4


DAILY WATER TEMPERATURE DATA, APRIL 1986 TO JULY 1988--CONTINUED

BOTTOM

WATER TEMPERATURE, DEGREES CELSIUS, APRIL TO SEPTEMBER 1986

DAY 7 8 910 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

MAX

MIN

___

___

___

___

___

___

___

___

___

___

___

___

___

21.2

21.3

21.2

21.2

21.4

21.4

21.5

21.5

21.7

21.9

22.1

22.4

22.6

APRIL

___

___

___

___

___

___

___

___

___

___

___

---

___

___

21.1

21.2

21.0

20.5

20.7

20.9

21.2

21.2

21-5

21.6

21-5

21.8

22.2

MAX

23.0

23.2

23.1

21.7

22.2

22.3

22.7

22.7

22.9

23.6

23.8

24.2

24.2

24.3

24.2

24. 4

25.2

25.0 ___

25.4

25.5

25.4

25.2

25.9

26.2

26.2

26.1

26.1

26.0

25-9

25.9

MIN

MAY

22.4

22.8

21.2

21.0

21.4

21.7

21.9

22.1

22.4

22.5

23-0

23-7

23-9

23.9

23-7

23.9

24.1

24.0

___

24.7

25.0

24.7

24.5

25.0

25.5

25-5

25-3

25.8

25.8

25-7

25-5

MAX

26.0

25.9

26.0

26.3

26.9

27.2

27.5

27.5

25.6

26.0

26.1 ___

26.7 ___

___

___

___

___

___

___

___

___

___

___

___

___

27.8

28.0

28.2

MIN

JUNE

25.8

25-6

25.6

25.8

26.0

26.9

27.1

25.7

24.6

25.2

25.9 ___

26.3 ___

___

___

___

___

___

___ --

-

___

___

27-5

27.6

27-7

MAX

28.6

28.6

29.1

29.1

28.9

28.9

29.0

29.1

29-2

29.4

29-5

29-7

30.0

30.0

30.0

30.0

30.1

30.1

30.1

30.0

30.0

30.0

30.3

30.1

30.1

29-9

30.1

30-3

30.4

30-3

MIN

JULY

27-9

28.1

28.3

28.3

28.6

28.7

28.7

28.7

29-0

___

28.9

29.2

29.1

29.5

29.9

29.9

29.8

29.8

29.9

30.0

29.9

29.9

29.9

29.8

29.7

29.7

29.8

30.0

30.1

30.2

30.0

MAX

MIN

AUGUST

30.1

30.0

30.0

30.2

30.3

30.2

30.2

30.2

30.2

30.5

30.4

30.4

30.5

30.5

30-5

30.7

30.6

30.5

30.4

30.3

30.2

30.2

30.3

30.3

30.4

30.4

30.4

30.4

30.4

29.8

29.7

29-9

29-9

29.8

29-8

___

29.8

30.1

30.0

30.2

30.1

30.2

30.4

30.3

30.3

30.4 ___

30.4

30.2

30.2

30.2

30.1

30.0

30.1

30.1

30.1

30.2

30.2

30.3

30.2

MAX

MIN

SEPTEMBER

30.3

30.3

30-5

30.4

30.3

30.1

30.2

30.2

30.1

30.1

30.0

29.9

30.0

29.9

29.9

29.9

29.9

29.8

29.8

29.7

29.6

29.5

29.3

29.3

29.3

29.3

29.2

30.2

30.1

30.3

30.2

30.1

30.0

30.0

30.1 30.0

29.9

29.9

29.9

29.9

29.8

29.8

29.8

29.7

29.7

29.7

29.6

29.4

29.3

29.2

29.2

29.2

29.1

29.2

GO

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

MONTH

MAX

BOTTOM

WATER TEMPERATURE, DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 1987

MIN

MAX

MIN

MAX

MIN

OC

TO

BE

R

29

-229-3

__

_

29-9

29

-8

29

-82

9.7

29

-52

9.4

29

-3

28.5

28

.82

8.2

28

.027

.126

.925

.925

.025

.02

4.5

23

.72

2.7

22

.622.9

22

.8

22

.622.2

22.2

22.2

22

.122.0

29

.12

9.1

___

25.8

29-7

29-7

25-7

29.4

29.3

28

.1

27.5

27.2

27.2

26

.826

.8

25-8

25-1

24.6

24.1

23.1

22.7

22

.122.2

22.2

22

.4

22

.32

2.1

22.0

22.0

22.0

21.9

NO

VE

MB

ER

22

.122.0

22.0

22

.122.1

22.0

22

.121.8

21

.42

2.1

22

.12

1.9

21

-52

1.1

20

.9

20.3

19

-91

9-9

19-7

19-5

19

.218

.719

.219

.519

.4

18.3

16.7

15-5

14.6

14.3

21.8

22

.02

2.0

21

.921.7

21.3

21

.021.2

21

.121.2

21.3

21.3

19

.92

0.2

19

.9

19

-21

9-3

19

-118

.818

.6

18.1

18.0

18.4

18.4

18.4

16.8

15-6

14.6

14.1

14.1

DECEMBER

14.7

14.5

13.

13.

22.1

14.1

12.6

12.4

12.3

13.8

13.9

13.9

14.3

13

-9

13.8

14.2

14

.2

13.1

12.3

12.8

12.9

12.8

12.4

12.0

11.7

10.7

10.9

11.0

11.0

10.8

10.6

10.4

10.3

14.7

14.2

13-8

13

- 12

.1 7

12-3

12.1

12.0

12.1

12.8

12.9

13-0

12.8

12.2

12.6

12

.9

11.

11.

12.

12.

12.4

12.1

11.5

10.6

10.5

10.5

10.6

10.8

10.5

10.2

10.2

10.1

10.1

MAX

MIN

JANUARY

10.2

10.4

11.6

10.0

10.0

10.2

11-3

10.5

11.4

10.7

10.5

11.0

11.5

11.6

11.7

11.8

11.4

11-9

11.6

10.7 9-8

8.6

8.0

7.8

8.2

8.4

___

10.2

11.4

11.2

12.0

10.0 9.8

10.1 9-6

9-6

9-6

9-6

9-7

10.0

10.4

10.1

10.1

10.4

10.2

11.2

10.6

10.9

11.3

10.7 9.8

8.7

8.0

7-4

7.5

7-8

8.0

___

8.5

8.8

10.1

10.6

MAX

MIN

FEBRUARY

11.0

12.6

12.3

12.3

12.2

12.4

12.4

12.6

13-0

22.7

12.1

12.5

12.4

12.7

13-5

14.5

14.4

14.3

13.9

14.0

13.6

13-2

11.9

12.4

12.3

11.6

12.9

14.4 ___

10.6

10.8

11.1

11-3

11.2

11.7

11.7

12.1

12.4

11.9

11.8

11-9

12.1

12.3

12.3

13-0

13-9

13-7

13-5

12.8

12.5

11.6

11.1

10.9

10.7

10.8

11.6

13-0 ___

___

MAX

MARCH

14.6

14.8

14. 9

14.9

14.9

15-0

15-1

14.7

14.9 ___

15-1

14.9

15-1

15-1

15.0

15-2

16.5

16.4

17.2

18.0

18.7

19.0

19.0

18.7

18.4

19-0

19.0

18.6

18.9

18.2

17.4

MIN

14.0

14.3

14.5

14.5

14.5

14.6

14.7

14.5

14.3 ___

14.5

14.3

14.3

14-3

14.2

14.4

15-0

15.4

16.5

17-2

17.7

18.2

18.5

18.1

17-7

18.0

17.8

17-8

18.1

17.1

16.5

22.7

10.6

00 to


DAILY WATER TEMPERATURE DATA, APRIL 1986 TO JULY 1988--CONTINUED

BOTTOM

WATER TEMPERATURE, DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 1987

DAY

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

AUGUST

SEPTEMBER

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

17.2

17.3

17-4

17-7

17.5

17-3

17-5

17.1

16.6

16.5

16.9

17.8

18.9

19.2

19-1

19-0

18.6

18.1

17-9

17-9

18.1 ___

18.1

18.2

19.1

19.2

19-3

18.2

19.6

20.0

16.7

16.9

15-9

17-0

16.4

16.2

16.5

16.5

16.3

16.4

16.5

16.9

17-9

18.6

18.5

18.2

17.7

17.6

17.5

17.6

17.3

17-4

17.6

18.1

18.6

17-7

17-7

17.8

18.5 ___

20.8

21.8

23.1

23-3

22.5

21.6

21.5

21.8

22.1

22.5

22.6

22.8

23-4

23-8

23-9

23-9

24. 4

24. 4

24.7

24.5

25-0

24.7

24.7

25-2

25-6

26.3

26.8

26.9

27-2

27-3

27-4

18.9

19-8

21.4

20.5

20.7

20.5

20.5

20.9

21.1

21.2

22.2

22.2

22.8

23-3

23.6

23-4

23-7

23-7

23-9

24.0

24.0

24.1

24.0

24.1

24.6

25-1

25-9

26.1

26.6

27.0

26.7

27-3

27.1

27-1

27-3

27-4

27-2

27.2

27-0

26.9

27.0

26.9

26.8

26.4

26.1

26.2 ___

26.0

25-6

25-6

26.3

26.5

26.9

27.6

27-5

27.7

27-9

27-9

28.6

28.9

28.7

26.2

26.1

26.4

27.0

27.1

26.7

26.8

26.7

26.8

26.7

26.7

26.2

26.0

25.4

25.6 __.

25-6

25-3

25.0

25-3

26.0

26.4

26.9

27.1

27-2

27-3

27-5

27.8

28.5

27-2 ___

27.2

25-7

25-7

26.5

27.2

28.5

27.2

27.1

26.4

26.7

26.9

27.4

27.5

27.6

28.0

27-9

28.5

28.5

28.7

28.9

29.0

29.2

29.1

29-2

29-4

29-5

29.5

29-7

29.8

29.8

29.9

25-8

- 25-0

24.8

25.6

26.1

26.8

26.7

26.4

26.0

26.0

26.2

26.6

26.8

27-0

27-3

27-5

27.6

27-9

28.1

28.4

28.9

28.8

28.8

28.9

29.1

29-3

29-4

29-5

29-6

29-6

29-6

29-8

29-8

29-6

29-7

29-9

29.8

29-9

30.1

30.0

30.1

29-9

29.8

30.0

30.1

30.2

30.3

30.3

30.4

30.3

30.1

30.1

30.1

30.2

30.2

30.2

30.2

30.4

30.7

30.7

30.5

30.8

29.6

29.4

29-3

29-3

29.1

29-3

29.2

29.6

29.8

29.9

29-5

29-3

29-5

30.0

29-7

29-9

30.1

30.2

30.1

30.0

29-9

29-9

29.8

30.0

29.8

29-7

29.2

30.0

30.3

30.1

30.4

30.8

30.7

30.7

30.6

30.6

30.5

30.3

30.2

30.1

30.0

29-9

29-9

29.8

29-7

29.7

29-7

29.7

29.6

29-5

29-5

29.5

29.4

29.4

29.1

29.1

29.1

28.9

28.8

28.7

28.5

30.6

30.6

30.5

30-5

30.4

30.3

30.1

30.0

29-9

29.8

29-8

29-7

29.5

29.6

29.5

29.6

29.4

28.8

29.1

29-2

29-3

29.2

28.8

28.7

28.7

28.7

28.7

28.6

28.0

27-7

CO

CO

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

MONTH

MAX

MIN

OCTOBER

28.1

27-9

27-9

27.6

26.8

27.0

26.5

26.4

26.1

25.8

25-7

25.5

24.8

24.6

24.5

24.1

25-2

25.6

25.2

25.2

24.6

22.7

22.6

22.5

22.6

22.6

22.4

22.0

21-5

21.5

21.4

28.1

27.6

27.6

27.5

26.5

26.3

26.0

25.8

25.8

25.2

24.9

24.7

24.8

23-5

23-4

22.9

22.6

22.8

23-3

23-7

23-9

22.6

22.4

22.4

22.3

22.3

22.3

21.8

21.5

21.4

21.4

21.3

21.3

MAX

MIN

NOVEMBER

21.3

21.5

21.4

21.5

21.5

21.5

21.1

21.1

21.2

21.4

21.2

20.9

20.7

20.6

20.9

21.2

18.9

17-6

16.7

16.3

15.7

15.0

15.1

15.6 15.6

15.5

15.3

15.1

14.6

13.7

21.5

21.2

21.3

21.3

21.3

21.3

21.2

21.0

21.0

21.1

20.3

20.9

20.7

20.6

20.3

19.6

18.7

17.6

16.8

16.3

15.6

15-0

14.5

14.5

15-1

15.5

15-1

15.1

14.6

13.8

13-3

13-3

BOTTOM

WATER TEMPERATURE, DEGREES CELSIUS, OCTOBER 198? TO JULY 1988

MAX

MIN

MAX

MIN

DECEMBER

13-3

13.1

13

-1

13-4

15.5

15-7

15-9

14.1

14.5

14.5

14.6

14

.8

15-6

15

.8

15-6

15-9

16.0

16.1

16.0

15.6

15.1

14.8

13-7

14

.0

15.2

16.3

16.3

16.0

14.9

14.7

14.7

13-0

12

.7

12.7

12

.7

13-2

14,

13.

13.

16.3

14.0

14.5

14

.8

15-4

15

-0

14.8

15

-2

14.6

14.1

13-6

13.0

12

.8

13-0

13-3

10

.4

15.2

16

.0

15-0

14.1

13-8

13-3

10.4

JANUARY

13.5

12.2

11-3

10.5 9.8

11.8

11.6 7.6

6.5

6-3

6.2

6.4

6.9

7-6

7.6

7.8

7.8

8.0

9.1

9-8

10.7

11.1

10.7

10.6

10.6

10.3

10.1

10.1

10.7

10.8

12.0

10.9

10.1 9.2

9-0

8.6

7-6

6-3

5.8

5-7

5-4

5-6

5-9

6.6

6.6

6.7

7-1

7-3

7-7

8.1

9-2

10.1 9-8

9-7

10.2 9-8

9-8

9-9

10.0

10.2

MAX

MIN

FEBRUARY

13-1

16.4

17.0

17.0

16.1

13.7

10.7 8.8

8.4

8.4

8.9

8.6

9-2

9-5

10.0

10.5

11.2

11.7

12.4

12.7

12.9

13.9

13-4

13-9

13-9

14.1

13-7

14.0

14.5 ___ 17.0

10.7

13-3

16.4

16.2

13-9

10.9 8.9

8.1

7.9

8.0

8.2

8.2

8.6

9-0

9.2

9.8

9-9

10.3

11.8

12.3

12.3

12.5

12.8

13-2

13-4

13-2

13-4

13.4

13-4 7-9

MAX

MIN

MARCH

14.7

14.6

15.4

15-9

16.4

16.5

16.5

16.6

16.9

16.8

16.9

17.4

17.3

16.8

15-9

15-0

14.7

14.6

14.0

13.4

13-8

14.4

14.9

15-5

16.4

16.9

17-6

18.5

18.7

18.4

18.5

18.7

13.6

13.6

13-8

15-2

15-6

15-8

15.9

16.2

16.2

16.5

16.4

16.6

16.9

16.0

15.1

14.5

14.4

14.1

13.4

12.8

13.0

13-3

14.1

14.8

15.4

L6.2

16.6

16.0

17-7

18.0

17.8

12.8

to

TAB

LE

IB.-

-LO

WE

R

CA

LC

ASI

EU

R

IVE

R

AT

1-1

0

BR

IDG

E

AT

LAK

E C

HA

RL

ES,

L

OU

ISIA

NA

, D

AIL

Y

WA

TER

TE

MPE

RA

TUR

E D

AT

A,

AP

RIL

1

98

6

TO

JUL

Y

1988

--C

ON

TIN

UE

D

BO

TTO

M

WATER TEMPERATURE, DEGREES CELSIUS, OCTOBER 1987 TO JULY 1988

DAY

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

18.4

18.7

19-3

20.2

20.3

20.1

20.2

19-8

19-8

19-8

19.1

19.0

18.9

19-1

19-5

19-2

19-3

19-5

19-4

19-5

19-7

20.0

20.2

20.5

20.1

20.0

19-9

20.4

21.0

21.0

18.1

18.0

18.7

19-3

20.0

19-8

19-6

19-4

19-4

19.1

18.7

18.1

18.0

18.1

18.3

18.7

19.1

19-0

19-2

19-1

19-2

19.6

19-9

19.4

19-5

19.4

19-5

19-5

20.0

20.3

21.1

21.3

21.7

21.9

22.3

22.4

22.5

22.6

23-2

23-1

23.4

23-4

23-4

23-3

23-3

23-1

23.0

22.8

23.5

23-8

23-2

23-5

23-7

23-9

24.5

24.6

24.7

24.6

24.6

24.5

24.6

20.4

20.5

20.9

21.7

21.7

21.8

22.1

22.2

22.4

22.5

23-0

23-1

22.9

22.6

22.3

22.3

22.3

22.5

22.6

22.8

22.3

22.5

23.4

23-5

24.0

24.6

24.5

24.5

24.5

24.4

24.4

24.9

24.8

25.2

25-3

25-3

25-6

25-5

25.6

26.1

26.1

25-9

25-6

25-7

25-6

25-7

25-7

25.4

25-7

26.3

26.7

27-0

27-2

27-1

27.3

27.6

27.8

28.1

28.2

28.4

24.5

24.6

24.7

24.8

25-1

25-2

25.3

25.4

25.5

25.7

25-5

25-2

25.4

25.4

25-3

25.2

25-1

25-5

25.6

26.0

26.3

26.6

26.7

26.7

27.0

27-2

27.8

27-8

27-9

28.6

28.6

28.7

28.6

28.4

28.3

28.0

28.5

28.8

28.7

28.3

27.8

28.1

28.0

28.1

28.0

28.0

28.0

27-7

27.6

27.8

28.2

27.0

26.9

26.9

27-1

GO

01

DAY

TABLE 1C.--LOWER CALCASIEU RIVER AT 1-10 BRIDGE AT LAKE CHARLES, LOUISI

ANA,

DAILY SPECIFIC CONDUCTANCE DA

TA,

APRIL 1986 TO JULY 1988

TOP

SPECIFIC CONDUCTANCE, US/CM AT 25 DEGREES CELSIUS, APRIL TO AUGUST 19

86

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

___

___

___

___

___

___

___

___

___

___

___

___

___

___

___

-__

___

___

___

8900

7000

6800

7500

7800

5900

5300

7700

6100

7200

___

___

___

___

___

___

___

___

___

___

-__

___

___

___

___

___

___

___

---

___

3600

2600

2700

2800

2700

3100

3500

3500

3200

3400

MAY

5700

8600

7700

3600

2100

2200

2500

2500

2000

3100

2300

3000

3700

3200

3600

4800 ___

7100 ___

___

___ __

_

9700

7000

6600

6700

7800

6100

3600

3000

2100

1000

1400

1000

1000

1000

1100

1100

1300

1600

1500

1800

2300

3000 ___

3300 ___

___

___

4200

3600

3800

3300

3500

3600

JUNE

9500

5200

5100

5600

5200

3800

3300

3200

1900 300

200

100

___

___

___

___

___

___

___

___

3700

2900

2500

2100

1500

1500

1600

1700

1200

1000 900

300

<100

<100

<100 ___

___

___

_ _ _

-__

___

___

1400

1200

800

JULY

AUGUST

2700

1800

1600

1900

2200

2400

2200

3800

4900

4800

3400

3300

3000

3900

4300

5000

5800

6600

7400

6600

8600 ___

9300

9100

9000

6900

5200

6100

8700

700

600

10000

800

800

800

800

900

900

1300

2300

2300

2000

1600

1700

2400

2100

2000

2300

2300

2400

3000

___

___

4500

4200

1800

3300

4400

4700

___

4700 ___

___

___

___

___

___

___

___

___

-__

___

___

___

___

___

___

___

___

___

___

___

___

___

___

CJ

DAY

TABLE 1C. LOWER CALCASIEU RIVER AT 1-10 BRIDGE AT LAKE CHARLES, LOUISIANA,

DAILY SPECIFIC CONDUCTANCE DATA,


TOP

SPECIFIC CONDUCTANCE, US/CM AT 25

DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 198?

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

OCTOBER

NOVEMBER

DECEMBER

JANUARY

FEBRUARY

MAX

MIN

MARCH

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

28 29 30 31

___

14600

1440

0

14300

1720

017

400

25100

22000

23300

27100

22600

18500

1670

0

1930

019

800

1910

020500

22300

23700

21200

22600

27900

1860

0

1790

015

600

1660

017

000

1790

018

400

___

11000

9000

8800

8900

11700

1290

012

400

1350

012500

9800

9700

10200

1020

011400

13200

1320

014

000

1570

015400

17800

17800

11900

8500

8800

8800

9600

10300

1210

0

2050

020800

2210

019

800

2120

0

16900

14200

1230

090

007800

10200

1170

011

800

1270

015

300

15000

15500

1320

013

600

1520

0

14500

1260

012

900

1530

06800 900

100

100

100

<100

10600

11000

1170

014

600

1250

0

1000

07800

5500

4800

4500

4100

4600

8500

8900

7100

8600

7700

9200

9500

10500

1030

011

500

10500

6800 900

100

<100

<100

<100

<100

100

100

<100

<100

<100 300

1000

1300

1200

2900

5700

6100

5200

5900

6300

4300 800

400

100

100

<100 400

900

<100

<100

<100

<100

<100 100

100

100

<100

<100

<100

<100

<100

<100 100

500

600

700

1500

1100

1100

2300

2400 500

100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

400

400

800

200

600

1500

1000

1400

1900

1300

1800

1800

3500

3900

3900

2800

1100

<100

<100

<100

<100

<100

<100

<100

<100 ___

100

400

600

800

<100 100

300

<100

<100 100

400

300

300

600

500

500

400

700

1400

1400 800

<100

<100

<100

<100

<100

<100

<100

<100

<100 ___

<100

<100

<100 400

1000

1500

2100

1800

3900

8700

1070

071

007200 8100

9900

1050

08400

1010

0

5200

2700

3200

4400

7400

9100

8900

4600

4500

5200

3000 200

100

___

___

600

900

800

1000

1000

1700

3400

2400

2800 ---

4400

5400

5300

2600

1600 700

800

1600

2200

2000

3400

2800

1100

1100

1100 200

<100

<100 ___

___

___

<100

<100

<100

<100

<100

<100

<100

<100 100

---

300

700

1700

2300

1200

1400

2600

1200 400

400

300

200

300

100

<100 300

1100

1400

1800

1900

1900

<100

<100

<100

<100

<100

<100

<100

<100

<100 ---

<100 200

400

500

400

500

1000 100

<100

<100

<100

<100

<100

<100

<100

<100 200

600

800

1100

1100

GO

DAY

TOP

SPECIFIC CONDUCTANCE, US/CM AT 25 DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 198?

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

AUGUST

SEPTEMBER

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

2800

3600

4000

8200

10300

12100

10600

11100

9800

8200

7000

5000

7100

7600

5500

4900

13600

8100

7300

7000

7500 ...

10900

12600

1900

0

18100

2510

017200

14700

16500

1100

1500

2200

2300

3700

5700

5400

5500

6500

5200

4500

2200

2100

3400

3100

2500

2500

3200

2000

1900

3400

5500

6100

7200

7700

7000

8200

8700

8400

16000

1250

017100

1930

018600

1670

015400

1460

013900

1080

0

9200

1020

011400

1030

010600

8600

8400

6500

5500

5300

4700

4500

5000

5500

5800

5600

5600

7300

9300

6600

5200

6700

8200

7100

7600

8300

7400

9900

8600

4600

4100

3600

4700

5500

5300

3700

2400

2100

2100

2100

2200

2100

1700

1800

2100

2000

2000

3000

4000

3600

2600

2100

4600

3600

3200

5300

7300

9200

8800

1580

011400

1680

0

1240

011600

8500

6700

2200 ___

800

600

300

300

700

600

400

500

700

2100

1200

3000

6400

9000

1700

1300

1400

1600

4000

4000

4700

6100

1000

8300

6400

1000

3200

2100 700

-_

300

300

<100 200

200

200

300

300

200

400

500

700

1000

1900

3600

900

300

300

400

500

400

700

400

700

600

800

1300 600

600

700

1900

1200

1800

3200

6900

6400

1830

077

0016800

2040

012

200

1320

015

600

1930

016

100

800

200

<100 100

100

100

<100 100

<100 100

200

300

300

300

300

400

500

600

800

1000

1700

2300

2400

2400

3000

3000

2900

3600

4200

4100

3600

9400

9900

15100

2040

014800

15900

1560

0

12600

1740

0

9100

6100

8800

5300

5300

5800

8100

3400

5100

5900

6900

8800

9000

1050

012

000

1100

014700

10800

1180

015700

17300

3500

2100

2200

3300

4400

3200

3200 ___

3500

3800

1700

1200 600

700

200

300

400

1700

2100

2500

2600

2600

3700

4100

5000

5800

6800

7600

7600

7700

11200

31300

2750

023100

25400

2430

0

24200

23000

18900

1950

020200

1840

016

900

15100

1570

016

800

19200

17700

1290

07900

6700

1110

014

100

1660

016400

15100

1790

016300

21900

21800

22400

13900

16200

1450

016

000

1580

0

15900

1200

010400

1350

010600

6700

5700

7100

9400

9300

9400

8500

4200

2800

2800

3400

5800

9000

1060

010400

1040

08800

1120

011

800

1090

0

CO

00

DAY

MAX

TABLE 1C.--LOWER CALCASIEU RIVER AT 1-10 BRIDGE AT LAKE CHARLES, LOUISIANA,


TA,


TOP


DEGREES CELSIUS, OCTOBER 1987 TO JULY 1988

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

OCTOBER

NOVEMBER

DECEMBER

JANUARY

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

2370

021

500

22100

24900

23500

24800

23800

25600

22400

26100

26600

28300

29700

29400

28000

3030

026900

27600

26700

30600

2800

025900

27500

26700

2690

015

000

1110

012

700

1200

011

000

14200

15800

1550

015

400

1770

0

1570

015

500

1810

017

900

1690

0

1870

017

700

22500

2260

022300

24300

24800

22700

20400

20400

___

18100

1990

019

700

1470

0

1160

079

008000

8300

7400

7100

1290

015700

15700

1780

021

400

1910

019

000

2080

0

17100

1840

018

600

1670

014

900

1250

0

12800

3500 200

100

100

<100

<100

<100

<100 200

<100

<100

<100

<100 200

7100

8900

1090

010

000

1200

0

11500

1230

012300

8000

10900

1090

010

500

8300

8500

3000 200

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

300

500

1500

2100

1800

1700

4300

1200

1300

1400

1200

1000

1500

1600

1700

2700

7000

8100

7000

8000

6700

5200

4400

3400

2400

1500 900

1000

1100

3000

4400

<100 200

300

300

200

700

700

200

300

300

400

400

300

800

500

700

2700

4100

3000

2400

2000

1300

1100 900

800

500

400

500

800

1000

2200

5300

3800

3600

3500

3800

4800

5800

2700

4500

5600

6200

6600

7700

9100

9400

8400

.

8400

8500

6400

7300

6700

6300

6100

6400

6700

7300

8500

7300

6700

6000

1700

1300

1100

1100

1200

1600

1900

1300

2400

2100

3900

3900

4300

6500

5600

5200

4900

4500

4400

4600

3900

3900

3800

3800

4400

2900

4700

2800

2200

2600

7400 900

700

700

700

700

700

900

1200

1500

1200

2600

2100

3200

2800

2200

4100

1900 900

900

1100

1100 800

1600

2500

2500

2100

2300

2200 800

700

700

700

700

700

700

700

700

900

900

1000

1000

1000

1100 900

1400 700

700

700

700

700

700

700

800

1200

1000

1000

3000

2800

4100

1600

1100

1400

1600

1500

2000

<100

<100

<100

<100

<100

<100

<100 700

1200 700

700

700

1000 800

900

1400

1100

1900

1600

1600

2000

1700

1700

1500

1200 900

900

900

1000 900

700

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100 700

700

700

800

900

900

1100

1300

1100

1000

Cx>

TOP

SPECIFIC CONDUCTANCE, US/CM AT 25 DEGREES CELSIUS, OCTOBER 1987 TO JULY 1988

DAY

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

1400

1600 900

800

900

800

800

800

800

1000

1500

4800

2700

4600

4300

4700

2900

5000

4200

5600

4800

4400

4100

4700

7800

8100

8200

9900

2330

016800

900

700

700

700

700

700

700

700

700

700

1100

1100

1300

1700

1600

1900

1900

2700

2600

3600

3100

3500

3200

2600

2900

4600

5000

6200

6600

7200

13900

11600

13000

9100

9800

9400

7000

8700

8400

8500

7800

8700

9000

11100

10200

11100

12100

12200

13800

13200

10300

7500

4900

4300

4500

8600

9900

12800

13&00

1340

017600

6200

4700

6100

3400

3800

4100

4400

5700

5500

4300

4900

4800

5900

5100

5000

4700

5300

5500

6700

7800

4300

3600

2400

2300

3000

3&00

5500

4700

4900

6300

7700

21000

1990

022700

1560

010900

8500

10900

11400

___

14500

14200

16800

19200

25200

22500

22800

20600

20600

20000

22000

26700

26100

24000

32100

27500

20500

15900

1570

013

700

13000

___

12800

11100

10200

8400

6200

6000

7200

9700

___

6700

7000

8500

8900

1060

014

800

1450

015

200

14000

14200

13&0

0

13800

14800

1390

016

100

12300

7900

8300

8700

7800

7600

13200

12300

12800

12300

16900

1780

016

000

15200

1910

013

400

9600

7900

6700

8100

8100

6100

7200

8100

9000

6300

6900

6500

5800

4400

5500

3300

TABLE 1C. LOWER CALCASIEU RIVER AT I-10 BRIDGE AT LAKE CHARLES, LOUISIANA.


TA,


BOTTOM

SPECIFIC CONDUCTANCE, US/CM AT 25 DEGREES CELSIUS, APRIL TO SEPTEMBER 1986

)AY

MAX

MIN

MAX

APRIL

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

___

___

---

___

___

___

---

___

___

___

___

___

___

28600

29300

29200

25300

2590

028500

2960

026

700

26200

26100

25000

24900

23300

___

___

___

___

-__

___

-__

___

___

___

-__

___

_--

___

26200

26200

17000

9600

7700

1270

020200

20400

20500

20600

14300

16100

11700

23100

22200

21900

9700

17100

10400

8800

13000

15700

13700

13800

13800

1580

017800

18600

17600

1860

019400

___

25200

29100

29200

27000

24200

23600

21400

20100

21100

22600

23200

25800

MIN

MAY

18000

20000

4000

1800

1900

2200

1900

3000

6900

6800

6100

8700

10000

14100

14400

13500

12900

12400

___

20200

22900

23300

20600

20000

18400

13000

___

12500

17900

19600

10900

MAX

26400

25400

26000

26200

24200

18700

17100

13900

2400

100

<100 ___

100

___ ___

___

___

___ ___

___

___

___

__-

___

___

8900

7900

MIN

JUNE 19

400

20200

20900

18700

1130

0

11500

8100

2700

<100

<100

<100

<100

-__

-__

___

-__

-__

__ -

___

___

1800

1300

MAX

6000

4400

3200

5100

7300

1310

015

900

20400

25600

23700

16300

13500

12700

13200

13400

13800

15800

18900

19600

21400

24100

25600

28500

28100

28600

25900

24900

24000

25600

28700

MIN

JULY

600

400

900

700

1600

1800

2100

8500

16800

15400

11000

8300

9200

10600

10500

11400

13100

14100

16200

18600

20500

22100

24400

24900

19800

20900

21000

22000

23600

25100

MAX

MIN

AUGUST

30600

31500

3460

037

900

3920

0

3910

0

3520

035

400

3210

0

3080

033

200

3480

036700

3640

0

3420

031

200

2780

031000

32200

32400

33^0

032300

31600

3170

031600

3140

032

600

33^00

34200

27300

28300

30100

33^0

037100

35600

___

30100

28200

25900

25500

23700

30200

33500

29800

25600

27000

-__

24100

26400

29300

3130

031

200

31100

3060

0

3030

028600

28300

30700

32000

3320

0

MAX

MIN

SEPTEMBER

34700

3480

034

000

3410

033

300

3280

032

600

3190

0

3110

031

000

3100

031400

3130

0

3170

031

700

31700

3180

032

500

3240

032

800

3300

033200

---

31500

3080

031

100

3080

029

500

33200

3330

033

000

3190

032

200

3110

031000

3070

0__

_

2840

021

500

2180

022100

2230

0

2250

022800

23300

2340

023800

24100

2440

031

400

3060

0

2760

028

400

2760

027

500

2520

0

DAY

BOTTOM


DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 198?

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

OCTOBER

NOVEMBER

DECEMBER

JANUARY

FEBRUARY

MARCH

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

29000

29000

...

28000

28300

28400

2940

030700

31200

32400

33^0

034200

34600

35200

35000

34900

34600

32300

33500

37200

37700

37700

37900

37500

33300

31900

33000

3430

034200

34400

34600

22900

22500

___

23000

23000

24700

2070

028600

30100

3100

0

32200

3230

031600

31900

33500

29000

29100

23600

28300

25600

33^00

35^00

35200

25600

19600

25400

31200

31800

30700

29700

3190

0

3480

034

900

34800

35^0

035

700

2560

028

400

27100

18400

2320

0

2700

026

700

2360

026

200

2700

0

28300

2760

025

800

2470

024900

26000

2650

025000

2450

011800

1600 900

800

700

700

28100

29500

29900

31000

1990

0

1800

015

600

1200

010200

10800

1610

017000

1480

023800

23600

23100

20500

1750

017800

17700

19900

2020

018100

7600

1700 800

700

600

600

600

700

700

600

600

600

1000

3700

1580

015

400

1190

0

1760

012

900

1640

020600

21700

1480

011

00 600

400

300

200

900

1600

<100

<100

<100

<100

<100 100

200

1100

600

600

600

600

500

500

700

900

1200

1300

3300

4500

5300

8300

1200

0

800

200

100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

1400

4100

1400

01000 600

5100

14400

7100 ___

5600

4400

1540

020

800

2350

024

200

2370

019500

3700 100

100

<100

<100

<100

<100 100

<100 ---

100

1200 900

11900

200

300

1000 100

100

900

900

1000

1600

1700

1200

1600

4800

5000 3400

1400

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100 100

500

1920

017

100

14700

1910

024

500

25100

2650

025

400

24200

2650

025

700

2660

027

700

2630

0

2310

011200

19800

25500

2650

0

2610

020

100

12600

2390

024

200

11600

200

100

6900

1300

4700

5500

1570

0

13300

1620

011800

10800

17600

14100

2360

020

400

14400

1300

2000

2900

4100

1000

0

9300

5800

3200

3400

2600 300

<100

<100

<100

<100

<100

<100

<100

<100

<100 100

600 1800

1070

016

700

1850

017

100

1450

014400

2000 200

300

200

900

500

200

100

300

3700

12700

11500

6000

9000

<100

<100

<100

<100

<100

<100

<100

<100

<100 200

300

4700

4100

1400

1200

1300 100

<100

<100

<100

<100

<100

<100

<100

<100 200

<100

1400

1400

1500

TABLE 1C.--LOWER CALCASIEU RIVER AT 1-10 BRIDGE AT LAKE CHARLE

S, LOUISIANA,


TA,

APRIL 1986 TO JULY 1988 CONTINUED

BOTTOM

SPECIFIC CONDUCTANCE, US/CM AT 25 DEGREES CELSIUS, OCTOBER 1986 TO

SEPTEMBER 1987

IAY

MAX

MIN

MAX

APRIL

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

1170

015

200

17500

23900

2570

0

26200

2580

026000

26400

23500

18200

15300

15300

13700

15300

18100

22400

24600

25700

25700

25800

___

28700

30200

33200

3370

034

400

3200

031

900

3160

0

4400

8700

4300

18600

22200

23800

21600

23000

21200

18500

11600

10800

12500

9800

9100

10100

15700

20500

22100

22800

20800

___

23700

26400

29500

31700

30500

30300

2870

029

000

31600

30000

29200

30200

32500

32000

31200

31000

30600

31200

30800

30000

28600

26800

26100

23900

23900

22200

23500

25500

26500

27600

29200

28800

27700

27500

25400

24300

24100

23300

22900

MIN

MAY

29000

27700

25400

24300

28300

25300

27400

27900

27600

15400

24500

22000

24000

22500

19000

17100

15400

10700

___

12200

___

16300

24700

22200

20800

20100

19700

18700

18400

15700

13200

MAX

19500

16400

18000

17600

19500

22200

24700

26600

29100

29600

28400

26300

21200

12600

4900

_____

1400

600

100

100

100

100

100

1200

1200

2200

13200

24800

28700

27100

___

MIN

JUNE 10

400

6600

7100

1320

016800

1840

021000

23100

21000

25700

25500

18400

11800

3200

2500___

300

<100

<100

<100

<100

<100

<100 100

200

500

400

11000

2380

04000

MAX

3800

900

100

100

100

300

300

1900

500

1300

1300

1100

1800

1100

800

1400

10900

8100 ___

1930

020500

22000

21300

21400

22200

22200

19900

18600

19SOO

19800

20200

MIN

JULY

900

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100 600

800

400

200

200

800

1100

___

14000

1850

016

600

1760

018000

16900

1650

014

800

14700

15200

1360

016

400

MAX

MIN

AUGUST

21400

2170

022

600

23100

25100

26500

27700

3030

030400

31700

2790

020

100

2040

017500

19000

1980

020600

25400

28400

3040

030

700

32300

3280

033

100

3260

030

600

2890

030

600

3250

033

700

1840

019

700

1840

017400

16000

20700

21800

1840

025800

18200

1710

084

0076

00 ___ 7700

12400

17000

19500

24400

25100

28100

27800

29000

29400

30100

27300

27500

28700

30300

31700

MAX

MIN

SEPTEMBER

3500

035400

3580

035600

3560

0

3550

035

400

3470

033

500

3350

0

3270

031300

> /

* ^ w

3100

031500

31700

32300

3HOO

30500

30300

3090

0

3280

034

100

3540

035

400

3530

0

3500

035

000

3480

034

900

3530

0

33600

34700

3460

033

800

34000

3400

033

200

3260

031

300

2900

0

2860

027

100

2720

028800

28800

2860

026

700

2030

024800

2600

030

600

3200

033

300

3420

033

900

3360

033

^00

3390

030200

2900

0

BOTTOM


DEGREES CELSIUS, OCTOBER 19

87 TO

JULY 1988

CA>

IAY

MAX

MIN

OCTOBER

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

35300

35600

35800

35600

35600

35400

34800

34600

34600

34000

33800

34500

34200

34400

34900

35200

35000

35100

35100

34900

34800

34100

34100

34500

34900

35000

34200

30000

31700

31200

29800

33600

32700

3390

034300

3420

0

3350

033

300

3300

031

900

3190

0

3190

032

600

3330

033800

34100

34500

34300

3440

034500

3450

0

3340

032

800

33100

3320

033

300

3130

013

100

25300

28400

27000

26600

MAX

MIN

NOVEMBER

29600

30700

31800

31800

31800

32000

32700

3330

033

600

3280

0

3350

034

500

3520

035400

3580

0

3430

046

00 400

200

200

100

100

100

100

400

100

400

600

400

600

27000

28800

29800

28900

29700

29800

31500

32100

30400

19000

30300

32800

33500

34400

32500

4300 300

100

100

<100

<100

<100

<100

<100

<100

<100

<100

<100

<100 100

MAX

MIN

DECEMBER

600

1300

4500

5100

23700

26600

27300

2400

2200

2200

2000

3800

1900

019500

5500

18200

20800

28900

29900

26700

26100

25300

1580

012800

2900

2300

1700

2000

1400

20000

23300

200

400

600

600

1600

18300

1000 400

600

600

700

700

800

1200 900

3600

9000

10400

11100

8000

3500

2300

1500

1200 800

500

500

500

700

1800

4400

MAX

MIN

JANUARY

11700

___

16600

13400

30500

31300

2800

3000

6200

8500

1130

012100

19400

19300

24000

23900

25100

24600

16300

8700

11700

12000

15300

8300

7200

20000

___

24000

22700

22000

1800

2000

1800

1300

2400

3600

1900

1200

1300

2000

3000

3100

2700

6900

5800

6100

6000

3700

5100

2800

2600

2400

3400

4700

3300

3600

4500

7200

6900

7900

MAX

MIN

FEBRUARY

22800

2200 500

400

400

400

400

600

1100

1500

1800

2900

3700

1250

013700

6500

16400

2140

03200 700

900

900

1000 600

4400

9100

5800

9900

14100

___

2300 400

300

300

300

300

300

300

400

600

600

800

1600

1100

1400

1300

1800

2100 500

400

500

500

400

400

600

1700

1600

2000

1900 ___

MAX

MARCH

18000

20400

16400

1500

3900

2100

1500

1300

2200

<100

<100

<100

<100

<100

<100

<100

600

500

400

500

400

500

400

700

1300

1800

5700

10900

6200

2900

2100

MIN

2900

6700

1100 600

600

1000 800

600

300

<100

<100

<100

<100

<100

<100

<100 300

<100

<100

<100

<100

<100 300

400

500

700

1100

1300

1200

1200 800

TA

BL

E

1C.-

-LO

WE

R

CA

LC

ASI

EU

R

IVE

R

AT

1-1

0

BR

IDG

E

AT

LAK

E C

HA

RL

ES,

L

OU

ISIA

NA

, D

AIL

Y

SP

EC

IFIC

C

ON

DU

CTA

NC

E D

AT

A,

AP

RIL

1986

TO

JUL

Y

1988

CO

NT

INU

ED

BO

TTO

M


DAY

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

1 2 3 k 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

1500

1800 400

400

400

300

300

300

400

1100

2500

5800

16300

2410

028

500

28600

3310

023400

2140

029700

2790

021900

21600

2770

028500

29700

2990

033100

3400

033900

700

300

300

300

300

300

300

300

300

400

800

1600

2900

6500

8800

16000

2320

09700

8000

17600

1970

015700

1380

0___

22700

24900

26900

29300

31100

31300

34200

3490

032

800

2620

025500

26900

28300

26400

23600

24200

24200

24400

2480

025

700

2600

0

2710

029

200

2950

031

600

3250

0

3170

025

700

11000

10700

21300

3070

035

300

3550

038000

3810

036

800

3170

031800

24700

2040

020

300

17300

2410

022

700

2010

020

900

2190

021

800

2280

023

500

2280

0

2420

024

200

2580

024

900

2900

0

1860

098

003900

5600

6800

2140

029800

32500

3350

033300

34300

37000

3650

036500

36400

3600

0

36300

3600

035

500

3240

0

3240

034500

37300

38300

3880

0

39700

4020

037900

3830

037

900

37600

38100

38200

38200

38900

37100

36000

33900

3220

032300

3330

033

600

2960

030

900

2860

0

3110

033

100

3220

0

2610

0

2990

032

000

3390

035

200

3660

0

3620

035

400

3560

0^5600

3560

0

3560

036

600

3580

037

100

3560

0

3020

031

400

2910

029

200

2830

0

32000

30500

3010

031

400

3140

0

3410

035

900

3820

039400

39*00

37300

2820

024

500

2750

027

400

2710

027

200

2890

0

3000

032

600

3500

036

300

1900

0

17000

1190

014500

TABLE ID.--LOWER CALCASIEU RIVER AT I-10 BRIDGE AT LAKE CHARLES, LOUISIANA,

DAILY VELOCITY DA

TA,

OCTOBER 1986 TO JULY 1988

DAILY VELOCITY, FEET PER SE

COND

, SENSOR LOCATED APPROXIMATELY 0.

2 OF TOTAL

DEPTH (7 FEET BELOW WATER SURFACE), OCTOBER 1986 TO JULY 1988

1986

1986

1986

1986

10-01

MAX

0.43

10-17 MAX

0.27

11-01

MAX

1.12

11-17 MAX

1.01

MIN -1.15

MIN -0.83

MIN -0.09

MIN -0.20

10-02 MAX

0.32

10-18 MAX

0.27

11-02 MAX

1.01

11-18 MAX

1.15

MIN -1.10

MIN -1.05

MIN -0.25

MIN -0.36

10-03 MAX

0.43

10-1

9 MAX

0.16

11-03 MAX

1.20

11-19 MAX

0. ?6

MIN -0

.91

MIN -0.85

MIN -0.06

MIN -0-33

10-04 MAX

0.52

10-2

0 MAX

2.4l

11-04 MAX

0.98

11-20 MAX

1.01

MIN -0

.91

MIN -0.61

MIN -0

.41

MIN -0.36

10-05 MAX

0.30

10-2

1 MAX

0.?6

11-05 MAX

1.04

11-21

MAX

0.90

MIN -1.02

MIN -0.50

MIN -0.28

MIN -0-36

10-06 MAX

0.24

10-22 MAX

0.68

11-06 MAX

0.?6

11-22 MAX

1.09

MIN -1.18

MIN -0

.41

MIN -0.69

MIN -0-33

10-07 MAX

0.35

10-23 MAX

0.98

11-07 MAX

0.60

11-23 MAX

1.01

MIN -0

.91

MIN -0.17

MIN -0.52

MIN -0-33

10-08 MAX

0.13

10-24 MAX

0.96

11-08 MAX

0.?4

11-24 MAX

2.52

MIN -0.80

MIN -0.22

MIN -0.69

MIN -0.20

10-09

MAX

0.27

10-25 MAX

0.93

H-09 MAX

0.63

H-25 MAX

3-56

MIN -0.69

MIN -0.69

MIN -0.72

MIN -1.65

10-10 MAX

0.22

10-26 MAX

0.54

11-10 MAX

0.49

11-26 MAX

4.62

MIN -0.83

MIN -0.72

MIN -0.61

MIN

2.21

10-1

1 MAX

0.05

10-27 MAX

0.63

11-1

1 MAX

0.85

H-27 MAX

4.16

MIN -0.94

MIN -0.36

MIN -0.94

MIN

2.2?

10-12 MAX

0.49

10-28 MAX

0.79

11-12 MAX

0.82

11-28 MAX

4.49

MIN -0.83

MIN -0.28

MIN -0

.6l

MIN

2.43

10-13 MAX

0.35

10-29 MAX

0.74

11-13 MAX

0.54

11-29 MAX

4.19

MIN -0.83

MIN -0.14

MIN -0.55

MIN

1.69

10-14 MAX

0.35

10-3

0 MAX

0.82

11-14 MAX

0.68

11-30 MAX

3-91

MIN -0

.91

MIN -0.36

MIN -0.36

MIN

1-31

10-15 MAX

0.13

10-3

1 MAX

1.06

11-15 MAX

0.95

MIN -0.66

MIN -0

.31

MIN -0.06

10-16 MAX

0.24

11-16 MAX

1.12

MIN -1.18

MIN -0.03

TABLE ID.--LOWER CALCASIEU RIVER AT 1-10 BRIDGE AT LAKE CHARLES, LOUISIANA,

DAILY VELOCITY DATA,

OCTOBER 1986 TO JULY 1988--CONTINUED


COND


2 OF TOTAL

DEPTH (7

FEET BELOW WATER SURFACE), OCTOBER 1986 TO JULY 1988

1986

1986

1987

1987

12-01

MAX

3.77

12-17 MAX

2.93

01-01 MAX

2.19

01-17 MAX

1-34

MIN

1.47

MIN

0.11

MIN -0.61

MIN -0.22

12-02 MAX

3.91

12-18 MAX

3.01

01-02 MAX

1-50

01-18 MAX

4.43

MIN

1.72

MIN

0.74

MIN -0.72

MIN

0.93

12-03 MAX

3.53

12-19 MAX

3-28

01-03 MAX

2.11

01-19 MAX

5-12

MIN

1.20

MIN

0.93

MIN -0.50

MIN

3.45

12-04 MAX

3.31

12-20 MAX

3.23

01-04 MAX

2.68

01-20 MAX

5-09

MIN

1.01

MIN

0.93

MIN

0.60

MIN

3-72

12-05 MAX

3.09

12-21

MAX

2.82

01-05 MAX

1.67

01-21 MAX

5-12

MIN

0.10

MIN

0.65

MIN -0-50

MIN

3-42

12-06 MAX

2.29

12-22 MAX

2.93

01-06 MAX

0.38

01-22 MAX

5-12

MIN -0.09

MIN

0.24

MIN -0.47

MIN

3.45

12-07 MAX

1.58

12-23 MAX

3.64

01-07 MAX

1.17

01-23 MAX

5-12

MIN -0.72

MIN -0.25

MIN -O.U

MIN

3-39

12-08 MAX

0.90

' 12-24 MAX

3-86

01-08 MAX

1.23

01-24 MAX

5.04

MIN -1.27

MIN

2.16

MIN -0.72

MIN

2.35

12-09 MAX

0.82

12-25 MAX

3.23

01-09 MAX

0.82

01-25 MAX

4-38

MIN -0.50

MIN

1.94

MIN -0.63

MIN

2-38

12-10 MAX

1.15

12-26 MAX

3.39

01-10 MAX

1.23

01-26 MAX

3-56

MIN -0.80

MIN

1.48

MIN -0.91

MIN

0-96

12-11 MAX

0.96

12-27 MAX

3-17

01-11 MAX

1.01

01-27 MAX

3.15

MIN -0-94

MIN

1.09

MIN -0.66

MIN -0.25

12-12 MAX

1.59

12-28 MAX

3.23

01-12 MAX

0.5.4

01-28 MAX

2-96

MIN -0.83

MIN

0.68

MIN -0.66

MIN -0.06

12-13 MAX

1.15

12-29 MAX

3.17

01-13 MAX

0.65

01-29 MAX

2.49

MIN -0.94

MIN

0.79

MIN -0.44

MIN -0.25

12-14 MAX

0.71

12-30 MAX

3.12

01-14 MAX

1.04

01-30 MAX

1.59

MIN -0.94

MIN -0.20

MIN -0.47

MIN -0-91

12-15 MAX

0.82

12-31

MAX

2.93

01-15 MAX

0.76

01-31 MAX

1.20

MIN -0.52

MIN -0.74

MIN -0.47

MIN -0.85

12-16 MAX

2.96

01-16 MAX

1.48

MIN -0.28

MIN -0.25

198?

02-01

MAX

0.96

MIN -0

.88

02-02 MAX

0.76

MIN -0.25

02-03 MAX

0.87

MIN -0.33

02-04 MAX

0.68

MIN -0.58

02-05 MAX

0.96

MIN -1.18

02-06 MAX

0.30

MIN -0.63

02-07 MAX

0.41

MIN -0.55

02-08 MAX

0.49

MIN -0.61

02-09 MAX

0.54

MIN -0.74

02-10 MAX

1.67

MIN -0.50

02-11 MAX

0.96

MIN -0.63

02-12 MAX

1.23

MIN -1.02

02-13 MAX

0.41

MIN -0.66

02-14 MAX

0.57

MIN -0.80

02-15 MAX

1.23

MIN -0.52

02-16 MAX

0-98

MIN -0.66

1987

02-17 MAX

0.54

MIN -0.94

02-18 MAX

0.11

MIN -1.15

02-19 MAX

0.38

MIN -1.15

02-20 MAX

0.30

MIN -1.18

02-21 MAX

0.19

MIN -0.91

02-22 MAX

1.01

MIN -0.69

02-23 MAX

1.17

MIN -0.33

02-24 MAX

1.26

MIN -0.52

02-25 MAX

1.67

MIN -0.33

02-26 MAX

3-61

MIN -0.39

02-27 MAX

4.38

MIN

2 . 52

02-28 MAX

5.06

MIN

2 . 68

1987

03-01 MAX

5-12

MIN

3 . 61

03-02 MAX

5.06

MIN

3.23

03-03 MAX

4.60

MIN

3-17

03-04 MAX

5-09

MIN

3-20

03-05

MAX

4.79

MIN

2.54

03-06 MAX

4.19

MIN

2 . 00

03-07 MAX

3-61

MIN

1.45

03-08 MAX

3-26

MIN

1 . 06

03-09 MAX

2.87

MIN -0.12

03-10 MAX

2.62

MIN -0.17

03-11 MAX

1.61

MIN -0.80

03-12 MAX

1.25

MIN -0.77

03-13 MA

X 0.

73MIN -0.36

03-14 MAX

1.01

MIN -0.14

03-15

MAX

0.95

MIN -0.25

03-16 MAX

0.93

MIN -0.25

1987

03-17 MAX

1.36

MIN -0.12

03-1

8 MAX

3.01

MIN

0 . 02

03-1

9 MAX

3-03

MI

N 0

. 38

03-2

0 MAX

2.95

MI

N 0.57

03-21

MAX

3.17

MIN

1 . 06

03-22 MAX

3-12

MIN

0.10

03-2

3 MAX

2.92

MIN -0

.39

03-2

4 MAX

3-36

MIN

0 . 29

03-2

5 MAX

3-06

MIN -0.47

03-2

6 MAX

2.79

MI

N -0.58

03-27 MAX

1.17

MIN -0.47

03-2

8 MAX

1.39

MIN

-0.72

03-29 MAX

1.31

MIN -0.47

03-30 MAX

1.15

MIN -1

.02

03-3

1 MAX

0.74

MIN -0.31




DAILY VELOCITY, FEET PER SECOND, SENSOR LOCATED APPROXIMATELY 0.

2 OF TOTAL

DEPTH (7 FEET BELOW WATER SURFACE), OCTOBER 19

86 TO JULY 1988

1987

1987

1987

1987

04-01

MAX

0.76

04-17 MAX

1.39

05-01 MAX

0.90

05-17 MAX

0.76

MIN -0.50

MIN -O.bb

MIN -0.25

MIN -0

.52

04-02 MAX

0.98

04-18 MAX

0-79

05-02 MAX

0-74

05-18 MAX

0.82

MIN -0.50

MIN -0.06

MIN -0.09

MIN -0

.44

04-03 MAX

0.73

04-19 MAX

0.73

05-03 MAX

0.85

05-19 MAX

2.60

MIN -0.64

MIN -0.12

MIN -0.11

MIN -0

.69

04-04 MAX

0.54

04-20 MAX

0.79

05-04 MAX

0.74

05-20 MAX

1.26

MIN -0.17

MIN -0.12

MIN -0.25

MIN -0.72

04-05 MAX

0.65

04-21 MAX

0.68

05-05 MAX

0-71

05-21

MAX

1.01

MIN -0.20

MIN -0.17

MIN -0

.44

MIN -0

.4l

04-06 MAX

0.79

04-22 MAX

0-76

05-06 MAX

1-37

05-22 MAX

0.79

MIN -0.28

MIN -0.33

MIN -0.33

MIN -0.14

04-07 MA

X 0.79

04-23 MA

X 0.82

05-07

MAX

0.74

05-23 MA

X 0.90

MIN -0.14

MIN -0.28

MIN -0.20

MIN -0

.4l

04-08 MAX

0.73

04-24 MAX

0.85

05-08 MAX

0.93

05-24 MAX

1.01

i^

MIN

0.05

MIN -0.20

MIN -0

.22

MIN

0.00

0004-09 MAX

0.76

04-25 MAX

0.52

05-09 MAX

0-98

05-25 MAX

1.15

MIN

0.13

MIN -0.03

MIN -0.03

MIN -0.03

04-10 MAX

0.82

04-26 MAX

0.87

05-10 MAX

1.31

05-26 MAX

1.26

MIN

0.30

MIN -0.41

MIN -0.50

MIN -0.03

04-11 MAX

1.06

04-27 MAX

0.82

05-11 MAX

1.20

05-27 MAX

1.20

MIN

0.05

MIN -0.36

MIN -0

.31

MIN -0.4l

04-12

MAX

1.06

04-28 MA

X 0-98

05-12

MAX

0.96

05-28 MA

X 1.

37MIN -0.31

MIN

0.02

MIN -0.20

MIN -0.06

04-13 MAX

0.92

04-29 MAX

1.04

05-13 MAX

0.79

05-29 MAX

1.15

MIN -0.80

MIN -0.03

MIN -0

.22

MIN -0.28

04-14 MAX

0.95

04-30 MAX

0.87

05-14 MAX

0-96

05-30 MAX

0.90

MIN -0.20

MIN -0.06

MIN -0.09

MIN -0.33

04-15 MAX

0.90

05-15 MAX

0.90

05-31

MAX

1.26

-0.47

MIN -0.58

MIN -0.47

MIN -0.44

MAX

0.87

05-16 MAX

0.76

MIN -0.64

MIN -0.14

vo

1987

06-01

06-02

06-0

3

06-0

4

06-05

06-0

6

06-0

7

06-08

06-0

9

06-1

0

06-11

06-12

06-13

06-14

06-15

06-1

6

MAX

1 MIN -0

MAX

1 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

1 MIN -0

MAX

1 MIN -0

MAX

0 MIN -0

MAX

1 MIN

0

MAX

1 MIN

0

MAX

1 MIN

0

MAX

0 MIN -0

MAX

1 MIN -0

MAX

0 MIN -0

MAX

1 MIN -0

MAX

2 MIN -0

MAX

2 MIN -0

.04

.14

.28

.41

.98

.06

.82

03

31

.28

.06

.11

96

.22

.09

.00

.04

.16

.09

.05

.96

.17

.09

.28

.82

.55

37

.03

49

.47

.22

.03

1987

06

-17

06-1

8

06-19

06-20

06-21

06-22

06-23

06-24

06-25

06-26

06-27

06-2

8

06-2

9

06-30

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

2.27

0.13

2.63

0.63

2.98

1.59

2.96

1.

31

3-45

1.04

2.76

0.54

2.49

0.38

1.45

0.

02

1.56

0.27

1.80

0.24

1.28

-0.0

6

0.79

0.05

1.09

-0.09

1.61

0.

05

1987

07-0

1

07-02

07-03

07-04

07-05

07-0

6

07-0

7

07-08

07-09

07-10

07-11

07-1

2

07-1

3

07-1

4

07-15

07-16

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

2.52

0.32

3.09

1.

59

2.98

1-

53

3.04

1.23

2.30

1.17

2.79

0.63

2.57

0.

16

2.38

-0.41

2.74

-0

.28

2.71

-0.31

2.49

-0.11

2.30

-0.20

1.28

0.

49

1.39

0.

65

1.28

-2.83

1.34

-0

.14

1987

07

-17

07-18

07-1

9

07-2

0

07-21

07-22

07-23

07-24

07-25

07-2

6

07-2

7

07-28

07-29

07-3

0

07-3

1

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

1-31

-0.17

1.06

-0.17

1.06

-0.17

1.17

-0.31

0.90

-0.17

1.17

-0.14

1.06

-0.17

1.04

0.

00

1.17

-0.06

0.98

-0.09

0.98

-0.17

0.96

0.05

0.90

-0.25

0.93

-0.25

1-34

-0.0

6


DAILY VELOCITY DA

TA,



COND


2 OF TOTAL

DEPTH (7 FEET BELOW WATER SURFACE), OCTOBER 1986 TO JULY 1988

1987

08-01 MAX

1.06

MIN

0.00

08-02 MAX

1.01

MIN

0 . 00

08-03 MAX

1.06

MIN

0 . 08

08-04 MAX

1.28

MIN

0.11

08-05 MAX

1.17

MIN -0.09

08-06 MAX

1.23

MIN -O.Ob

08-07 MAX

1.04

MIN -0.09

08-08 MAX

1.17

CJ1

MIN -0.09

O

08-09 MAX

1.06

MIN

0.02

08-10 MAX

1.15

MIN -0.11

08-11 MAX

1.09

MIN

0.02

1987

08-17 MAX

0.93

MIN -0-36

08-18 MAX

0.82

MIN -0.06

08-1

9 MAX

0.74

MIN -0.14

08-20 MAX

0.85

MIN -0.22

08-2

1 MAX

0.90

MIN -0.28

08-2

2 MAX

0.82

MIN -0.28

08-23 MAX

1.01

MIN

0 . 00

08-2

4 MAX

0.96

MIN -0.17

08-25 MAX

0.87

MIN

0 . 05

08-26 MAX

0.96

MIN -0.17

08-27 MAX

0.93

MIN

0 . 08

1987

09-0

1 MAX

0.57

MIN

0.00

09-02 MAX

0.71

MIN -0

.11

09-03

MAX

0.79

MIN -0.20

09-04 MAX

0.82

MIN -0.28

09-05 MAX

0.98

MIN -0.03

09-06 MAX

1.15

MIN -0.09

09-07 MAX

1.06

MIN -0.06

09-08 MAX

1.17

MIN

0 . 16

09-09 MAX

1.09

MIN

0 . 00

09-10 MAX

0.96

MIN -0.06

09-11 MAX

1.06

MIN -0.14

1987

09-17 MAX

0.87

MIN

0.13

09-18 MAX

0.98

MIN -0.44

09-19 MAX

0.90

MIN -0

.31

09-20 MAX

0.93

MIN -0

.31

09-21 MAX

0.79

MIN -0.20

09-22 MAX

0.71

MIN -0.06

09-23 MAX

0.65

MIN -0.20

09-24 MAX

0.85

MIN -0.03

09-25 MAX

0.82

MIN -0.06

09-26 MAX

0.82

MIN

0 . 08

09-27 MAX

0.93

MIN

0 . 00

08-12 MAX

0.96

08-28 MAX

0.85

09-12 MAX

1.15

09-28 MAX

0-76

MIN -0.63

MIN -0.36

MIN -0.17

MIN -0

.11

08-13 MAX

0.90

08-29

MAX

0.76

09-13 MAX

0.93

09-29 MAX

1.17

MIN -0.25

MIN -0.31

MIN

0.05

MIN -0

-31

08-14 MAX

0.82

08-30 MAX

0-79

09-14 MAX

0.82

09-30 MAX

1.23

MIN -0.17

MIN -0.31

MIN

0.05

MIN -0.47

08-15 MAX

0.76

08-31 MAX

0.60

09-15 MAX

0.85

MIN

0.02

MIN

0.05

MIN

0.13

08-16 MAX

0.93

09-16 MAX

0.96

MIN -0.17

MIN -0.11

CJl

1987

10

-01

10-0

2

10-03

10-04

10-05

10-06

10-0?

10-0

8

10-09

10-1

0

10-1

1

10-12

10-1

3

10-14

10-15

10-16

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

1.09

0.

19

1.09

0.22

0.85

0.16

1.20

0.13

1.15

0.11

1.01

0.22

1.06

0.24

0-93

0.19

1.09

0.13

1.23

0.

19

0.85

0.

19

1.45

0.13

0.76

0.27

0.60

0.11

0.82

0.

05

0.90

0.19

1987

10-17

10-1

8

10-19

10-20

10-21

10-2

2

10-23

10-24

10-2

5

10-26

10-2

7

10-28

10-29

10-30

10-31

MAX

0MI

N 0

MAX

0MI

N 0

MAX

1 MI

N 0

MAX

0MI

N 0

MAX

1 MIN -0

MAX

0MIN

0

MAX

0MI

N 0

MAX

0MI

N 0

MAX

0 MIN

0

MAX

0 MIN -0

MAX

1 MI

N -0

MAX

0 MI

N -0

MAX

0 MI

N -0

MAX

1 MI

N -0

MAX

0 MIN

-0

96

.05

96

.16

.01

.19

98

.16

.26

.17

93

.05

.82

.11

93

.02

93

.16

.87

.39

.06

.83

52

.22

93

25

.04

03

63

50

1987

11-01

11-02

11-0

3

11-0

4

11-05

11-0

6

11-0

7

11-0

8

11-09

11-1

0

11-11

11-12

11-1

3

11-1

4

11-15

11-1

6

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -0

MAX

0 MIN -1

MAX -0

MIN -0

MAX

0 MIN -0

MAX -0

MIN -0

MAX -0

MIN -0

MAX

0MIN -0

MAX

2 MIN -1

85

.14

.52

36

.71

36

.46

.17

.38

39

57

52

.27

.44

.16

.72

.27

.88

.41

.21

.17

96

.16

91

.25

.74

17

.77

.22

91

.49

.15

1987

11-17

11-1

8

11-1

9

11-2

0

11-2

1

11-2

2

11-2

3

11-24

11-25

11-26

11-2

7

11-2

8

11-2

9

11-3

0

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

3-04

1.15

3-31

1.

72

3-59

2.11

4.60

2.49

4.82

2.87

5.01

2.

85

4.49

2.60

3-86

1.07

4.00

1.26

4.11

1.70

4.00

1-31

3-89

1.42

3-29

1.45

2.41

0.98





COND

, SENSOR LOCATED APPROXIMATELY 0.2 OF TOTAL

DEPTH (7


1987

12-01 MAX

2.30

MIN

0.19

12-02 MAX

2.14

MIN

0.24

12-03 MAX

1.56

MIN -0.06

12-04 MAX

1.72

MIN -0.39

12-05 MAX

0.90

MIN -0.50

12-06 MAX

1.06

MIN -0.33

12-07 MAX

2.49

MIN -0.20

12-08 MAX

3.04

MIN

0.24

12-09 MAX

2.35

MIN

0.02

12-10 MAX

1.80

MIN

0.02

12-1

1 MAX

2.11

MIN

0.08

12-12 MAX

1.56

MIN -0.33

12-13 MAX

0.96

MIN -0.72

12-14 MAX

1.26

MIN -0.58

12-15 MAX

1.63

MIN -0.39

12-16 MAX

1.89

MIN -0.83

1987

12-17 MAX

0.76

MIN -0.44

12-18 MAX

1.39

MIN -0.41

12-19 MAX

1.23

MIN -0.31

12-20 MAX

1.12

MIN -0.61

12-21

MAX

1.37

MIN -0.33

12-22 MAX

1.67

MIN -0.39

12-23 MAX

1.56

MIN -0.31

12-24 MAX

1.89

MIN -0.11

12-25 MAX

2.54

MIN

0.05

12-26 MAX

2.38

MIN

0.38

12-27 MAX

2.11

MIN

0 . 46

12-28 MAX

2.02

MIN

0 . 32

12-29 MAX

2.49

MIN

0 . 19

12-30 MAX

1.17

MIN -0.44

12-31

MAX

0.93

MIN -0.50

1988

01-01 MAX

MIN

01-02 MAX

MIN

01-03 MAX

MIN

01-04 MAX

MIN

01-05 MAX

MIN

01-06 MAX

MIN

01-07 MAX

MIN

01-08 MAX

MIN

01-09 MAX

MIN

01-10 MAX

MIN

01-11 MAX

MIN

01-12 MAX

MIN

01-13 MAX

MIN

01-14 MAX

MIN

01-15 MAX

MIN

01-16 MAX

MIN

1.53

-0.11

1.78

-0

.31

1.53

-0.36

1.56

-0

.22

1.45

-0.09

__.

1988

01-17 MAX

MIN

01-18 MAX

MIN

01-19 MAX

MIN

01-20 MAX

MIN

01-21 MAX

MIN

01-22 MAX

MIN

01-23 MAX

MIN

01-24 MAX

MIN

01-25 MAX

MIN

01-26 MAX

MIN

01-27 MAX

MIN

01-28 MAX

MIN

01-29 MAX

MIN

01-30 MAX

MIN

01-31 MAX

MIN

1988

02-0

1

02-02

02-03

02-04

02-05

02-0

6

02-0?

02-0

8CJ

1W

02-0

9

02-1

0

02-1

1

02-12

02-13

02-14

02-15

02-16

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

---

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

---

MAX

MIN

MAX

MIN

1988

02-1?

02-1

8

02-19

02-2

0

02-21

02-2

2

02-23

02-24

02-2

5

02-2

6

02-27

02-2

8

02-29

MAX

MIN

MAX

MIN

-

MAX

MIN

MAX

MIN

---

MAX

MIN

-

MAX

MIN

MAX

-

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

-

MAX

MIN

MAX

MIN

1988

03-01

03-0

2

03-0

3

03-04

03-0

5

03-06

03-0

7

03-08

03-0

9

03-10

03-11

03-12

03-13

03-14

03-15

03-16

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

2-0

1 0 1 0 2 0 1 0 1 0 1 0 3 0 4 2 5 3 5 2 5 0 5 2 5 2 5 1 5 2

.11

17

34

.05

.61

27

.05

.49

.86

.02

.61

32

.61

.43

.48

.71

.93

.27

.07

70

.07

.19

.07

32

.12

.68

.01

.41

.12

.50

.09

.52

1988

03-17

03-18

03-19

03-2

0

03-2

1

03-2

2

03-23

03-2

4

03-2

5

03-2

6

03-2

7

03-2

8

03-2

9

03-3

0

03-3

1

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

3 0 4 0 4 1 3 0 2 1 3 1 2 1 1 0 1 0 2 0 1 -0 1 0 1 0 1 0 1 -0

.64

98

.00

.49

.82

.42

.83

.87

.41

.50

59

.15

74

.17

.86

.98

.75

.76

.11

.22

.56

.20

.20

.13

.26

.16

.20

35

.50

.44

TABLE ID.--LOWER CALCASIEU RIVER AT 1-10 BRIDGE AT LAKE CHARLES, LOUISIANA, DAILY VELOCITY DATA,


DAILY VELOCITY, FEET PER SECOND, SENSOR LOCATED APPROXIMATELY 0.

2 OF TOTAL DEPTH (7

FEET BELOW

WATER SURFACE), OCTOBER 1986 TO JULY 1988

1988

1988

1988

1988

1988

04-01

MAX

1.28

04-17 MAX

1.39

05-01 MAX

1.15

05-17 MAX

0.76

06-01 MAX

0.85

MIN

0.02

MIN -0.28

MIN -0.11

MIN -0.36

MIN -0.44

04-02 MAX

3.34

04-18 MAX

1.20

05-02 MAX

1.17

05-18 MAX

0.?4

06-02 MAX

0.82

MIN

0.90

MIN

0.11

MIN -0.06

MIN -O.l4

MIN -0

.14

04-03 MAX

3.50

04-19 MAX

0.98

05-03 MAX

1.09

05-19 MAX

0.79

06-03 MAX

1.09

MIN

1.94

MIN

0.00

MIN

0.08

MIN -0

.11

MIN -0

.39

04-04 MAX

3.37

04-20 MAX

1.06

05-04 MAX

0.90

05-20 MAX

0.79

06-04 MAX

0.85

MIN

1.80

MIN -0.11

MIN -0.25

MIN -0.20

MIN -0

.52

04-05 MAX

3.26

04-21 MAX

0.96

05-05 MAX

0.90

05-21

MAX

0.82

06-05 MAX

0.8?

MIN

1.64

MIN -0.22

MIN -0.20

MIN -0

.50

MIN -0

.31

04-06 MAX

3.56

04-22 MAX

1.09

05-06 MAX

1.39

05-22 MAX

0.74

06-06 MAX

0.71

MIN

1.97

MIN

0.00

MIN -0.69

MIN -0.58

MIN -0.36

04-07 MA

X 3.89

04-23 MAX

0.8?

05-07 MA

X 0.

85

05-2

3 MA

X 1.23

06-0

7 MA

X 0.

65MIN

1.91

MIN -0.36

MIN -0.17

MIN -0-96

MIN -0.17

04-08 MAX

3.37

04-24 MAX

1.15

05-08 MAX

1.01

05-24 MAX

0.93

06-08 MAX

0.85

MIN

1.45

MIN -0.55

MIN -0.22

MIN -0.47

MIN -0

.22

04-09 MAX

2.98

04-25 MAX

1.15

05-09 MAX

0.8?

05-25 MAX

0.68

06-09 MAX

0.&3

MIN

1.06

MIN -0.58

MIN -0.36

MIN -0.6l

MIN -0

.11

04-10 MAX

1.69

04-26 MAX

0.87

05-10 MAX

0.68

05-26 MAX

0.54

MIN

0.02

MIN

0.13

MIN -0.47

MIN -0.4?

04-11

MAX

1.34

04-27 MAX

0.90

05-11 MAX

0.90

05-27 MAX

0.&3

MIN -0.63

MIN

0.19

MIN -0.31

MIN -0.33

04-12 MAX

2.43

04-28 MAX

1.01

05-12 MAX

0.68

05-28 MAX

0.87

MIN -0.39

MIN -0.11

MIN -0.36

MIN -0-31

04-13 MAX

l.lg

04-29 MAX

1.09

05-13 MAX

0.82

05-29 MAX

0.85

MIN -0.28

MIN -0.14

MIN -0-36

MIN -0-36

04-14 MAX

0.85

04-30 MAX

1.06

05-14 MAX

0.85

05-30 MAX

0.85

MIN -0.31

MIN

0.08

MIN -0.50

MIN -0.28

04-15 MAX

1.12

05-15 MAX

0.74

05-31 MAX

0.8?

MIN

0.13

MIN -0.41

MIN -0.28

04-16 MAX

1.12

05-16 MAX

0.74

MIN

0.02

MIN -0.25

DAILY VELOCITY, FEET PER SECOND, SENSOR LOCATED APPROXIMATELY 0.8 OF TOTAL

DEPTH (30


88

1986

1986

1986

1986

10-01

MAX

0.98

10-17 MAX

1.01

11

-01

MAX

1.01

11-17 MAX

1.06

MIN -1.05

MIN -0.80

MIN -1.37

MIN -1.37

10-02 MAX

0.90

10-18 MAX

1.09

11-02

MAX

1.06

11-18 MAX

0.96

MIN -0.99

MIN -0.69

MIN -1.43

MIN -0.55

10-03 MAX

0.85

10-19 MAX

1.04

11-03 MAX

0.85

11-1

9 MAX

0.87

MIN -1.26

MIN -0.80

MIN -0.96

MIN -0.96

10-04 MAX

0.98

10-20 MAX

0.54

11-04 MAX

1.04

11-2

0 MAX

1.12

MIN -1.24

MIN -1.54

MIN -2.44

MIN -1.32

10-05 MAX

1.42

10-2

1 MAX

1.31

11-05 MAX

1.94

11-2

1 MAX

0-98

MIN -1.05

MIN -1.37

MIN -1

.81

MIN -1-37

10-06 MAX

1.01

10-22 MAX

0.96

11-06 MAX

1.53

11-2

2 MAX

1.17

MIN -1.46

MIN -1.78

MIN -0.55

MIN -1.29

10-07 MAX

0.85

10-23 MAX

1.34

11-07 MAX

1.56

11-23 MAX

1-72

MIN -1.24

MIN -1.81

MIN -0.66

MIN -1.48

CJ1

01

10-08 MAX

0.38

10-24 MAX

3-^5

H-08 MAX

1.53

H-24 MAX

3-09

MIN -0.85

MIN -1.48

MIN -0.41

MIN -0.74

10-09 MAX

0.96

10-25 MAX

2.79

11-09 MAX

1.56

11-2

5 MAX

3.42

MIN -0.94

MIN -0-50

MIN -0.31

MIN -0.33

10-10 MAX

0.35

10-26 MAX

1.17

11-10 MAX

1.37

H-26 MAX

1-72

MIN -1.18

MIN -0.36

MIN -0.17

MIN

0.60

10-11

MAX

0.74

10-27 MAX

1.01

11-11

MAX

1-50

11-27 MAX

1.80

MIN -1.21

MIN -0.80

MIN -0-99

MIN

0.46

10-12 MAX

0.60

10-28 MAX

0-96

11-12 MAX

1.15

11-28 MAX

2.13

MIN -1.59

MIN -0.66

MIN -0.63

MIN

0.11

10-13 MAX

1.26

10-29 MAX

0.49

11-13 MAX

2.43

H-29 MAX

1.80

MIN -1.32

MIN -0.69

MIN

0.00

MIN -0.50

10-14 MA

X 0.68

10-3

0 MAX

0.96

11-1

4 MA

X 0.

54

11-30 MA

X 1.

67MIN -1.05

MIN -1.07

MIN -0.80

MIN -0-52

10-15 MAX

0.22

10-31 MAX

0-57

11-15 MAX

0.90

MIN -1.18

MIN -0.80

MIN -0.99

10-16 MAX

1.28

11-16 MAX

1.28

MIN -0.88

MIN -1.65

TABLE ID.--LOWER CALCASIE

U RIVER A

T 1-

10 BRIDGE AT

LAKE CH

ARLE

S, LO

UISI

ANA.

DAILY VELOCITY DA

TA,

OCTOBER

1986

TO JULY 1988 CONTINUED

DAILY VELOCITY,

FEET PER

SECO

ND,

SENSOR LOCATED

APPROXIMATELY

0.8

OF T

OTAL

DEPTH (3

0 FE

ET BELOW WATER SURFACE),

OCTOBER

1986 TO JULY 1988

1986

1986

1987

1987

12-0

1 MAX

1.83

12-17 MAX

1.59

01-0

1 MAX

1.&7

01

-17 MAX

3-31

MIN -0.63

MIN

0.19

MIN

-1.6

5 MIN

1.01

12-02 MAX

2.43

12-1

8 MAX

2.27

01-0

2 MAX

1.48

01-18 MAX

2-57

MIN -0.47

MIN

0.52

MIN

-2.2

2 MI

N 0-57

12-03 MAX

2.68

12-1

9 MAX

1.86

01-0

3 MAX

3-91

01-19 MAX

3.59

MIN -1.24

MIN

-0.2

0 MIN

-1.1

3 MI

N 0-

30

12-04 MAX

2.63

MIN -0.9*

12-0

5 MAX

1.94

MIN -2.11

12-06 MAX

1.64

MIN -0.80

12-0

7 MAX

2.08

MIN -0.83

12-08 MAX

1.72

MIN -1.18

12-09 MAX

2.08

MIN -1

.95

12-10 MAX

2.11

MIN

0.49

12-11 MAX

2.68

MIN -0.36

12-1

2 MAX

2.96

MIN -0.17

12-13 MAX

1.61

MIN -0

.55

12-14 MAX

1.39

12-3

0 MAX

2.16

01-1

4 MAX

2.16

01-30 MAX

1.20

MIN -0

.72

MIN

-2.0

9 MIN

-0.6

3 MIN

-2.5

5

12-1

5 MAX

1.59

12-31

MAX

1.80

01-15 MAX

1.15

01

-31

MAX

1.48

MIN -0.20

MIN -1

.92

MIN

-0-52

MIN

-1.7

6

12-16 MAX

3.91

01-16 MA

X 3.75

MIN

0.98

MIN

-0.20

12-2

0 MAX

1.53

MI

N -0.33

12-21

MAX

1.78

MIN

-0.7

4

12-22 MAX

1.83

MIN

-0.42

12-23 MAX

2.63

MIN

0 . 43

12-2

4 MAX

2.27

MIN

0.11

12-2

5 MAX

2.30

MIN

-1.2

1

12-26 MAX

2.16

MIN

-1.37

12-27 MAX

2.13

MIN

-1.1

3

12-28 MAX

1.91

MIN -1.21

12-2

9 MAX

2.16

MIN

-1.51

01-0

4 MAX

1.59

MIN

-0.5

0

01-05 MAX

1.20

MIN

-0.3

3

01-0

6 MAX

2.05

MIN

-0.2

2

01-0

7 MAX

2.08

MIN

-0.0

6

01-08 MAX

2.00

MIN

-0.39

01-0

9 MAX

2.27

MIN

-0.5

8

01-1

0 MAX

2.13

MIN

-0.1

1

01-1

1 MAX

1.83

MIN

-0.4

2

01-12 MA

X 1.

09

MIN

-0.2

8

01-1

3 MAX

1.15

MIN

-0.47

01-20 MAX

3.06

MI

N -0.36

01-2

1 MAX

3.39

MI

N -0.69

01-2

2 MAX

3.72

MI

N -0

.42

01-2

3 MAX

4.16

MIN

-2.8

3

01-24 MAX

3.15

MIN

-1.9

2

01-25 MAX

3.31

MIN

-1.6

5

01-2

6 MAX

2.22

MIN

-2.6

1

01-2

7 MAX

3.31

MIN

-2.2

8

01-2

8 MAX

2.11

MIN -1

.79

01-29 MAX

1.28

MIN

-1.54

01

1987

02-01 MAX

0.90

MIN -0.83

02-02 MAX

0.93

MIN -0.33

02-03 MAX

0.90

MIN -0.52

02-04 MAX

0.85

MIN -0.47

02-05 MAX

0.71

MIN -0.66

02-06 MAX

2.00

MIN -0.80

02-0? MAX

0.95

MIN -0

.61

02-08 MAX

1.61

MIN -0.85

02-09 MAX

2.11

MIN -0.74

02-10 MAX

0.43

MIN -0.74

02-11 MAX

1.31

MIN -1.57

02-12 MAX

4.41

MIN -0.83

02-13 MAX

0.35

MIN -0.58

02-14 MAX

0.98

MIN -0.99

02-15 MAX

1.09

MIN -1.05

02-16 MAX

3.80

MIN

0.16

1987

02-17 MAX

1.91

MIN

0.13

02-18 MAX

1.83

MIN -0.09

02-19 MAX

1.78

MIN -0

.31

02-20 MAX

1.94

MIN -0.36

02-21

MAX

3.34

MIN -0.72

02-22 MAX

3.04

MIN

0 . 71

02-23 MAX

2.24

MIN

0.13

02-24 MAX

2.98

MIN -0

.11

02-25 MAX

3.64

MIN

0.87

02-26 MAX

4.24

MIN

0 . 79

02-27 MAX

2.90

MIN

0.68

02-28 MAX

3.06

MIN

0.52

1987

03-0

1 MAX

3.34

MIN -0.36

03-02 MAX

4.00

MIN

0.02

03-03 MAX

3.50

MIN -0.58

03-04 MAX

3-34

MIN -1

.51

03-0

5 MA

X 3.64

MIN -1.18

03-06 MAX

4.49

MIN -1.68

03-07 MA

X 4.

19MIN -1.95

03-08 MAX

2.41

MIN -0.55

03-09 MAX

3.15

MIN -0.94

03-10 MAX

1.31

MIN -0.33

03-1

1 MAX

1.72

MIN -0.36

03-12 MAX

1.80

MIN -0.31

03-13 MAX

1.50

MIN -0.03

03-14 MA

X 0.98

MIN -0.33

03-15 MAX

0.87

MIN -0.36

03-16 MAX

0.35

MIN -0.36

1987

03-17 MAX

2.22

MIN -0.28

03-18 MAX

2.05

MIN -2.94

03-19 MAX

1.17

MIN -0.50

03-20 MAX

1.23

MIN -0.39

03-21

MAX

1.26

MIN -1.07

03-22 MAX

1.56

MIN -0.36

03-23 MA

X 1.45

MIN -0

.36

03-24 MAX

1.67

MIN -1.48

03-25 MAX

1.06

MIN -1

.95

03-26 MAX

1.89

MIN -2

.99

03-27 MAX

2.32

MIN -0

.61

03-28 MAX

2.05

MIN -1.29

03-29 MAX

2.60

MIN -0

.80

03-3

0 MAX

2.02

MIN -0

.03

03-31

MAX

0.38

MIN -0

.85





DEPTH (3

0 FEET BELOW WATER SURFACE), OCTOBER 1986 TO JULY 1988

1987

198?

1987

1987

04-01 MAX

0.84

04-17 MAX

1-53

05-01 MAX

0.27

05-17 MAX

1.09

MIN -0.63

04-02 MAX

1.64

MIN -0.36

04-03 MAX

1.86

MIN -0.36

04-04 MAX

0-35

MIN -0.47

04-05 MAX

0.46

MIN -0.58

04-06 MAX

0.54

MIN -0.69

04-07 MAX

0.32

MIN -0.66

04-08 MAX

0.27

MIN -0.53

04-09 MAX

0.43

MIN -0.47

04-10 MAX

0.30

MIN -0.88

04-11 MAX

0.65

MIN -0.61

04-12 MAX

0.41

MIN -0.88

04-13 MAX

0.24

MIN -1.27

04-14 MAX

0.52

MIN -1.43

04-15 MAX

0.52

MIN -0.50

MIN -1.59

04-18 MAX

0.30

MIN -0.58

04-19 MAX

0.60

MIN -0.66

04-20

MAX

0.21

MIN -0.72

04-21

MAX

0.16

MIN -0.80

04-22 MAX

0.96

MIN -1.07

04-23 MAX

0.13

MIN -0.80

04-24 MAX

0.13

MIN -1.21

04-25 MAX -0.17

MIN -0.83

04-26 MAX -0.09

MIN -0.9b

04-27 MAX

0.05

MIN -1.32

04-28 MAX -0.20

MIN -1.10

04-29 MAX -0.09

MIN -0.88

04-30 MAX

0.08

MIN -1.35

MIN -1.29

05-02 MAX

0.24

MIN -1.43

05-03 MAX

0.35

MIN -1

.40

05-04 MAX

0.13

MIN -1.07

05-05

MAX

0.49

MIN -1.13

05-06 MAX

1.04

MIN -0.94

05-07 MAX

0.30

MIN -0.58

05-08 MAX

0.85

MIN -0-39

05-09 MAX

1.17

MIN -0.72

05-10 MAX

2.49

MIN -0.66

05-11 MAX

0.98

MIN -0

.80

05-12 MAX

0.65

MIN -0.66

05-13 MAX

0.27

MIN -0.66

05-14 MAX

0.71

MIN -0.33

05-15 MAX

0.96

MIN -0.33

MIN

05-18 MAX

MIN

05-19 MAX

MIN

05-20 MAX

MIN

05-21

MAX

MIN

05-22 MAX

MIN

05-23 MAX

MIN

05-24 MAX

MIN

05-25 MAX

MIN

05-26 MAX

MIN

05-27 MAX

MIN

05-28 MAX

MIN

05-29 MAX

MIN

05-30 MAX

MIN

05-31

MAX

MIN

-0.39

1.28

-0

.17

2.00

-0

.94

___

___

___

___

___

___

04-16 MAX

0.52

05-16 MAX

1.37

MIN -0-55

MIN -0.52

VO

1987

06-0

1 MAX

MIN

06-02 MAX

0.79

MIN -0.11

06-03 MAX

1.01

MIN -0.88

06-04 MAX

0.30

MIN -0.58

06-05 MAX

1.23

MIN -0.50

06-06 MAX

0.96

MIN -0.63

06-07 MAX

0.65

MIN -0.96

06-08 MAX

0.60

MIN -0.80

06-09 MAX

0.79

MIN -0.85

06-10 MAX

0.27

MIN -2.14

06-11 MAX

1.23

MIN -0.61

06-12 MAX

1.09

MIN -0.22

06-13 MAX

1.45

MIN -0.11

06-14 MAX

3.86

MIN

0.13

06-15 MAX

1.59

MIN -0.17

06-16 MAX

1.83

MIN -0.28

1987

06-17 MAX

1.31

MIN -0.25

06-18 MAX

1.17

MIN -0.14

06-19 MAX

1.23

MIN -0.36

06-20 MAX

1.17

MIN -0.72

06-21 MAX

0.98

MIN -2.83

06-22 MAX

1.45

MIN -1.13

06-23 MAX

0.68

MIN -1.07

06-24 MAX

1.12

MIN -0.77

06-25 MAX

0.93

MIN -0.36

06-26 MAX

3.37

MIN -0.25

06-27 MAX

0.68

MIN -0.22

06-28 MAX

0.63

MIN -0.55

06-29 MAX

0.24

MIN -0.58

06-30 MAX

2.00

MIN -0.33

1987

07-01 MAX

1.80

MIN

-0.0

9

07-02 MAX

1.09

MIN -0.28

07-03 MAX

1.48

MIN -0.31

07-04 MAX

1.20

MIN -0.50

07-05 MAX

0.60

MIN -1.10

07-06 MAX

0.63

MIN -1.57

07-07 MAX

0.76

MIN -1.18

07-08 MAX

2.57

MIN -2.03

07-09 MAX

1.34

MIN -0.96

07-10 MAX

0.98

MIN -1.02

07-11

MAX

0:98

MIN

-0.88

07-12 MAX 0.87

MIN -1.43

07-13 MAX 0.76

MIN -0.06

07-14 MAX

0.71

MIN -0.25

07-15 MAX

0.63

MIN -0.47

07-1

6 MA

X 0.

68

MIN

-1.57

1987

07-17 MAX

1.06

MIN -0

.74

07-18 MAX

0.82

MIN -0

.69

07-1

9 MAX

0.60

MIN -0

.47

07-2

0 MAX

0.32

MIN -0.63

07-2

1 MAX

0.32

MIN

-0.6

3

07-22 MAX

0.60

MI

N -0

.44

07-2

3 MAX

0.43

MIN

-0.42

07-2

4 MAX

0.11

MIN

-0.5

5

07-2

5 MAX

0.30

MIN

-0.94

07-26 MAX

1.15

MIN -0

.96

07-27 MAX

0.41

MIN -0.55

07-28 MAX

0.11

MIN -0

.66

07-29 MAX

0.30

MIN -0

.47

07-3

0 MAX

0.52

MIN -0

.44

07-3

1 MAX

2.22

MIN

-1.0

5





DEPTH (3


198?

198?

1987

1987

08-01 MAX

0.43

08-17 MAX

0.24

09-01 MAX

0.25

09-17 MAX

0.69

MIN -0.52

MIN -0.77

MIN -0.93

MIN -0.98

08-02 MAX

0.57

08-18 MAX

0.33

09-02 MAX

0.03

09-18 MAX

1.35

MIN -0.63

MIN -0.47

MIN -0.79

MIN -0.27

08-03 MAX

0.21

08-19 MAX

0.49

09-03 MAX -O.l4

09-19 MAX

1.05

MIN -0.85

MIN -0.58

MIN -0.77

MIN -0.54

08-04 MAX

0.19

08-20 MAX

0.76

09-04 MAX -0.16

09-20 MAX

1.38

MIN -0.91

MIN -0.63

MIN -0.96

MIN -0.79

08-05 MAX

0.68

08-21

MAX

0.27

09-05 MAX -0.11

09-21 MAX

0.14

MIN -0.74

MIN -0.82

MIN -1.40

MIN -0-76

08-06 MAX -0.03

08-22 MAX

0.30

09-06 MAX -0.11

09-22 MAX

0-33

MIN -0.99

MIN -0.93

MIN -0.96

MIN -0

.82

08-07 MAX

0.43

08-23 MAX

0.13

09-07 MAX

0.36

09-23 MAX 0.06

MIN -0.94

MIN -0.66

MIN -0.88

MIN -0.73

08-08 MAX

0.27

08-24 MAX

0.11

09-08 MAX -0.11

09-24 MAX

0-39

MIN -0.63

MIN -1.02

MIN -0.93

MIN -0.87

08-09 MAX

0.08

08-25 MAX

0.14

09-09 MAX

0.19

09-25 MAX -0.21

MIN -0.94

MIN -1.04

MIN -0.98

MIN -0.90

08-10 MAX

0.60

08-26 MAX

0.00

09-10 MAX

0.88

09-26 MAX

0.20

MIN -1.35

MIN -1.10

MIN -1

29

MIN -1.12

08-11 MAX

0.87

08-27 MAX -0.22

09-11 MAX

0.99

09-27 MAX

0.58

MIN -0.42

MIN -1.04

MIN -1.12

MIN -1.42

08-12 MAX

1.31

08-28 MAX

0.36

09-12 MAX

1.59

09-28 MAX -0.05

MIN -0.31

MIN -1.32

MIN -0.87

MIN -1-33

08-13 MAX

0.82

08-29 MAX

0.49

09-13 MAX

0.22

09-29 MAX

2.56

MIN -0.28

MIN -1.10

MIN -0.98

MIN -0.90

08-14 MAX

0.54

08-30 MAX

0.44

09-14 MAX

0.11

09-30 MAX

1.26

MIN -0.31

MIN -1.21

MIN -0.74

MIN -1.03

08-15 MAX

0.84

08-31 MAX

0.00

09-15 MAX

0.11

MIN -0.47

MIN -1.26

MIN -1.06

08-16 MAX

0.54

09-16 MAX

0.53

MIN -0.96

MIN -1.39

198?

10-01

MAX

-0.0

3 MI

N -1.18

10-02 MAX

0.38

MIN -1.10

10-0

3 MAX

0.82

MIN -1.35

10-04 MAX

0.13

MIN -1

.18

10-05 MAX -0.20

MIN -1.02

10-0

6 MAX -0.22

MIN -1.21

10-0

? MAX -0.11

MIN -0.99

10-0

8 MAX -0.20

MIN -1.32

10-09 MAX -0.14

MIN -1.48

10-10 MAX

0.46

MIN -1.37

10-11 MAX -0.20

MIN -0.85

10-12 MAX

1.69

MIN -1.40

10-13 MAX -0

.03

MIN -1.32

10-14 MAX

0.22

MIN -0.74

10-15 MAX

0.16

MIN -0.99

10-1

6 MAX -0.20

MIN -1.51

1987

10-17 MAX -0

.09

MIN -1

.40

10-1

8 MAX -0

.22

MIN -1

.02

10-19 MAX -0

.14

MIN -1.07

10-2

0 MAX

0.05

MIN -1

.24

10-21

MAX

1.01

MIN -1

.10

10-2

2 MAX -0

.20

MIN -1

.51

10-23 MAX -0.03

MIN -1

.13

10-24 MAX

0.57

MIN -1

.02

10-25 MAX

0.82

MIN -1

.15

10-26 MAX

2.87

MIN -1

.29

10-27 MAX

3.61

MIN -0

.52

10-28 MAX

0.46

MIN -0

.52

10-29 MAX

0.87

MIN -0

.63

10-30 MAX

1.20

MIN -0

.80

10-3

1 MAX

0.63

MIN -0

.69

1987

11

-01 MAX

0.08

MIN -1

.04

11-02 MAX

0.11

MIN -1

.07

11-0

3 MAX

0.05

MIN -1

.07

11-0

4 MAX

0.00

MIN -1

.29

11-0

5 MAX -0.25

MIN -1

.26

11-06 MAX

0.65

MIN -0

.96

11-07 MAX

0.27

MIN -1

.07

11-0

8 MAX

0.82

MIN -1.15

11-0

9 MAX

1.01

MIN -1

.26

11-1

0 MAX

3.07

MIN

-0.72

11-1

1 MAX

1.37

MIN -0

.33

11-1

2 MAX

0.49

MIN

-0.50

11-1

3 MAX

0.49

MIN -0.91

11-1

4 MAX

0.22

MIN -0

.93

11-1

5 MAX

0.55

MIN -1

.45

11-16 MAX

4.66

MIN -1

.45

1987

11-1

7 MAX

2.52

MIN

0 . 63

11-1

8 MA

X 1.48

MIN

0.00

11-19 MAX

1.40

MIN -0.08

11-2

0 MAX

2.08

MIN

-0.4

4

11-2

1 MAX

2.30

MIN -1

.10

11-22 MAX

2.25

MIN -1

.07

11-23 MAX

1.97

MIN -1

.18

11-24 MAX

1.62

MIN -1.15

11-25 MAX

2.46

MIN -1

.10

11-2

6 MAX

1.89

MIN -0.69

11-2

7 MAX

1.84

MIN -0.36

11-28 MAX

2.19

MIN -1.75

11-29 MAX

1.84

MIN -1.01

11-30 MAX

1.92

MIN -0.14

10





COND

, SENSOR LOCATED APPROXIMATELY 0.8 OF TOTAL

DEPTH (3


1987

12-01 MAX

1.67

MIN

0 . 16

12-02 MAX

1.34

MIN -0.41

12-03 MAX

1.75

MIN -0.03

12-04 MAX

2.32

MIN -0.52

12-05 MA

X 1.59

MIN -0.17

12-06 MAX

1.20

MIN -0.58

12-07 MAX

4.68

MIN -0.94

12-08 MAX

2.54

MIN

0 . 76

12-09 MAX

3-53

MIN -2.9^

12-10 MAX

4.24

MIN -2.85

12-11

MAX

1.58

MIN -0.28

12-12 MAX

4.98

MIN -2.11

12-13 MAX

2.08

MIN -0.11

12-14 MAX

4.43

MIN -1.43

12-15 MAX

4.87

MIN -0.47

12-16 MAX

4.52

MIN -0.74

1987

12-17 MAX

3.91

MIN -0.06

12-18 MAX

4.35

MIN

0.21

12-19 MAX

1.28

MIN -0.94

12-20 MAX

4.02

MIN -0.09

12-21

MAX

4.76

MIN

0 . 43

12-22 MAX

2.93

MIN

0 . 57

12-23 MAX

2.27

MIN

0 . 05

12-24 MAX

4.90

MIN

0 . 10

12-25 MAX

2.43

MIN

0 . 02

12-26 MAX

1.06

MIN -0

.01

12-27 MAX

4.65

MIN

0 . 24

12-28 MAX

0.90

MIN

0 . 35

12-29 MAX

5.04

MIN -2.25

12-30 MAX

5.01

MIN -0.97

12-3

1 MAX

4.54

MIN

0 . 54

1988

01-01

MAX

MIN

01-02 MAX

MIN

01-03 MAX

MIN

01-04 MAX

MIN

01-05 MAX

MIN

01-06 MAX

MIN

01-07 MAX

MIN

01-08 MAX

MIN

01-09 MAX

MIN

01-10 MAX

MIN

01-11 MAX

MIN

01-12 MAX

MIN

01-13 MAX

MIN

01-14 MAX

MIN

01-15 MAX

MIN

01-16 MAX

MIN

2.98

0-73 2.98

0.46

3.06

0.92

2.13

0.

87 ___

___

1988

01-1

7 MA

X MI

N

01-18 MAX

MIN

01-19 MAX

MIN

01-20 MAX

MIN

01-2

1 MAX

MIN

01-22 MAX

MIN

01-23 MAX

MIN

01-24 MAX

MIN

01-25 MAX

MIN

01-26 MAX

MIN

01-27 MAX

MIN

01-28 MAX

MIN

01-29 MAX

MIN

01-30 MAX

MIN

01-3

1 MAX

MIN

cr»

1988

02-01 MAX

MIN

02-02 MAX

MIN

02-03 MAX

MIN

02-04 MAX

MIN

02-05 MAX

MIN

02-06 MAX

MIN

02-0? MAX

MIN

02-08 MAX

MIN

02-09 MAX

MIN

02-10 MAX

MIN

02-11 MAX

MIN

02-12 MAX

MIN

02-13 MAX

MIN

02-14 MAX

MIN

02-15 MAX

MIN

02-16 MAX

MIN

1988

02-1? MAX

MIN

02-18 MAX

MIN

02-19 MAX

MIN

02-20 MAX

MIN

02-21

MAX

MIN

02-22 MAX

MIN

02-23 MAX

MIN

02-24 MAX

MIN

02-25 MAX

MIN

02-26 MAX

MIN

02-27 MAX

MIN

02-28 MAX

MIN

02-29 MAX

MIN

1988

03-01

MAX

1.36

MIN -0.80

03-02 MAX

1.06

MIN -2.09

03-03 MAX

2.38

MIN -0.53

03-04 MAX

4.35

MIN -1.87

03-05 MAX

1.23

MIN -0.47

03-06 MAX

1.39

MIN

0.16

03-07 MAX

0.95

MIN -0.14

03-08 MAX

1.53

MIN -0.20

03-09 MAX

1.59

MIN -0.83

03-10 MAX

5-12

MIN -2.88

03-11

MAX

4.27

MIN -2.77

03-12 MAX

4.73

MIN -2.83

03-13 MAX

3.83

MIN -2.09

03-1

4 MA

X 3.

03MIN -2.72

03-15 MAX

4.73

MIN -2.99

03-16 MAX

3.45

MIN -1.84

1988

03-17 MA

X 1.47

MIN -2.28

03-18 MAX

2.84

MIN -1.24

03-19 MAX

3.20

MIN -1.60

03-2

0 MAX

3.01

MIN -1.90

03-21

MAX

1.20

MIN -1.27

03-2

2 MAX

5-09

MIN -2.75

03-23 MAX

0.98

MIN -1.29

03-24 MAX

3.56

MIN -1.62

03-2

5 MAX

3.33

MIN -0.28

03-26 MAX

0.87

MIN -0.53

03-27 MAX

4.98

MIN -1.08

03-28 MAX

0.68

MIN -1.24

03-29 MAX

0.92

MIN -0.97

03-30 MAX

4.10

MIN -0.36

03-3

1 MAX

2.02

MIN -0.53


DAILY VELOCITY DA

TA,



DEPTH (3


1988

1988

1988

19

8804-01 MAX

1.17

04-17 MAX -0.01

05-01 MAX

0.51

05-17 MAX

0.13

MIN -0

.61

MIN -1.65

MIN -0.88

MIN -0.64

04-02 MAX

1.55

04-18 MAX

0-38

05-02 MAX

0.46

05-18 MAX -0.09

MIN -0.12

MIN -1.05

MIN -1.76

MIN -0.36

04-03 MAX

1.47

04-19 MAX

0.60

05-03 MAX

0.32

05-19 MAX -0.06

MIN -0.88

MIN -0.34

MIN -0.86

MIN -0.43

04-04 MAX

1.42

04-20 MAX

0-32

05-04 MAX

0.84

05-20 MAX

0.10

MIN -1.71

MIN -0.53

MIN -0.58

MIN -0-34

04-05 MAX

1.50

04-21

MAX

2.82

05-05 MAX

0-32

05-21 MAX

1.17

MIN -1.16

MIN -0.75

MIN -0.53

MIN -0.47

04-06 MAX

2.19

04-22 MAX

1.28

05-06 MAX

2.40

05-22 MAX

1.34

MIN -2.23

MIN -0.75

MIN -1.76

MIN

0.38

04-07 MAX

2.21

04-23 MAX

4.13

05-07 MAX

0.40

05-23 MAX

0-95

MIN -1.82

MIN -0.47

MIN -0.99

MIN -0.23

CT>

04-08 MAX

2.54

04-24 MAX

3.83

05-08 MAX

0.10

05-24 MAX

0.71

*"

MIN -2.36

MIN -0.55

MIN -1.35

MIN -0.36

04-09 MAX

1.55

04-25 MAX

0.13

05-09 MAX

0-35

05-25 MAX

0.62

MIN -2.12

MIN -1.16

MIN -0.77

MIN -0.36

04-10 MAX

1.17

04-26 MAX

0.46

05-10 MAX

0.60

05-26 MAX -0.17

MIN -0.69

MIN -0.66

MIN -1.02

MIN -0.36

04-11

MAX

0.54

04-27 MAX

0.13

05-11 MAX

0.27

05-27 MAX

0-38

MIN -0.83

MIN -0.61

MIN -0.66

MIN -0.34

04-12 MAX

3.86

04-28 MAX

0-54

05-12 MAX

0.02

05-28 MAX

0.40

MIN -2.14

MIN -0.80

MIN -0.91

MIN -0.36

04-13 MAX

1.06

04-29 MAX

0.71

05-13 MAX

0.05

05-29 MAX

0.13

MIN -0.39

MIN -1.46

MIN -0.72

MIN -0-36

04-14 MAX

1.14

04-30 MAX

0.40

05-14 MAX

0.62

05-30 MAX

0.27

MIN -0.47

MIN -1.79

MIN -0.61

MIN -0-36

04-15 MAX

1.91

05-15 MAX -0.17

05-31 MAX -0.01

MIN -0.72

MIN -0.55

MIN -0.36

04-16 MAX

0.79

05-16 MAX -0.12

MIN -0.77

MIN -0.50

CJ1

1988

06-01

06-02

06-03

06-04

06-05

06-0

6

06-07

06-08

06-0

9

06-10

06-11

06-1

2

06-13

06-14

06-15

06-1

6

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

1988

06-17

06-18

06-19

06-20

06-21

06-22

06-23

06-2

4

06-2

5

06-26

06-27

06-28

06-2

9

06-30

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

1988

07-0

1

07-02

07-0

3

07-0

4

07-0

5

07-06

07-0

7

07-0

8

07-09

07-1

0

07-11

07-12

07-1

3

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

___

---

---

___

---

---

1.14

-0.3

6

0.84

-0.2

5

0.68

-0.3

4

0.32

-0.3

6

TABLE 2A.--LOWER CALCASIEU RIVER AT BURTON LANDING, LOUISIANA, DAILY GAGE HEIGHT DA

TA,

SEPTEMBER 1986 TO JULY 1988

GAGE HEIGHT, FE

ET,

SEPTEMBER 1986

DAY

MAX

MIN

DAY

MAX

MIN

SEPTEMBER

1

16

6.62

5-66

2

17

6.82

5-

723

18

6.88

6.08

4

19

6.66

6.

085

20

6.78

6.

18

6

21

6.72

5-

947

22

6.76

6.02

8

23

6.84

5-98

9

24

7.06

6.26

10

6.82

5-96

25

7-36

6.

30

11

7-14

5.96

26

7.

16

6.02

12

6.84

5-32

27

6.94

5-88

13

6.56

5-

32

28

7-06

6.

0614

6.66

5-58

29

7-22

6.

2215

6.78

5.64

30

7-22

6.

32

vO -* vO CM O OO CMt t-l O -* CM

CM CM sO CM -* O CM i-l CT> CT>

OO OO OO O -* O <T>vO -* OO

sO VO-* OO O CM O vO CM OO

in in in in in minininm

o -* oo CM CM in in coco t

CM vO CMoo o vo in CM

o -* so oooo i-i CM

O CM vO OO -*CM mvo 1-1 o

vO -* O CM OO -*o o <r«oo~* vo

CM -* O CM vOin-* O CM CM -* vO -* CM O» OOOO

vO OOvO -* OOO OÔO O^-* O^ CM

I O -* Ii in-* i

in in in in in in-*

-* oooo -* oo t^ I-H o -* in o o

vo vd

in -* in-* in in

CM OOOO O vO vOCMOOO^ t^ in i-i co CM i-i tôo t

OO O OO OO CM vOvOvOOOOO-* " vO CM -* vO-* CM CO t>- CM -*

-*OOOOOvO OvOOOvO-* " " " t^ CM t^-* i-l

OO vO O OOO -* -* O^ O CM Cf*> 1-1

Sgininmcoin ininin in-* in in in invo-* in in in-* in in -*-* in in-* in

-* ooo -* ot«- O CO t- *

<t oo oo oo <t OCM-*OOO -*OOOOOO O-* O OO O vO CM CO CO CO CO CO

OO vOOO -*-*CM cooo -* in

OO vO OO vO CM O

OO vO Ô OO CM CM O CO vO C«-

OO vOOO CM vOco in-* -* in

-* OO O O CM «^>-* i-l OO O

CM CO CMo\oo-* vo coin

in-* in in in in in in in in in-* in in in in in in in in in in in in in

-* CM vO CM O-*

CM -* O O vO sfi t^ tÔOOO

OO -* vi> -* Ocoo-* mcr>

OO OO OO CM OOt^ in in in in

oo o CM -* co oovo oo oo co c«- t^

vO -* O CM O-* o <r> mo

vO O-* -*OOo t^t> * inCM vO

in in-* in in vo in in in in

O OOvO CM OO sC O <T> CM CM

O OOOO -* CM O O i-H

CM oo o ooo-* CO

OO -* CM -* Ovo o o oo in

O vO O -*OOoo cov^ in t^

o vo-* oooo OO O-* CMvOcoi-i o i-t in O CM I

. . . . . IvO >>O vO t^ t*-

-* CM CM O Oco-* oo in 1-1

OO -* O OvOo

OO CM O CM Oo o in moo

-* o vo vo oo CM -* o oo-* r-t -* t»- CT>-*

vO OO CM OOOO -* OO t^ t»- tÔO O

<>o <>o <>o <>o <>o

CMOO OO OCM-* o cr>

in in ̂ o in in

CM<r> CM vo

ininininm

CMOOCMOO-* CMOO-*CMOO CO OOOO CM vO O CM CO t> *

-*inininmvo

vO vO CM O CM-*in in t^

i-t CM co-* in tôo <r> o 1-1 CM co-* in <T>O i-l CM CO-* in i-li-li-ICM CMCMCMCMCM

vO tÔOCM CM CM CM COCO

67

O-* CO eg CMeg eg 1-1 eg eg

CO O CO VO vO-* in co eg co

<>0CO CM-* CO CM O OO i-l i-l

O CM 0-* -*Is- Is- r-i [-- in in in in in in in

vO OO -* >»O -*in<»O i-l Is- Is-

inmininin inininmin inin-*inin -*-* in-*-* in in in-* -*

ooo -* oo CMO-* -* eOt-

VO CM O O OO<r>-* -* CM <r>-*-* o o-*OOO O i-l i-l

OO CM OOO-*in-* in<r>CM 10 CM O O Omo-*-* -* oo -* oo oo -* -* moo <r>o

CM-*<tOCpP <«0vOCO-*CM CTN CTN O CO O CM

in m mm -*

CM -* -* >>O CM COCpsOvpCM O OO OO OO Ot

O CM OOO OOO

in in in in in-*m in in-* -* -*-*mmvO

_ .o-* OO-*OOCM-*OOÔCMCO CO-*>»Ot-O

00-*CM O O O O

in-*-*-*-*

O<r> o O CM -* -*ooêgcoco CMOOCOCO

CMOO-* Ô CM CMVOCO-* O CM O CM-* O CO -* OO O CO >»O O -* «»O Ô CM O-* O CM

-*O-*CMO -*CMO-*CM VO ~* OO O OO CMOO-*-*-* VO <M (M VO O OvOoovomvo-* ôr^-CMoocTN CTM--ineOi-i r-ir-i-*cor«- -jj-intôcTN CTN-*

OOCO-*O CM<tOOCO<^co co in co CM vocor-ioco C5 "^ ^D CO "^ CO OO Ô Ô O CO O C5 "^ O C5 C5 ^^ *^ Ô IO^N O^N f«-co-* -*inr-f»-co inborn coco " "inininmin inininmin inininmin inininmin -*-*mmm

vOvOCOCMCM >>O CM CM -* -* O VO OO v£> VO ITHTH CMf«-OCMCO -*TH^~~

ooo-* oô CM

CM-* 0000 00 ICM r-i inr«-oo i

-* CM-* CM - - CM

CM OvOOO O r-l CO O CM CM

CM-*-* CO CM r-l r-l r-l O>OO

-* CM COÔ CM-*

CO 00 Ô CM Om co CM-* m

eg CO O -* CTN r-l CO CTN I*-

-* in in in in in-* in in in in in in-*-* inininmin

-* CM ovoao i-t in f«-in CM

CM-* -* Ô CM _<r>cr>ooo<r> T-I o <NI vx> o oo co-* co -* -* o o o

COr-l CM COf«--* CM CM O -*00o co-^ cO <r>oo

in in mvo in

-*co O-*-* moo **

CM -*o

ooo o cof«-oo CM r-- v£> CO CO-* COm in oo oo t»

o oo oo oo oC--T-I oo ô m CM ô

>^> >£>-* CO CO r-l l-l VO O CM

O CM-* O CM O ONt>-00 O

m in m in-*

CM CM O CM 00r-i-* o CM <r> CM O CM CM -* Is-CO CM CM CM

00000m

CM -* -* CM OO I

vAininmin inininmin

*-\ CM co-* in t'-CO <T> Or-l r4 r-l CM

r-i CM co-* mCM CM (M CM CM

"^ C--OO <T> O r-lCM eg eg ca coco

68

CM SO O CM OO-*

CO OVÔOOO OO O OO t*- i-4

-* m m m m mmmmm

o -* so o o~>oo-*m m

O OSO O-* 11-4 o~~> m t*- oo i

m-* tr\ mm

-* O CM sOOO CM ,H OO 0>OO

CM CM CM OO O CM OO t^ O-*

-* O CM sO CM OsOOOCOOO HoocMfô^ iHsoooom

O -* CM sO Or- tôo mm

CM CM CM CM CM1-4 oo m m o

mmsOsOsO vOsOsOsOsO

co -* -* osoOO O t^ iH O

CM vi> CM CO-*o> t*- CO -* CM O<tCO i-t CM

<t CM CM sO 1 O OO t*- O^ 1

mso mmm mmmmm

o -* oo sOoo o o> rn ooso-* OO CM OO-*o OOCM o m

^ OOO -* CM OO O~~> i-l >-O OO

m m m-* m

OO CM CM -* CMoo moo 1-4 -*

OOsOsO CO i-4 O O O

t^so so so m LnsOsOsOsO sO sO sO sO

0000

so oo o CM so moo o>

OO vC CM CM OO CM OOO^ m CM

CM vC O CM OOOO mvO »-O r-t OOvC OO O OO

-* OOO CM -* CMoo oôooo m-*

-* -* in-* -*

CM SO-* OOO i-t O OO i-t O

m mm mso m oooo-* -* m m

>>O CM O <M >-OOO O^ O** i-i OO

>>O CM O CM OO <M CM OO OOOO

O-*CMsOOO CMSOOOOCOCM1-4 o o~~> o~~> o~> CM CM mmoooomso

sO sO sO sO sO t*- t m m mso m mmmsososo

CM CM -* -* OO-i-t r-- o -* OO O CM CMoo t^ t^vc r-- O O-* OsO i-4 OO t*- O O

m m m m m mmm mmmsosoo^" moo t^ o> m m m-* oo-* m

CO CM OOO O CM CM t^CO t--

O <«O[ o> CM COr-- 1 VO CM CO sO CO CM SO SO

mso t^co coCO COsO COCO O

sOsOsOsOsO sO sO m ITNsO sO

O

OO CM CO O CMrnso-* -4- PO OO O Ot-t t*- t*- t*-CO

O -* -* COCO CO CM<t O CM<r> oco o m

CM O O O O O CM CM CM O

mmmmm mmmmoo

sO CO CO sOOOco CM co moo

CM CM CO OCOmco O>CM IH

CO<t vi> O Ot-t<t

vi> <M -* SO CMo o o>co t*- (MCMCMCMCM CMCM-*-*(M I

sO *~O sO sO sO mmmsot*- cor-soso

CO CM -* -* CMt-t CM m m co

O OCO CM >>OCM r--co -* o

CO CO CO O O OvO O O Om o <M CM m

CO COCO -*SO CM in f- O CM

O OO O CM SO -* t*- t*- t-t O <M -*

m m-* -* m

CM SO O CM CMCM -* i-4 CM OO

o -* >>o>-oooOOOO i-t CM -*

m m m m m

oo -* vo oo ooCO OOO~~> i-t i-4

minsom m-*mmmm

-* OO OO sOOOt*- mso co oo

CM CM-* sO-* COoo in CM mm-*

sO sO sO sO v^ sO sO msO sO msO sO sO sO sO sO sO sO sO sO

IH CM oo-d- m CM oo-* m so tôo 1-4 CM oo-* mCM CM CM CM CM

sOCM CM CM CM COCO

69

QL

_ N) N) N) N> O VO 00-J OS

N>N>N>N>N> N) I-* I-* I-* I-* VJI *-U> N) I-* O vO 00-J OSN) »-» OvOOO-JOS

OSVJI OS OS OS OS OS OS -»J VJIOS VJI VJI VJI * * VJIOSOS OS

N) O N) N) OOH* 00 OS *- *-vO 00 N> N> I O

OOOSODON) N)OOOS*- N> O 00 I O

N> OU) vDvD N> OSO OOOO

P-vO O IV>

00 O OOOJV0 O N) 00 N) *-

*-Ul *- VJI

>] O vO I N> OO CO *- 1 OS

OS OS OS OS OS OS vjl VJI VJI OS OS OS OSVJI OS OS OS Os Os OS OS OS OS Os OS Os OS OS"*J "*J Os

ON>N>N>N>O O 0000 OSN)N) -* OOO O OS OS OS O OS

O O N) O H* N)OsOO£-Ok> *- *- 00 N> N> OSO-P-OOOS

N> N> O O vD O OS-P-OON)

VJI VJI VJI VJI VJI VJIVJI VJI VJI VJI *- *- Ck) VJI VJI VJIOS OSVJI *-*-!-* *-OSOO *- N> N>

OOO N) *-N> O> N) OSOOO

OOU1VJ1OS N) OS OS *-

I-* OS OSO 00 OOOS*-O *-00 OS N> OSO

00 00

OS OS OS OS OS -*j OS OS OS OS OS OS OS OS OS OS Os Os OS OS Os OS Os OS OS OS OS Os OS OS

I VJI *- N) *-VJl I *- *-OsO OS

N) H* O N> *- 00 N> 00 OS OSOOOOON>OS OOO*-N)N>

CJ OOVJI VJI -v] N) O O 00 N)

VJI *-*-VJlVJI

O OOvO O N>

VJI VJI VJI VJI VJI

OS

VJI VJI *- VJI VJI VJI VJI VJI VJI *- *- VJI VJI VJI VJI VJI VJI VJI VJI VJI

N) O VO »-» N) O 00 00 OSN)

VJI OSI-* O-J N) *-OS OS OS

. N) 00 *-OS N) OS

N) O H* N)VJI 00 OS OS * 00

OS OS OS OS "*J "*J OS OS OS OS OS OS OS OS

VJI -«J vO 00 H* O OO OOU) H* N> N> U) *-*-OSN)N) OS*-OSOOO OON>ON)OO

o -

VJIVJIVJIVJI VJI VJI OSVJI VJI VJI VJI VJI VJI VJI

VJl -J OS OS OSN)00 OOO N> N>N) *-OSO *-

TABLE 2B. LOWER CALCASIEU RIVER AT BURTON LANDING, LOUISIANA, DAILY WATER TEMPERATURE DATA,


WATER TEMPERATURE, DEGREES CELSIUS, SEPTEMBER 1986

DAY

MAX

MIN

DAY

MAX

MIN

SEPTEMBER

1

16

30-3

29-6

2

1?

30.4

29-0

3

18

30.4

29-4

4

19

29.8

29-0

5

20

29.3

28.6

6

21

29.4

28.5

7

22

28.8

28.1

8

23

29-7

27.6

9

24

29-4

28.5

10

29.9

25

-2

25

29.2

28.5

11

29.6

25

.4

26

29.6

28.5

12

30.1

25.5

27

30.5

28

.813

30.7

29-3

28

29.8

29

.214

30.7

28.5

29

29.6

28.9

15

30.2

29-3

30

29-4

29-0

TABLE 2B.--LOWER CALCASIEU RIVER AT BURTON LANDING, LOUISIANA, DAILY WATER TEMPERATURE DA

TA,

SEPTEMBER 1986 TO JULY 1988--CONTINUED


to

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

MAX

MIN

OCTOBER

29.4

29.1

29-7

30.2

29-5

28.0

26.6

26.4

26.4

26.3

25-9

25-4

23-2

23-0

22.3

22.7

23-0

22.8

22.4

22.0

21.7

21.4

21.6

22.1

22.3

22.5

22.2

22.6

22.4

22.6

28.8

25.0

28.5

25.2

25.0

27.0

25.9

25.2

25.1

25.0

25.0

22.4

20.7

21.7

21.0

21.3

21. 4

21.3

21.0

20.9

20.6

21.2

21.0

20.8

20.9

21.1

21.0

21.0

21.1

21.3

MAX

MIN

MAX

NO

VEM

BER

Dl

22.2

22.2

22.4

22

.222.2

21.2

21.3

22

.723-4

22

.7

22.2

20.5

18.9

16.6

15.8

16.7

18.2

19-3

19-9

20.8

20.0

20.1

20.6

20.4

19-5

18.5

17.4

16.2

15

-114

.8

21.5

21

.821

.321.4

20.5

19-5

19.7

21.4

22.2

21.8

20.6

18.9

15-7

14.8

14.6

15-3

16.6

17.7

18.6

18.8

19.2

18.7

19.8

19.4

18.6

17.4

16.2

15-1

14.6

14.4

15

-114

.714

.414

.113

-5

13.4

13.4 ___

18.8

16.7

16.4

14.8

14.4

15-8

15.1

15-5

13.6

12.4

11.8

10.7

11.6

10.7

10.0 9-5

9-8

___

___

___

MIN

DECEMBER 14.6

14.2

13-7

13.3

12.9

12-5

12.8

16.1

15.8

14.3

13-9

13-7

14.1

14

.0

13-7

12.0

11-7

10.8

7-9

7.9

7.4

8.7

8.9

8.7

MAX

MIN

JANUARY

11.3

11.4

12.0

11.6

10.6

10.5

10.6

11.3

11.8

12.5

12.5

12.1

11.5

11.0

10.3

9-

2 8.

9 9-1

9-2

9.6

9.6

10.8

12

.8

13.5

13

-9

10.

11.

11.

10.6 9-8

9-4

10.1

10.4

11.2

11.7

12.0

11.5

11.1

10.4 9.2

8.4

8.0

8.3

8.6

8.6

8.7

9-5

10.4

12.2

11.6

MAX

MIN

FEBRUARY

14.0

15.0

15-2

15-0

15.5

14.8

14.5

14.8

14.5

14.2

14.7

16.2

16.7

17-1

17.6

17.0

15-5

14.8

14.1

13-3

13-0

13-3

13-2

12.8

12.6

13.0

13-7

14.8 ___

12.6

13-5

14.1

14.3

14.0

14.2

13-5

13-4

12.8

12.6

13-5

14.2

15-1

15-7

16.9

15-7

14.2

13-4

12.5

12.4

12.4

12.3

12.5

12.2

12.1

12.5

12.6

13-6

MAX

MARCH

15.4

15-8

16.3

16.6

16.6

16.9

16.2

16.1 ___

16.4

15-7

15-6

15.4

16.0

17.2

18.6

18.5

18.0

18.8

19-9

19.3

20.3

20.1 ___

19.1

19.1

19.1

19.8

19.5

16.8

15.6

MIN

14.6

14.8

15-2

15-3

15-3

15.4

15.7

15.4 -..

15-7

14.6

13-9

14.0

14.5

15-5

16.3

17-9

17.3

17.1

17.8

18.3

18.8

19.3

18.1

18.1

18.2

18.2

17.2

15-2

13.2

CO


DAY

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

AUGUST

SEPTEMBER

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

16.5

16.9

16.7

17-0

15.9

15.9 17-3

18.6

19.0

20.8

21.3

20.6

20.1

20.7

21.2

21.8

22.2

22.5

23.4

23.2

23.8

23.8

23.4

23-6

24.1

24.8

24.6

24.7

13-0

15.2

14.6

14.7

14.9

15-2 ___

16.3

16.7

18.0

18.9

20.0

19-5

19-1

19-3

19-9

20.5

21.2

21.7

22.1

22.0

21.8

21.7

21.1

21.5

22.0

22.7

23-5

23-5

24.4

24.9

24.7

23.8

24.3

24.1

23.6

24.3

24.6

24.8

25-4

25.9

26.5

27-0

27.8

27.1

27.1

27.6

27.4

27.6

28.5

29.0

28.3

28.9

28.3

28.3

28.2

28.3

28.1

29.4

28.2

23.8

23.8

23-9

23-1

23-5

23.6

23.1

23-1

23-3

23.6

24.2

25.0

24.6

25-3

26.0

25-8

26.2

26.5

26.9

26.9

27.1

27.4

27.5

27.6

27.8

27.6

27.4

27-2

27-3

27-3

27.5

28.4

28.7

29.1

28.8

28.5

28.9 ___

___

___

___

___

___

27.7

27.0

27-3

27-9

28.2

28.8

29.4

29.8

29.2

29.9

29.7

29.7

29.7

29.3

27.4

27.8

28.1

27.8

26.9

26.6 ___ __

-26.6

26.5

26.4

26.7

27.0

27-3

27.7

28.2

27.9

28.3

28.2

28.0

28.2

28.1

28.3

27.3

27.6

27-6

28.7

28.8

28.5

28.0

27.9

28.9

29.6

30.5

30.3

30.2

30.0

29.9

30.4

31.3

31.2

30.1

30.2

30.9

30.7

31.0

31.7

31.4

31.2

31.1

31.8

32.1

32.4

27.0

26.4

26.3

26.7

27.4

27-7

27-5

27-5

27.2

27.3

27.8

28.2

28.7

28.8

28.7

28.8

28.6

29.6

29.7

29.0

28.6

29.4

29.8

29.7

30.2

29.8

29-5

29.9

30.4

30.3

30.6

32.4

32.6

32.4

32.1

32.3

32.2

31.8

31.8

31.6

30.7

30.6

30.8

31-1

31-5

31.9

32.0

32.3

32.2

33.0

32.9

33.5

32.9

32.7

32.3

32.1

31.9

32.1

33-0

31.7

31.1

30.4

30.6

30.6

31.2

31.2

31-1

30.8

31.0

30.7

30.3

29.7

29-5

29.4

29-6

30.0

30.2

30.9

30.9

3i.i

3i.i

31.2

31.6

31.3

31.6

31.4

31.1

31.1

30.8

30.8

30.4

29-5

28.7

29-5

29.4

29-7

29-9

29.9

29-7

29.8

30.6

30.2

29.9

29.7

30.1

29.8

30.4

30.2

29-9

29.1

29.4

29.7

29.1

28.3

27.9

27.1

28.2

27-5

27.3

26.7

26.3

26.2

25.9

28.1

28.0

27.8

28.1

28.6

28.9

28.9

29.0

29.1

28.9

28.9

28.6

28.4

28.4

29.3

28.0

27.9

28.7

28.4

27.6

26.9

26.9

25-7

25.8

26.0

26.1

25.7

25.7

25.5

24.7

DA

Y 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23

24 25 26

27 28 29 30 31

TA

BL

E

2B.-

-LO

WE

R

CA

LC

ASI

EU

R

IVE

R

AT

BU

RTO

N

LA

ND

ING

, L

OU

ISIA

NA

, D

AIL

Y

WA

TER

TEM

PER

ATU

RE

DA

TA

,SE

PTE

MB

ER

19

86

TO

JUL

Y

1988

CO

NT

INU

ED

WAX

.

WA

TER

T

EM

PER

AT

UR

E,

DE

GR

EE

S C

EL

SIU

S,

OC

TOB

ER

1987

TO

SE

PTEM

BER

19

88

MIN

M

AX

MIN

tA

AX

MIN

W

X

MIN

OC

TOB

ER

21.2

20.8

21.1

2

1-5

19.7

1

9-5

1

9-7

20.1

NO

VEM

BER

21.8

21.7

21.9

22.0

22.0

20.8

20 20 20 19

.9

17-8

17

-3

17-5

17

-3

17.9

19.

19.

18.

17.

16.8

16.2

15.8

16.2

16.7

17-0

16.4

16.0

15.4

15 14.9

20.5

20

.82

1.0

21

.12

0.9

19

-1

18

.7

19

.5

19

-9

17

.8

16.8

15

-8

15-8

15

.9

16.9

17-4

18

.4

17-6

16

.7

16.2

15.6

15

-2

15-4

15

.8

16.2

15-9

15

-3

14.8

14

.6

14.2

DEC

EMB

ER

14

.414

,14

,15 15-0

15-

15.

15

.015

. 15

-

16.0

16.1

16.3

17.2

16.5

14.2

13

-8

13-3

13

.9

14.7

14.4

14.0

14.5

16.1

17-4

17.5

17

.4

15-6

14

.6

13.4

14

.0

13.8

13

.4

13-7

14

.3

14.1

14.4

14.9

14.5

14.4

14.4

14.9

15

.4

15-2

16

.0

14.3

13.3

12

.11

2.2

13

.01

3.9

13

.8

13-7

13

-6

14.5

15

.9

16.9

15

-7

14.7

13

.512

.913

.0

JAN

UA

RY

14

.0

12

.5

11

-3

10

.79

-9 9.3

8.9

7-7

7.5

7-0

7.1

7-4

8.2

7.2

7-7

8.3

9-7

10.6

12.4

11-9

10.8

10.9

10.8

11.6

10.9

10.4

10.4

10.8

11.4

12.8

14.0

12.5

10.8

10.4

9-4

9-1

8.2

7.6

6.8

6.7

6.1

5-7

6.4

7-2

6.1

6.3

7.2

7-9

9-3

10.0

10.6

10

.0 9.3

9.5 10.5

10

.1 9.3

9.5

9.9 10.

11.

12

.4

mx.

MIN

FEB

RU

AR

Y

14.9

15-0

16.1

16.3

14.9

13.4

12.1

10.6

10.6

9.9

9-9

8-9

9-9

10.5

11.4

11.0

12.1

12.5

12.5

13.1

13.3

14.0

14.9

14.5

14.5

14.5

15.1

15.4

15-6

13

-713.9

15

-115.0

13-5

12.2

10.7

9-7

9.3

9.5 8.7

7-8

8-5

9-7

10.3

9.9

10.9

11.6

11.8

11.6

12.2

12.8

13

-613-6

13.0

13-6

14.2

14.5

14.9

WAX

. MA

RCH

16.9

___

17.7

16.7

16.5

17-3

17-2

17-3

17-5

17.4

17-4

18.3

17-9

16.6

16.5

15-9

15.5

15-1

14.8

15.2

15-5

15.9

16.4

16.8

18.0

20.1

19.4

19-9

20.6

19.7

MIN

15.4

16.2

15.1

15.0

15.5

16.1

17.0

16.6

16.3

16.7

17-3

16.8

15-3

14.9

14.9

14.9

13-5

13.5

13-2

13.4

15-0

15.4

16.1

16.5

17.7

18.0

18.5

19.5

18.3

18.9

18.2

WATER TEMPERATURE, DEGREES CELSIUS, OCTOBER 198? TO JULY 1988

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 17 18 19 20 21 22 23

24 25 26 27 28 29 30 31

26.8

25.5

MAX

APRIL

19-1

19.7

20.4

20.2

20.6

20.9

21.3

21.0

21.6

20.9

19-1

18.7

19-4

20.0

21.0

21.5

21.7

22.0

22.4

21.7

21.6

22.7

23-7

24.9

24.g

24.1

25.0

23-6

23.2

21.9

MIN

18.3

18.9

18.8

19.2

19-9

20.1

19-8

20.0

20.1

19.4

17.6

17-1

17.9

18.7

18.9

19-7

20.4

21.1

20.7

20.5

21.1

21.6

22.3

22.8

23-3

22.7

22.9

22.0

21.1

20.2

MAX

MAY

22.5

22.7

23.1

24.5

25.2

24.7

24.0

23.6

23.9

25.6

26.3

25.7

25.9

26.5

26.2

26.5

26.9

27.7

27.0

26.7

26.9

26.3

25.6

26.2

26.2

25.9 25.6

25.5

26.2

26.3

MIN

20.5

21.4

22.0

23.0

23-2

23.4

23-4

23-3

23.3

23-7

24.7

24.4

24.1

24.8

25.1

25.4

25-7

25.8

26.2

26.2

25-9

25-3

24.4

24.6

24.5

23-9

23-9

24.6

24.5

25.1

MAX

27.0

27-3

27.0

26.5

26.8

27.5

28.5

28.2

28.4

28.4

28.2

28.6

28.1

28.3

28.6

28.3

28.7

29-2

28.9

29.2

29.2

29-9

30.1

29.0

28.9

29.2

30.7

30.7

30.5

MIN

JUNE

26.0

26.4

26.4

25.7

25.1

25.4

26.0

26.4

27.1

27-3

25-9

26.6

26.6

26.8

27-4

27-5

27-7

27.8

28.1

27.7

28.2

28.2

28.1

27.7

27.7

28.3

28.6

29.2

29.5

MAX

30.6

3L3

31.4

30.6

30.0

29.2

28.9

28.5

28.4

29.0

29.7

29.6

29.7

30.6

MIN

JULY

29.6

29-9

30.0

29-9

29-1

28.1

27.6

27.1

26.9

27.4

28.2

28.7

28.9

29.3

TABLE 2C.--LOWER CALCASIEU RIVER AT BURTON LANDING, LOUISIANA, DAILY SPECIFIC CONDUCTANCE DATA,



DEGREES CELSIUS, SEPTEMBER 1986

DAY

MAX

MIN

DAY

MAX

MIN

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

3100

030

200

2890

029

100

2910

0

SEPTEMBER

30700

28600

22100

22000

25200

24300

26100

16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

28800

28700

29000

28500

28300

28100

28300

28100

28600

28800

29900

29600

28100

29100

29000

2650

024900

27000

26600

26600

2630

026000

25200

27100

27500

27100

24800

25000

2470

026200

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31


DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 1987

MAX

MIN

MAX

MIN

MAX

MIN

MAX JANUARY

OCTOBER

3010

0___

3010

029

000

2700

0

25500

26600

2870

028800

26400

30400

3110

030

500

28100

2700

0

2700

027

200

2700

026

500

2950

0

3080

031

000

3150

030400

27900

25600

25200

24200

22500

22200

24700

26200

26900

25700

22700

22600

22300

22900

24200

24200

25100

26800

25100

22600

24900

23700

22400

20700

22900

23800

24700

26500

27400

26600

23200

22100

20200

19000

17400

16200

20400

NOVEMBER

24900

28400

28800

28100

28300

25800

24200

22600

19000

19200

19900

18300

17600

21300

22100

24000

21700

21000

21200

21400

21800

25000

23000

20800

14700

10300

3900

2700

2500

3600

18500

21200

23000

24700

20400

18400

18400

16800

16300

15500

15900

15500

16700

16000

17100

17300

16100

14200

15300

17400

15400

19400

17600

11800

1070

0

4000

1600

1200

1100

1300

DECEMBER

Jj

4000

3000

2200

5400

4500

4700

6500

___

6700

6100

1050

011200

12500

13500

14500

11500

8900

6000

8800

4800

4900

5000

7100

4900

2200

1700

2400

3500 ___

4600

4800

1600

1500

1000

1500

2500

3000

4000

5100

4800

6000

7200

6300

9400

8000

7100

5500

4500

4200

3300

2900

3000

3900

2000

1600

1300

1100

1500 ___

2500

2600

___

___

___

___

__

___

___

___

15000

17100

8700

___

___

___

___

___

___

31900

9100

5900

1000

1300

1500

2800

3400

4400

5000

5300

MIN

MAX

MIN

IY

FEBRUARY

___

___

___

___

-.__

___

___

___

4100

4700

2300

___

___

___

_ _ _

___

___

___

9200

2000

1200

___

200

700

800

1400

1800

2000

2800

2800

7200

7000

4800

8400

12200

12300

13800

1390

016

900

20400

19500

19000

18800

1930

020400

17700

1260

010

200

21000

15300

20200

20300

1480

014000

1280

0

21500

7800

6000

___

3800

3500

1600

3100

5900

7100

7900

9200

1170

012

900

1430

012

900

1110

014

100

1730

0

12700

9300

7800

7300

1160

0

1420

013800

1080

010600

10300

7900

4300

2900 ___

___

MAX

MIN

MARCH

2500

700

600

600

2500

4000

3600

4800

___

___

___

10300

10000

10100

9800

9800

9800

9900

9800

9700 ___

9900 ___

7600

7400

7500

7700

7700

7800

7900

700

500

400

400

300

900

1300

2400

9100

9700

9100

8900

9000

8900

8900

9400

8900

8800

8900

8800

9000

9400

6900

6800

6800

6800

7300

7400

7100

V] 00

DAY

TABLE 2C.--LOWER CALCASIEU RIVER AT BURTON LANDING, LOUISIANA, DAILY SPECIFIC CONDUCTANCE DATA,

SEPTEMBER 1986 TO JULY 1988--CONTINUED


DEGREES CELSIUS, OCTOBER 1986 TO SEPTEMBER 1987

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

AUGUST

SEPTEMBER

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

7700

7700

7800

7700

7600

7600 ___

___

1680

015

000

1230

014

300

1410

014100

14600

1920

019

800

19400

16000

1650

0

1870

021100

22600

23200

26500

28100

26400

26500

27400

29600

6800

6700

7200

7100

7100

6800 ___

___

7800

7000

6300

10000

10600

6700

6500

5400

9300

9300

7400

9200

10800

1340

017

100

1930

019100

19200

1930

019

900

1680

020800

27500

27100

26300

27900

27500

27400

25800

26000

26600

26900

26100

24900

23800

24100

22500

21900

21600

1970

017

600

1790

0

17600

16000

18200

20100

20700

22800

22800

24100

21700

1960

019400

1850

022000

23000

24100

2440

0

23000

20300

22200

22300

22200

20400

19100

18400

18500

18200

17000

16000

14800

13000

9900

1350

012100

12700

14200

1580

0

16200

1970

018

800

16000

1310

014600

19200

1850

014

900

12200

1450

0

1550

019

300

20600

20800

21000

20400

1920

014100

14200

1240

0

_ __

7300

6600

3700

2900

2600

3200

5500

4700

5700

6100

7400

1460

018

300

1630

0

13100

12500

11200

10400

10400

11100

11300

12700

11400

10300

11100

12000

11200

10600

---

__ _

5800

3800

3100

2200

2000

2200

2100

3400

3100

3200

4400

4700

7100

1000

0

1060

065

004100

2900

2500

3800

4400

5000

7000

5200

5300

5600

5400

5600

4600

3800

3700

4900

7600

1010

0

1140

014

200

1350

015

900

1620

0

1480

016

400

1440

014

300

1410

013

200

6900

3900

2700

2000

1700

1700

2500

3200

3600

3800

3800

4300

3800

3900

3300

2800

2800

3000

4500

6500

6800

9400

10100

11800

11900

12100

10700

10000

10400

10700

11000

12900

13400

14000

1570

020000

20900

20000

22100

20700

23100

20400

18700

16800

1570

014400

1390

014

000

18100

1660

019200

21200

24000

25200

29700

28300

27900

27800

26800

28900

28100

27800

1100

09000

10700

1010

011000

11900

1210

014000

1730

016

500

1680

014

300

13200

8500

8900

8600

9100

8500

10500

1250

0

12600

15700

15100

18700

22200

22300

22900

2360

023500

24300

2330

0

3110

030

900

3110

032

400

3270

0

3310

033

000

3170

031

600

29900

29700

29900

29800

30200

3030

0

29300

28800

27900

26200

24100

27700

28200

3030

030200

3080

0

30000

30100

3080

031200

29200

21300

25200

25800

26500

27800

29000

29000

26400

25800

26000

26100

2630

022700

24700

2530

0

25400

26200

24700

21900

20900

20500

20400

22000

23400

26200

25500

26700

26400

27400

27100


DEGREES CELSIUS, OCTOBER 198? TO JULY 19

88

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

MAX

MIN

OCTOBER

31900

32600

31800

30500

32500

31700

31300

32400

32400

32000

32400

32000

31700

33800

3400

0

3390

033

700

3280

032

300

3250

0

3380

035

200

3500

035800

3550

0

3470

032

700

3140

031

400

3050

029

400

26500

27200

26000

25000

27000

27700

28100

27100

30900

30400

29100

28500

29900

29700

29700

31300

31900

28900

27900

30900

30600

31900

33000

32200

31900

31500

28000

25600

26500

26000

24600

MAX

MIN

NOVEMBER

28500

26200

27800

31300

32400

36700

35800

35600

3^500

32800

30700

33500

3310

032100

3600

0

3^30

021

400

10900

9100

7800

8600

8000

6700

8100

7900

8000

8400

7500

8500

8300 ___

23100

21800

23000

25200

27600

27500

31500

31200

30800

28900

27600

27900

27100

28500

29900

21800

11200

7800

6600

6000

5700

5100

4900

5400

6100

6000

6300

5700

5700

6700

MAX

MIN

DECEMBER

7700

9300

11200

11300

14700

18200

16200

11900

10300

15000

1080

010

700

12000

14200

11200

1440

019

400

21100

25200

20500

19100

20200

1540

013500

1350

0

10500

8600

7300

7800

1150

015

300

6100

6500

7900

7200

7800

9900

9900

8500

8300

8200

7400

7400

7600

8800

8300

9200

1010

012

800

1580

014

800

1360

014

200

1210

09700

8700

7800

6900

6100

6600

7400

1050

0

MAX

MIN

JANUARY

12800

12500

18200

17200

13800

21800

17600

12700

12100

11500

13500

12300

13600

17700

17300

17600

19400

15300

15100

1480

0

1230

012

300

1050

012

100

11200

1080

013

900

1470

016

400

1990

018

600

1030

010

400

10800

1030

010

100

1100

011

600

1050

010

100

8700

8400

9800

1080

099

0012

400

12400

14000

11000

11500

1140

0

1080

084

0089

008000

9400

8600

8300

9700

11300

1480

014

000

MAX

MIN

FEBRUARY

17500

1090

078

0063

0063

00

5500

6700

6200

6800

6800

8900

9500

9500

1040

011

200

1110

013

^00

13500

11300

9200

8400

7200

7100

8100

9300

9100

8900

8900

10000

10300

7800

6000

5300

5000

4800

4900

5100

5300

5600

6400

6300

7100

7600

8700

8400

9700

9900

8700

7500

6100

5100

5800

5700

6600

6600

6900

6900

7600 ___

MAX

MARCH

9700

___

1260

010900

8500

8500

7700

8200

7700

6000

5000

4200

4700

5600

6200

6700

7600

7000

7100

8700

8400

6400

6200

6600

6400

6300

7700

9200

9500

9500

1130

0

MIN

7500 ___

9900

8800

7300

7500

5900

6300

5800

4900

4200

3500

3500

4300

4500

5400

6000

5800

5900

6000

5600

4300

5100

5900

5400

5200

5800

7100

8000

8100

8600

CD

O

TABLE 2C.--LOWER CALCASIEU RIVER AT BURTON LANDING, LOUISIANA, DAILY SPECIFIC

CONDUCTANCE DATA, SEPTEMBER 1986 TO JULY 1988 CONTINUED


DAY

MAX

MIN

MAX

MIN

MAX

MIN

MAX

MIN

APRIL

MAY

JUNE

JULY

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

9200

8800

7000

6200

5800

5000

5600

5200

6800

8300

8600

9900

1240

015200

15100

16800

1780

017

400

18000

21400

20100

20000

20200

19600

25300

23800

2370

029

800

3290

030300

8000

6500

5900

5100

4800

4400

4300

4200

4800

5100

6700

7700

8500

9900

11100

11300

12000

1440

014400

11900

15100

1790

015900

16000

15900

1700

018800

18000

22900

22600

31100

31800

3040

029300

28600

28500

30200

30100

29800

28800

26700

26700

2730

026900

28300

29200

3080

029800

3130

033

000

3240

030

500

2300

020

900

2200

0

2420

030400

32900

3680

035200

3650

0

2440

024

400

28400

27100

2440

0

2450

024

800

28600

2880

025

800

2340

024

000

23400

2170

019700

20700

2300

022

100

2470

024

400

2750

023500

1880

016

600

1530

0

1790

020

700

26100

27000

28000

28900

3840

037

500

3730

035

200

3450

0

3270

032

400

3430

033^00

3260

0

3490

036

400

3880

039600

40000

4070

040900

3950

037

900

3990

0

41000

3990

040400

40000

4120

0

3820

036100

3530

0

3650

0

29800

3240

033

500

3160

029600

26300

27900

3050

024800

2440

0

27000

29400

2970

031

800

3210

0

32400

34600

34100

3250

033

500

3710

037

400

3700

036

400

3640

0

3460

030

700

3100

0

29300

3390

034

100

3220

032

300

3250

0

3250

037

200

3650

040

400

33^00

29000

29300

29500

28000

27900

28500

26800

25800

26000

28500

28100

27600

27500

25200

24100

22900

2330

022

400

00

M

TABLE

3 A. --LOWER

CALC

ASIE

URIVER

NEAR CAMERON,

APRIL 1987 TO

[DASHES

( ),

LOUISIANA, ONCE DAILY

AUGUST 1988

WATER

TEMPERATURE

DATA,

NOT RECORDED]

WATER TEMPERATURE, DEGREES CELSIUS, APRIL

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

APR

___

___

___

___

___

15-5

17.0

18.5

18.5

19-5

20.0

19.0

19.0 ___

20.0

20.0

21.0

22.0

22.0

21.0

21.0

22.0

22.0

22.5

24.0 ___

___

22.0 ___

MAY

22.0

22.0

23-5

23.0

23.0

23-0

22.0

22.0

23-0

24.0

24.0

24.0

24.5

25-5

25.0

25-5

24.5 ___

25-5

25-5

26.5

27-0

27-0

28.5

28.0

28.0

27.0

26.5

27.0

26.5

26.5

JUN

28.0

28.0

29.0

28.5

28.0

27-5

27-5

27-5

26.0 ___

25.0

27.0

27. o ___

27-5

27.0

27-5

27-5

27.0

27-5

28.0

29-5

29-5

28.5

33-0

33-0

30.0

30.5 ___

29-5

JUL

30.0

30-5

31-0

31-5

32.0

30-5

31-0

29.0

30-5

31-5

32.0

32.0

33-5

33-0

33-5

32.5

32.5

32-5

32-5

31.0

31-5

32-5

32.0

32.0

32.5

32-5

33-0

33-0

32-5

33-0

33-0

AUG

33.0

33-0

33-5

33-5

33-0

33-0

33.0

32.0

31-0

31.0 ___

32.0

32.0

32-5

32-5

33.0 ___

34.0

35-0

34.5

32.0

33.0

32-5

33-0

33-5

33-5

33-0

32.0

30.5

29-5

TO DECEMBER 1987

SEP

28.0

29-5

30.0

31-5

31-5

31.0

30.5

31.0

31.5

31.0

31.0

31.0

31-5

32.0

32.0

30.0

31.5

31.0

31.0

30.0

29.5

28.0

28.0

27.0

27.0

27.0

27.0

27.0

27.5

26.0

OCT

___

27-5

23-5

24.5

25.0

24.0

24.5

24.0

24.5

24.5

25.0

23.0

21.5

21.5

23.0

23-5

23-5

24.0

24.0

24.5 ___

21.0

21.0

22.0

22.5 ___

22.0

21.5

21-5

23.0

23.0

NOV

23.0

23-5

23-5

24.0

23-5

21-5

21-5

21.0

21.0

22.0

19.0

19-5

19-5

19-5

18.5

18.0

19.0

18.5

18.5

19-0

20.0

19-5

18.0

17.5

15.5

16.0

16.0

DEC

16.0

18.0

18.5

19.0

19.0

18.5

18.0

18.5 ___

___

___

___

___

___

___

___

___

___

___

___

___

___

___

11.5

11.0

11.5

15.0

15.0

00 ro

TABLE 3A.--LOWER CALCASIEU RIVER NEAR CAMERON, LOUISIANA, ONCE DAILY WATER TEMPERATURE DATA,

APRIL 1987 TO AUGUST 1988--CONTINUED

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

JAN

WATER TEMPERATURE, DEGREES CELSIUS, JANUARY TO AUGUST 198?

FEB

MAR

APR

MAY

JUN

JUL

AUG

13.0

12.5

10.0

9-5

11.5

8.0

7-0

7-0

6.0

8.0

10.0

8.5

___

9.0

10.0

11.0

11.0

12.0

12.5

12.5

10.0

10.5

12.5

12.0

12.0

12.5

13-0

13.5

15.0

___

16.0

16.5

16.0

10.0 7.5 6.0

7-0

9-0

10.0

10.0

12.5

12.0

12.5

___

14.5

14.0

14.0

14.5

14.0

16.0

15-0

12.5

14.5

15.0

15-0

16.5

17-0

17-5

14.0

16.0

16.0

___

18.0

18.0

18.5

18.5

19.0

19-5

19-5

15-0

16.0

16.0

16.0

13-5

14.0

15-5

18.0

18.0

18.0

19-0

16.5

20.0 ___

___

20

.020.0

20

.0

20.5

21.0

23-5

24.0

23-5

21.5

23.0

22.0

23.0

19

-5__

_18

.019

.020

.520

.5

22.5

23.0

24.0

23.0

24.0

24.0

24.5

23.0

26.0

24.5

25.5

22.5

25.5

22.5

---

23.5

24.0

24.0

25.0

___

25

-52

5-0

25.0

26.0

27.0

27

-526.0

26.5

28.0

27-5

28.0

27.0

27

-026.5

27

-027.0

26.0

27

-027.0

28.0

26.5

26.0

26.5

27.0

26.5

26.5

27.0

27.0

25.5

26.0

28.0

28.0

28.0

28.5

28.5

27.5

27.0

26.5

27.0

27.0

27.0

28.0

27.5

27.5

28.0

28.0

29.0

___

28.0

29.0

29.0

30.5

30.0

29-5

29.0

29-0

29.0

30.0

30.0

29.5

28.0

27.0

27.0

___

28.0

___

___

29.0

29.0

30.0

30.5

31-0

29-5

29-5

29-5

29.0

30.0

30.5

30.5

31.5

29.5

___

31.0

32.0

32.5

32.0

___

___

32.0

32.0

31.5

32.0

30.5

30.0

29.0

29.5

30.0

30.0

___

30.0

31.5

31.5

31.5

30.5

30.5

32.0

31.5

31.5

31.0

31.5 ___

31.5

31.0

30.0

29.5

CD

GO

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

TABLE3B. LOWERCALCASIEU RIVER NEAR CAMERON

CONDUCTANCE DATA,

SPECIFIC CONDUCTANCE,

APR

___

___

___

___

___

___

3460

036300

40500

40800

40200

33800

29700

___

4180

042

100

4170

041

600

46100

43100

4100

031700

37600

33000

28800

3520

044

900

4450

0

MAY

4460

042400

44200

45500

38700

33800

34200

3400

035

800

31000

3190

030400

3010

029

600

3260

035

500

3970

0

3880

038

100

3780

034

800

3410

036

500

3390

029

200

2150

021400

1800

019070

18960

JUN

21700

24000

23900

25800

3040

032400

33200

32300

28900

24000

23600

24900

35800

___

3340

033100

3280

017200

1295

012

080

1461

016

390

1889

019

070

1708

018

110

3600

037

000

34200

US/CM AT 25

JUL

26200

18020

12490

12570

10780

17060

18990

23500

21100

29100

27500

25800

1901

014

830

1366

013000

1254

013

740

1524

018

990

1544

015

470

2790

028

700

2560

019

680

1946

019190

1850

018

870

1642

0

APRIL 1987

, LOUISIANA

TO AUGUST

, ONCE DAILY

1988

SPECIFIC

DEGREES CELSIUS, APRIL TO

DECEMBER 1987

AUG

15420

15590

17370

19380

19900

27600

33000

___

40000

3440

0__

___

_25

400

2410

022

500

2530

027

200

___

2690

027

300

3120

031

600

4430

043

800

4270

041

500

3680

033

400

3090

029

500

3030

0

SEP

30200

30700

32600

3480

039300

40100

40400

41200

3770

036

400

3600

033

600

3340

030

100

3760

041200

4050

041400

3630

042800

4240

036

200

4190

040

600

3630

035

600

3660

036

400

3400

032

300

OCT

___

35600

3340

039

800

4000

039

900

3940

039

300

3830

036

100

3630

034

400

3480

036

600

3780

038

400

3630

038

100

4040

039

100

___

3890

039

300

3890

035

900

3480

034

800

3480

035

400

3600

036

400

NOV

37600

4010

040500

40900

41400

40800

41900

4010

038400

33900

35200

35300

35400

40500

42800

40800

34300

37400

32500

40200

40500

40800

30900

30500

22100

14400

14400

1390

013900

1870

0

DEC

1828

041000

40700

43100

40900

42000

24500

21900

___

1930

019

600

___

2930

038

800

___

___

43600

43900

45100

44100

3260

0__

_37400

31300

29500

25300

20200

20600

20600

45000

38300

00 It*.

TABLE 3B. --LOWER CALCASIEU RIVER

DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

SPECIFIC

JAN

21300

---

23200

22000

___

21400

21100

20200

19800

27900

29400

28000

38000

36600

31400

28400

28300

26600

22100

22800

24600

2230

017100

42000

43000

___

42200

41700

41700

CONDUCTANCE

CONDUCTANCE ,

FEB

___

2450

021

400

16100

18400

1210

016400

18000

12600

2900

024700

3510

038

600

3500

026

900

2760

017400

1970

016

200

3710

033

200

3550

037

900

3580

028

000

3190

027

400

NEAR CAMERON, LOUISIANA, ONCE DAILY SPECIFIC

DATA, APRIL 1987 TO

US/CM AT

MAR

32300

33200

25900

26600

29300

19400

25400

26300

2860

026000

30300

20200

35200

36100

34700

19200

37500

2380

036000

36900

39000

29300

2720

0

___

33900

22500

2160

0

25 DEGREES

APR

22800

15800

19700

14900

15200

16900

29200

38000

31800

33800

___

35600

40900

3500

037

500

3780

038

900

2840

039

000

3870

038

300

3910

035

300

3320

03^900

3220

035

900

3830

0 .

3110

0

AUGUST 1988- -CONTINUED

CELSIUS ,

MAY

29200

30000

29000

28100

___

40500

39^0

038

300

3760

035

000

3900

032

000

3380

033

900

39^0

039

400

42000

44200

44700

45200

43400

43800

42000

3700

038

300

42200

44400

46700

4790

043400

JANUARY

JUN

38200

36500

3770

038

700

39^00

38800

3800

036100

3630

033

900

3980

041400

4460

044100

4440

041300

40600

4190

042

900

4280

040500

39300

___

4000

036000

36200

3550

038

600

42100

42400

TO AUGUST

JUL

43800

45200

45000

40300

39500

38600

38000

41000

___

39700

___

___

4420

042

700

4100

040600

36800

3390

032800

33000

29100

29800

30800

32700

___

36500

43000

___

45000

44600

4430

0

1988

AUG

39400

___

3380

032

500

3490

034000

___

4720

047

600

4720

047

600

4180

037

400

___

2780

027300

28400

2190

026

400

27500

31700

3340

033

000

4480

038

500

___

4380

036

799

36700

3360

0

TABLE 4A. SALINITY PROFILE DATA, LOWER CALCASIEU RIVER, LOUISIANA,FEBRUARY AND MARCH 1987

SALINITY PROFILE NO. 1 FEBRUARY 26, 1987

[TEMP, TEMPERATURE; DEC C, DEGREES CELSIUS; DO, DISSOLVED OXYGEN; MG/L, MILLIGRAMS PER LITER; SPEC OOND, SPECIFIC CONDUCTANCE; US/CM, MICROSIEMENS PER CENTIMETER AT 25 DEGREES CELSIUS; SAL, SALINITY; PPT, PARTS PER THOUSAND; ORP, OXIDATION-REDUCTION POTENTIAL; MV, MILLIVOLTS; DASHES ( ), NOT RECORDED]

SITE NO,TIME

11100

21105

31120

41135

51217

»

DEPTH(FEET)

3.39.916.523.129.734.6

3.39.916.523.130.6

3.39.916.523.129.736.344.6

3.39.916.523.129.738.0

3.39.9

16.523.129.736.3

TEMP(DEC C)

11.411.411.411.411.412.0

11.211.311.311.412.2

11.211.311.311.712.512.8

11.311.411.411.411.812.6

11.411.411.411.411.712.6

PH(UNITS)

6.76.76.76.76.77.3

6.76.76.86.87.5

6.76.76.86.77.97.9

6.76.76.86.97.27.8

6.76.76.76.87.07.8

DO(MG/L)

8.18.28.18.07.77.0

8.18.18.17.46.2

8.08.07.87.3 7.1

8.07.97.97.77.27.8

7.97.97.87.87.35.8

SPECOOND

(US/CM)

425425515778

3,40012,000

5801,1001,1606,300

21,000

1,5001,3501,6001,500

30,60033,40033,800

1,8502,1002,6005,30016,80032,400

2,5002,7202,8003,7807,200

32,600

SAL(PPT)

0.00.00.00.00.86.3

0.00.00.13.112.0

0.20.20.30.618.520.821.1

0.50.70.92.48.7

20.1

0.81.01.11.73.520.2

ORP(MV)

+209+207+207+207+210+213

+222+222+219+225+229

+211+210+208+215+209+211

+194+194+193+195+197+203

+091+087+081+071+056+027

85

TABLE 4A. SALINITY PROFILE DATA, LCWER CALCASIEU RIVER, LOUISIANA, FEBRUARY AND MARCH 1987 CONTINUED

SITE NO,TIME

5A1200

61255

71310

7A1331

7B1341

91357

9B1652

ft

DEPTH(FEET)

3.39.916.5

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.9

16.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

TEMP(DEG C)

11.812.015.4

11.411.511.511.611.712.6

11.511.511.511.511.912.6

11.711.511.511.411.812.6

11.511.411.411.411.812.6

11.511.511.611.612.412.6

12.912.612.512.413.212.8

PH(UNITS)

6.77.07.0

6.76.86.97.07.27.9

6.76.76.86.97.47.8

6.76.76.76.97.37.8

6.66.76.76.87.27.8

6.86.87.07.27.87.8

7.07.27.37.27.67.9

DO(M3/L)

9.712.311.9

10.211.613.415.016.513.3

7.87.87.87.76.76.1

8.18.18.17.86.86.2

9.311.812.313.112.111.2

7.97.87.87.46.26.0

8.18.17.86.74.95.9

SPECOOND

(US/CM)

3,5104,82029,600

2,6002,6403,6109,20010,40034,400

3,1003,3303,4805,450

16,90034,100

2,9303,2403,2703,75011,00034,300

3,4803,7804,0904,75013,40034,000

4,5004,5805,4207,90027,50035,000

3,6904,2605,5909,200

22,90036,200

SAL(PPT)

1.42.118.2

0.90.91.54.95.6

21.6

1.21.31.42.69.0

21.5

1.11.31.31.66.2

21.5

1.41.61.82.27.4

21.3

2.02.12.53.716.722.0

1.51.92.74.813.723.0

ORP(MV)

_ _

-259

+120+114+106+106+093+080

+127+126+122+110+106+098

+134+132+127+121+120+116

+144+143+140+135+132+125

+141+138+134+130+130+133

+129+131+127+130+129+126

86

TABLE 4A. SALINITY PROFILE DATA, LONER CALCASIEU RIVER, LOUISIANA, FEBRUARY AND MARCH 1987--OONTINUED

SITE NO.TIME

10A1618

10B1627

10C1636

111406

131420

151430

171445

,

DEPTH(FEET)

1.63.36.67.3

1.63.36.68.2

1.63.39.916.523.1

1.63.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

TEMP(DEG C)

12.711.911.811.8

12.412.011.911.9

12.612.312.012.213.9

13.811.711.711.611.612.112.6

12.112.011.611.612.212.5

12.112.012.012.012.412.5

12.012.112.212.112.412.4

PH(UNITS)

6.96.86.86.8

6.96.86.96.9

6.96.97.07.17.0

7.16.96.97.07.07.67.9

6.96.96.97.17.87.9

6.97.07.17.27.98.0

7.07.17.27.68.08.0

DO(MG/L)

8.28.08.38.8

8.38.08.08.3

8.18.07.76.91.6

7.97.97.77.77.66.76.3

8.07.97.77.56.66.3

8.08.07.97.66.66.6

7.97.97.97.26.77.0

SPECCOND

(US/CM)

4,7505,9406,1706,410

5,0505,3406,0806,520

4,8805,1007,34010,80023,500

2,5504,2505,4106,9509,14019,40035,900

4,8505,2305,8908,38025,00035,100

5,0305,5106,2008,500

32,60035,700

7,0007,8008,31018,00034,90035,900

SAL(PPT)

2.22.93.03.2

2.32.53.03.2

2.22.43.76.1

14.0

0.91.92.53.64.811.322.7

2.22.42.84.315.121.9

2.32.63.13.920.722.2

3.54.04.310.521.922.6

ORP(MV)

+145+148+147+148

+154+154+156+158

+146+148+152+151+164

+126+134+139+139+137+133+131

+138+138+138+135+132+132

+135+134+131+132+126+128

+130+130+127+123+118+119

87

TABLE 4A.~SALINITY PROFILE DATA, LOWER CALCASIEU RIVER, LOUISIANA, FEBRUARY AND MARCH 1987--OONTINUED

SITE NO,TIME

191504

201515

1

DEPTH(FEET)

3.39.916.523.129.736.3

3.39.916.523.129.7

TEMP(DEC C)

12.112.012.112.312.412.4

12.112.112.112.212.3

PH(UNITS)

7.17.37.68.08.08.0

7.27.37.87.98.0

DO(MG/L)

7.97.87.47.17.07.1

8.07.87.37.27.1

SPECCOND

(US/CM)

7,9009,76018,50033,10035,30035,500

8,0008,590

20,00026,50034,900

SAL(PPT)

4.05.210.520.622.222.3

4.14.411.015.721.9

ORP(MV)

+138+133+133+127+129+132

+134+130+128+125+125

SALINITY PROFILE NO. 2

MARCH 12, 1987

11000

21010

31020

41035

1.63.39.916.523.129.734.6

1.63.39.916.525.429.736.3

3.39.916.523.129.736.3

3.39.916.523.127.936.3

14.514.414.414.414.515.014.9

14.614.514.414.414.915.015.0

14.514.514.414.815.015.0

14.514.514.414.715.015.0

6.26.26.46.56.77.47.3

6.26.26.26.37.17.47.4

6.26.36.57.07.47.4

6.26.26.46.77.47.4

7.37.07.06.96.96.67.6

7.07.07.06.96.16.05.7

6.96.96.96.25.95.7

6.96.96.86.45.85.6

441450630

1,8004,70016,30017,700

302340440520

11,00016,80018,300

480540540

14,30017,70019,800

540570

1,0008,00018,60022,000

0.00.00.00.52.19.210.2

0.00.00.00.05.09.711.3

0.00.00.08.010.211.7

0.00.00.04.510.713.2

+219+217+209+195+187+178+180

+208+211+210+194+191+197+203

+209+199+184+191+200+205

+204+204+196+194+200+207

88

TABLE 4A. SALINITY PROFILE DATA, LOWER CALCASIEU RIVER, LOUISIANA, FEBRUARY AND MARCH 1987--OONTINUED

SITE NO,TIME

51045

5A1055

61115

71130

7A1155

7B1205

91218

»

DEPTH(FEET)

3.39.9

16.523.129.736.3

1.63.39.9

15.2

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.9

16.523.129.736.3

TEMP(DEG C)

14.414.414.415.015.115.0

14.514.014.716.2

14.714.614.415.015.115.0

14.714.614.515.015.215.1

14.314.214.415.115.215.1

15.014.514.314.915.215.0

14.714.414.515.015.215.3

PH(UNITS)

6.26.36.67.17.57.4

6.26.26.66.9

6.26.26.37.27.67.5

6.26.36.57.27.67.6

6.36.46.77.47.77.6

6.26.26.57.77.77.6

6.36.46.57.37.67.7

DO(MG/L)

6.86.96.76.15.96.0

7.47.45.00.3

6.96.86.86.15.85.2

7.07.06.96.25.65.3

7.37.27.06.25.85.3

7.06.96.96.26.06.0

6.96.86.66.15.85.7

SPECOOND

(US/CM)

515610960

12,80018,50022,500

420400

1,40029,200

532540

1,00013,70020,00022,700

630850

1,05013,00020,50023,500

719740

1,53014,30020,40023,000

740740850

12,60020,60022,000

1,2501,9303,92013,50020,20022,000

SAL(PPT)

0.00.00.06.7

10.813.8

0.00.00.417.9

0.00.00.07.512.013.5

0.00.00.07.212.013.9

0.00.00.38.0

12.014.0

0.00.00.06.7

12.013.0

0.10.51.77.512.013.2

ORP(MV)

+210+201+185+190+190+198

+094+100+110-263

+125+124+103+058+040+027

+147+140+130+110+110+115

+154+153+136+126+123+130

+154+157+145+130+125+133

+149+150+145+133+129+132

89

TABLE 4A. SALINITY PROFILE DATA, LOWER CALCASIEU RIVER, LOUISIANA, FEBRUARY AND MARCH 1987 CONTINUED

SITE NO,TIME

9B1230

1QA1250

10B1330

10C1335

111530

131410

151420

1

DEPTH(FEET)

3.39.916.523.129.738.0

1.63.35.0

1.63.36.6

1.63.39.9

16.523.1

1.63.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.9

16.523.129.736.3

TEMP(DEC C)

14.514.914.915.015.215.0

14.914.714.6

15.315.014.4

15.314.513.913.613.6

15.415.014.714.715.215.215.2

14.914.514.615.015.115.2

14.614.314.714.915.115.2

PH(UNITS)

6.76.76.77.27.47.3

6.46.46.3

6.46.47.1

6.46.46.36.36.3

6.66.56.86.97.67.88.0

6.66.87.17.67.88.0

6.86.97.37.67.88.0

DO(MG/L)

6.15.46.05.65.63.2

7.47.37.2

7.07.06.4

7.67.67.57.37.3

7.17.06.76.66.15.95.7

6.96.86.76.26.05.7

7.27.16.66.46.25.9

SPECOOND

(US/CM)

1,9702,3506,400

15,80020,60022,900

2,7202,3202,380

2,2502,2302,320

1,3801,4201,4401,4801,490

1,9401,9303,1105,09016,70021,40025,000

2,1702,7006,10017,30020,80025,000

2,9904,85011,40017,00023,10028,000

SAL(PPT)

0.50.73.39.012.013.6

0.70.70.7

0.70.70.7

0.20.20.20.30.3

0.50.51.22.19.312.815.1

0.70.93.010.112.415.1

1.12.26.6

10.013.517.1

ORP(M7)

+025+014+052+106+100+100

+121+114+104

+138+138+134

+151+155+162+163+160

+128+132+128+125+123+119+120

+128+131+138+144+142+120

+129+130+133+125+120+119

90

TABLE 4A. SALINITY PROFILE DATA, LOWER CALCASIEU RIVER, LOUISIANA, FEBRUARY AND MARCH 1987--OONTINUED

SITE NO,TIME

171435

191448

201505

»

DEPTH(FEET)

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

TEMP(DBG C)

14.914.414.614.915.115.0

14.414.614.715.014.914.8

14.714.414.814.914.914.7

PH(UNITS)

6.86.97.27.67.98.0

7.07.27.47.88.08.0

7.07.27.58.08.08.0

DO(M3/L)

7.37.06.86.56.26.1

7.46.86.76.46.26.2

7.57.16.76.36.36.4

SPECOOND

(US/CM)

4,0206,020

10,86016,50024,60030,600

4,73010,00012,80021,50029,70031,700

4,1006,410

13,20023,60029,70031,800

SAL(PPT)

1.72.95.89.814.418.8

2.15.07.212.618.519.4

1.73.17.014.018.319.6

ORP(MV)

+125+126+125+119+114+115

+127+126+122+116+113+114

+132+132+132+125+125+130

SALINITY PROFILE NO. 3

MARCH 18, 1987

10718

20727

1.63.39.916.523.129.736.3

1.63.39.916.523.129.736.3

15.515.515.515.515.515.515.5

15.615.615.615.615.615.515.5

6.26.36.36.36.26.26.2

6.36.36.36.36.56.56.6

6.16.56.56.46.26.26.2

6.56.56.56.66.86.66.3

225214240233239252237

296303349405

2,0302,0301,980

0.00.00.00.00.00.00.0

0.00.00.00.00.50.50.5

+251+235+237+245+248+252+255

+242+242+238+228+209+204+199

91

TABLE 4A. SALINITY PROFILE DATA, LOWER CALCASIEU RIVER, LOUISIANA, FEBRUARY AND MARCH 1987--CONTINUED

SITE NO.TIME

30740

40800

50810

5A0821

60828

70840

7A0852

DEPTH(FEET)

1.63.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

1.63.39.9

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

TEMP(DEC C)

15.615.615.615.615.515.515.5

15.615.515.515.515.515.5

15.615.615.615.515.515.5

16.016.016.0

15.615.615.615.615.615.5

15.615.515.515.515.515.2

16.216.216.216.116.215.2

PH(UNITS)

6.36.36.46.56.56.56.6

6.36.36.46.46.46.5

6.46.46.46.56.66.6

6.86.86.8

6.46.46.56.56.76.8

6.56.56.56.56.77.5

7.17.07.07.07.17.6

DO(MG/L)

6.76.76.76.66.46.36.4

6.76.66.66.66.66.4

6.86.86.77.07.07.0

7.87.87.8

6.76.86.87.37.16.8

6.76.86.86.77.07.3

7.67.67.77.77.74.5

SPECCQND(US/CM)

539516540640

2,8003,7503,800

668801965

1,0101,8303,950

9851,1051,3741,9003,0803,080

2,3102,3102,340

1,4551,6101,6401,6702,5706,080

1,7401,7701,8002,4602,70021,500

2,2702,4102,5202,6102,67024,000

SAL(PPT)

0.00.00.00.00.91.41.8

0.00.00.00.10.31.4

0.00.00.20.51.21.2

0.70.70.8

0.30.30.40.40.93.6

0.40.40.40.81.1

12.6

0.70.80.80.91.0

14.1

ORP(MV)

+230+240+241+234+235+240+235

+230+235+232+229+222+219

+218+220+221+218+213+213

+127+117+086

+186+187+182+171+160+154

+187+190+188+187+176+173

+174+176+175+172+165+169

92


SITE NO.TIME

7B0912

90925

9B0938

1QA0954

10B1003

10C1014

111232

DEPTH(FEET)

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

1.63.37.3

1.63.36.9

1.63.39.916.523.1

1.63.39.916.523.129.736.3

TEMP(DEC C)

16.015.815.916.016.215.2

15.915.815.815.715.715.3

17.616.817.017.316.615.2

16.216.216.2

16.916.916.8

16.816.816.816.315.2

16.917.016.816.715.915.415.2

PH(UNITS)

6.76.76.76.87.17.4

6.66.66.66.76.97.2

7.27.17.17.27.27.4

6.86.86.8

7.07.07.0

7.06.96.96.96.8

6.96.96.96.96.97.37.6

DO(MG/L)

7.17.17.07.47.55.3

7.27.17.06.96.75.4

7.17.17.47.27.04.0

7.57.57.7

8.18.28.1

7.77.37.36.55.4

7.27.27.27.16.85.44.8

SPECOOND

(US/CM)

2,2202,3902,5002,7703,20020,600

2,4102,6702,7404,0305,600

16,300

3,1603,2703,5104,1509,940

23,400

3,2903,2803,330

3,8303,8403,850

3,9204,8504,8507,62011,320

3,3003,3003,4003,4004,10015,80022,200

SAL(PPT)

0.70.80.81.01.5

11.5

0.80.91.01.72.89.5

1.21.31.31.95.6

10.8

1.31.31.3

1.61.61.6

1.73.03.03.65.8

1.31.31.31.31.88.813.6

ORP(MV)

+172+179+178+170+164+170

+167+173+171+168+157'+151

+103+105+099+067+156+159

+156+159+159

+170+173+174

+170+176+176+182+188

+155+157+156+152+145+135+123

93


SITE NO.TIME

131033

151045

171058

191110

201120

DEPTH(FEET)

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

3.39.916.523.129.736.3

TEMP(DEC C)

16.316.316.015.915.815.2

16.516.216.116.015.715.1

16.716.416.616.215.514.9

17.116.816.516.215.915.4

17.316.716.516.316.015.3

PH(UNITS)

6.96.96.97.07.27.5

7.07.07.17.27.47.6

7.07.17.27.37.57.6

7.27.27.27.47.47.6

7.27.37.37.47.57.6

DO(M3/L)

7.17.06.96.76.65.1

7.37.16.96.75.85.0

7.37.27.26.65.65.1

7.77.67.16.76.35.7

7.77.37.06.76.45.7

SPECOOND

(US/CM)

3,7603,7803,8707,34011,10020,900

4,3905,2606,80010,50017,50023,500

4,8605,1206,92010,23018,90024,500

5,7106,5508,95012,70015,30020,200

5,8408,0609,80012,06015,10022,000

SAL(PPT)

1.61.61.93.46.312.6

2.02.53.35.87.413.8

2.22.45.15.6

10.714.9

2.73.34.96.88.912.0

2.84.25.46.78.813.0

ORP(M7)

+151+151+151+141+144+140

+150+149+147+143+137+134

+167+169+170+172+172+173

+156+155+153+148+154+157

+166+166+166+167+167+168

94

TABLE 4B.---WATER-QUALITY FIELD DATA, LOWER CALCASIEU RIVER, LOUISIANA, MAY AND AUGUST 1985 AND MAY AND JUNE 1986

SITE NAME TIME

CALCASIEU RIVERAT BUOY 47 1330

CALCASIEU RIVERAT BUOY 130 1815

CALCASIEU RIVER ATPETROLEUM REFINERY 1730

CALCASIEU RIVER ATINTRAOOASTAL WATERWAY

1635

CALCASIEU RIVER ATBURTON LANDING 1055

CALCASIEU RIVER ABOVEBAYOU SERPENT 1150

BAYOU SERPENT 1140

CALCASIEU RIVER BELOWBAYOU SERPENT 1130

CALCASIEU RIVER BELOWSALTWATER BARRIER 1250

DEPTH (FEET)

MAY

1.6 45.2

MAY

1.6 17.2 32.3

1.6 9.9

37.3

1.6 39.3

1.6 3.3 34.3

MAY

1.6 9.9

1.6 17.2

1.6 20.1

1.6 17.2

TEMP (DEG C)

8, 1985

25.9 25.2

9, 1985

26.1 24.0 23.3

27.5 26.1 24.0

26.8 24.8

25.5 24.4 24.4

10, 1985

24.8 24.2

25.1 23.2

24.6 23.4

25.2 23.8

PH (UNITS)

8.2

6.7

8.5 7.7

8.3

7.6

6.5 6.4

6.6 6.5

6.6 6.5

6.8 6.9

DO (MG/L)

8.0

4.7

11.1 7.3

11.0

6.8

6.0 5.6

6.0 0.7

6.0 3.4

4.3 1.8

SPEC OOND

(US/CM)

36,300 37,100

5,220 14,000 31,700

10,900 15,000 32,500

14,400 30,200

4,570 15,000 31,800

61 63

63 218

62 190

5,570 15,500

95

TABLE 4B. WATER-QUALITY FIELD DATA, LOWER CALCASIEU RIVER, LOUISIANA, MAY AND AUGUST 1985 AND MAY AND JUNE 1986 CONTINUED

SITE NAME SPECTIME DEPTH TEMP PH DO COND

(FEET) (DEC C) (UNITS) (MG/L) (US/CM)

MAY 29, 1985

CALCASIEU RIVER ABOVE 1.6 27.9 6.8 9.1 63 BAYOU SERPENT 18.2 26.0 6.2 6.4 62 1630

BAYOU SERPENT 300 1.6 27.4 6.6 8.6 59 FEET ABOVE MOUTH 16.2 24.5 6.0 0.6 117 1735

WEST FORK CALCASIEU 1855

1.6 16.5 26.4 42.9

27.2 23.3 24.9 25.3

6.6 6.2

6.5

6.2 0.3 0.3 0.4

363 502

4,160 8,250

MAY 30, 1985

CALCASIEU RIVER AT 1.6 27.9 7.6 8.1 5,730SHIP CHANNEL NEAR 13.2 27.5 7.2 5.5 7,680BUOY 130 26.4 26.5 7.2 1.1 20,0001700 42.9 24.6 7.2 0.4 25,700

CALCASIEU RIVER AT 1.6 27.9 7.6 8.4 5,360 BUOY 130 13.2 27.8 7.4 7.2 6,800 1730

CALCASIEU RIVER AT 1.6 29.3 8.5 9.2 13,100 BUOY 114 20.1 28.7 8.4 8.1 13,500 1615

CALCASIEU RIVER AT 1.6 29.0 8.6 9.9 14,400 BAYOU D'lNDE 8.9 28.4 8.2 7.2 15,500 1530

CALCASIEU RIVER AT 1.6 27.9 8.2 7.4 17,100 PETROLEUM REFINERY 28.0 26.3 7.5 0.8 23,600 1435

CALCASIEU RIVER AT 1.6 27.5 8.2 7.4 17,400 BURTON LANDING 9.9 27.4 8.2 7.2 17,400 1340

CALCASIEU RIVER AT 1.6 27.5 8.2 7.7 16,100 DEVIL'S ELBOW 32.1 27.0 8.0 6.1 17,900 1315

CALCASIEU LAKE 1.6 26.8 8.2 7.2 20,000 1215

CALCASIEU RIVER AT 1.6 27.1 8.0 4.8 34,500BUOY 47 NEAR CAMERON 9.9 27.1 8.0 4.7 34,5001100 19.8 27.0 8.1 5.0 34,600

96

TABLE 4B. WATER-QUALITY FIELD DATA, LOWER CALCASIEU RIVER, LOUISIANA, MAY AND AUGUST 1985 AND MAY AND JUNE 1986~OONTINUED

SITE NAME TIME

CALCASIEU RIVER ATBUOY 130 1130

CALCASIEU RIVER ATBAYOU D'lNDE 1630

CALCASIEU RIVER ATPETROLEUM REFINERY 0930

CALCASIEU RIVER ATBURTON LANDING 1130

CALCASIEU LAKE 1100

DEPTH TEMP DO (FEET) (DEG C) (MG/L)

1 5

13 35

1 9

20 45

1 5 9

20 43

1 9

20 44 45

1 4

AUGUST

.6

.9

.2

.3

.6

.9

.1

.2

AUGUST

.6

.0

.9

.1

.2

.6

.9

.1

.2

.2

AUGUST

.6

.0

28,

29. 28. 29. 30.

29. 30. 30. 30.

29,

30. 30. 30. 30. 30.

30. 29. 28. 30. 30.

30,

31. 30.

1985

0 5 0 0

5 0 0 0

1985

0 0 0 5 0

5 0 0 0 0

1985

5 0

5 5 0 0

7 1 0 2

7 5 21 2

8 3 4 21

-

.9

.3

.9

.4

.4

.0

.6

.1

.4

.7

.6

.5

.8

.8

.9

.0

.0

.9

SPEC COND

(US/CM)

6, 7,

31, 40,

12, 31, 40, 42,

19, 22, 28, 37, 44,

21, 35, 42, 43, 44,

31, 31,

,500 ,400 ,500 ,000

,000 ,000 ,000 ,500

,000 ,500 ,500 ,000 ,000

,000 ,000 ,000 ,000 ,500

,000 ,400

ORP (M7)

+300 +190

-100

+300 +240 +250 +240

+360 +400 +380 +280 +320

+400 +320 +260 +300 +160

+700 +700

SITE NAME TIME

CALCASIEU RIVER AT BUOY 130 1600

CALCASIEU RIVER 300 FEET DOWN STREAM FRCM BAYOU D'lNDE1530

SPECDEPTH TEMP PH DO COND SAL ORP (FEET) (DEG C) (UNITS) (MG/L) (US/CM) (PPT) (M7)

1.6 5.0

MAY 19, 1986

24.424.1

3.6 28.3

6.76.8

7.6

3.7 4,300 1.9 +1403.3 5,160 2.3 +140

7.9 10,600 5.3 +134

97

TABLE 4B. WATER-QUALITY FIELD DATA, LOWER CALCASIEU RIVER, LOUISIANA, MAY AND AUGUST 1985 AND MAY AND JUNE 1986 CONTINUED

SITE NAME TIME

BAYOU D'lNDEAT MOUTH 1550

INDUSTRIAL OUT FALL AT BAYOU D'lNDE1610

INDUSTRIAL OUT FALL AT BRIDGE 0.25 MILE ABOVE MOUTH1630

INDUSTRIAL OUT- OUTAT LOCKPORT MARSH BRIDGE0900

CALCASIEU RIVERAT BAYOUD'lNDE 1730

CALCASIEU RIVER AT BUOY 130 SHIP CHANNEL1800

CALCASIEU RIVERAT BURTONLANDING 1800

CALCASIEU RIVER AT PETROLEUM REFINERY1030

DEPTH (FEET)

3.3

7.3

8.2

3.3

TEMP (DEC C)

26.7

27.4

SPECPH DO COND

(UNITS) (M3/L) (US/CM)

7.7 8.0

7.8 8.3

8,800

9,820

35.0

MAY 20, 1986

34.1 7.6 5.2

SAL ORP(PPT) (MV)

4.6 +131

5.2 +091

7.3 6.2 12,900 7.1 +138

12,570 7.0 +184

1.6 41.2

1.6 42.9

1.6 21.1

1.6 11.2

26.4 24.5

26.8 25.4

26.3 24.2

25.5 25.0

8.0 7.1

7.0 7.6

MAY 21,

8.5 7.9

MAY 22,

8.0 7.8

9.0 4.1

6.8 3.0

1986

10.7 5.5

1986

10.7 5.4

8,010 4.1 31,500 12.9

4,740 2.1 28,700 17.5

16,600 9.7 27,800 16.8

16,600 9.7 20,800 16.8

+114 +145

+158 +127

+141 +156

+141 +156

98

TABLE 4B.~WATER-QUALITY FIELD DATA, LOWER CALCASIEU RIVER, LOUISIANA, MAY AND AUGUST 1985 AND MAY AND JUNE 1986 CONTINUED

SITE NAMETIME

CALCASIEURIVER AT1-10BRIDGE1620

CALCASIEURIVER ATBUOY 1141540

CALCASIEURIVER 300FEET UPSTREAM FRCMBAYOU D'lNDE1450

CALCASIEURIVER ATPETROLEUMREFINERY1400

CALCASIEURIVER ATBURTONLANDING1245

DEPTH(FEET)

1.64.011.919.827.735.638.0

1.64.011.619.124.127.134.637.0

1.64.011.919.827.735.638.0

1.64.011.919.827.735.6

1.63.611.218.826.434.036.0

TEMP PH (DEC C) (UNITS)

29.327.626.826.727.527.627.6

31.028.727.126.927.327.427.727.7

29.528.027.527.427.727.827.8

29.128.227.927.727.827.8

29.429.228.027.827.927.827.8

JUNE 18,

5.9 5.9 5.9 6.26.76.8 6.8

6.36.16.26.46.5 6.7 7.0 7.0

6.26.16.26.3 6.8 7.1 7.1

6.26.36.4 6.6 7.0 7.4

6.5 6.5 6.5 7.0 7.4 7.6 7.6

DO(MG/L)

1986

3.12.82.62.40.00.00.0

6.13.62.72.41.20.20.10.0

4.13.02.52.01.00.80.0

4.13.53.12.00.70.0

4.44.22.71.60.40.00.3

SPECOOND(US/CM)

8188123284

14,30017,50017,900

218181192390

8,40013,32018,90022,000

375736

1,3802,340

12,90023,00024,000

7911,1001,5706,45017,80028,800

2,2402,2403,47013,52027,20032,40032,300

SAL(PPT)

0.00.00.00.07.610.110.3

0.00.00.00.04.27.4

10.913.0

0.00.00.21.37.113.714.4

0.00.20.32.910.417.6

0.70.71.47.416.620.220.1

ORP(MV)

+212+211+198+153+040+018+008

+203+202+186+139+150+034-002-045

+177+184+168+108+072+052+063

+163+167+155+117+039-054

+154+150+140+089+041+021+099

99

TABLE 5.--PARTICLE-SIZE DISTRIBUTION OF BOTTOM MATERIAL, SUSPENDED-SEDIMENT CONCENTRATIONS, AND MISCELLANEOUS DISCHARGE MEASUREMENTS DATA FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AREA, LOUISIANA, 1984-87

[PERCENT FINER BY WEIGHT THAN INDICATED SIZE. IN MILLIMETERS (MM); MG/L, MILLIGRAMS PER LITER;DASHES ( ), NOT RECORDED]

PARTICLE-SIZE DISTRIBUTION OF BOTTOM MATERIAL, MAY 1985

SIZE

1.000.500.35 0.250.1770.1250.0880.074 0.06250.03120.01560.00780.0039 0.00195

1 SITE 1,

2,3, 4,5,

SITE 1

10096.659.511.25.02.41.81.6 1.4

___

2

10010078.6 75.870.869.067.666.6 65.832.625.518.815.3 9.6

3

99.890.434.53.11.30.50.30.3 0.2

4

100100100 98.895.891.281.877.6 75.646.933.531.322.7 18.5

5

10010099.7 95.788.881.972.967.3 64.052.135.832.122.7 18.5

BAYOU SERPENTWEST FORKCALCASIEU CALCASIEUCALCASIEU

CALCASIEURIVER RIVERRIVER

EAST OF MOSS BLUFF AT BUOY 130AT BAYOU D'lNDE

6

100100100 99.898.697.295.093.6 92.296.182.030.610.2 9.5

7

10010099. 95.84.74.61.65. 64.42.31.24.19. 14.

6, CALCASIEU7, CALCASIEU8, CALCASIEU 9, CALCASIEU

10, CALCASIEU

8

100100

8 84064 413621

RIVERRIVERRIVER LAKERIVER

99.8 98.493.481.265.858.4 54.841.227.723.920.7 17.9

9

100100100 99.897.290.080.474.6 70.843.428.724.921.4 18.2

10

10010099.6 98.292.681.865.257.2 54.043.739.937.731.3 23.0

AT PETROLEUM REFINERYAT DEVIL 'S ELBOWAT BURTON LANDING

AT BUOY 47

AUGUST 1985

SIZE

1.00000 00000 00000

.50

.35

.25

.177

.125

.088

.074

.0625

.0312

.0156

.0078

.0039

.00195

2SITE 1,

2,3,4,5,

2SITE 1

10010097.691.8 81.076.270.266.664.8 54.544.236.029.020.4

CALCASIEUCALCASIEUCALCASIEUCALCASIEU CALCASIEU

2

10010099.96. 91.82.72.65.64. 49.35.24.15.12.

RIVERRIVERRIVERRIVER LAKE

66 46088 75038

ATATATAT

3

100 10010098.97. 84.78.71.68.66.54.46.38.15.11.

BUOY

4

10066 24422 95062

130

9888 7773655957 3024211613

.6

.8

.8

.2

.0

.8

.8

.9

.9

.7

.3

.4

5

100100100100 99.98.95.91.88. 67.50.44.37.24.

66468 64365

3SITE

BAYOU D'lNDEPETROLEUM REFINERY

123

BURTON LANDING

NOVEMBER 1985

3SITE 1

10010010099.899.698.295.490.483.252.641.533.228.724.9

2

10010010098.693.887.877.273.069.656.840.836.727.721.4

3

10010099.292.280.068.060.055.451.851.834.530.024.318.5

CALCASIEU RIVER AT RAILROAD BRIDGE CALCASIEU RIVER AT PETROLEUM REFINERY CALCASIEU RIVER AT BURTON LANDING

100

TABLE 5. PARTICLE-SIZE DISTRIBUTION OF BOTTOM MATERIAL, SUSPENDED-SEDIMENT CONCENTRATIONS, AND MISCELLANEOUS DISCHARGE MEASUREMENTS DATA FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AREA, LOUISIANA, 1984-87 CONTINUED

[PERCENT FINER BY WEIGHT THAN INDICATED SIZE, IN MILLIMETERS]

INCREMENTAL PARTICLE-SIZE DISTRIBUTION OF BOTTOM MATERIAL FROM CORINGS OF THE LOWER CALCASIEU RIVER, LOUISIANA, MAY 19, 1986

CALCASIEU RIVER AT BAYOU D'lNDE CALCASIEU RIVER AT PETROLEUM REFINERY

CORE SECTION 1, (IN FEET) 2,

3. 4, 5.

SIZE

1.000.500.350.250.1770.1250.0880.0740.06250.03120.01560.00780.00390.00195

CORESECTION 1

10010099.694.679.673.669.267.065.453.642.735.728.720.1

2

10010099.898.094.092.290.489.488.479.175.061.252.99.6

0.1-0 0.6-1 1.1-1 1.6-2

. 2.1 - 2

3

10010099.696.891.490.088.688.087.463.254.645.338.627.5

.5

.0

.5

.0

.4

4

10099.898.294.486.082.075.470.867.449.139.934.529.023.3

5

10099.898.279.035.226.623.022.021.419.416.915.313.412.1

CORE SECTION: 1,(IN FEET)

CORESECTION 1

10010010010099.093.680.873.869.046.637.930.325.222.0

2,3,4,

2

10010010010010010010010010055.843.137.030.624.9

0.1 - 0.30.4 - 0.60.7 - 0.91.0 - 1.2

3

10010010010010010010010010077.270.362.753.844.9

4

10010010010010010010010010035.726.821.416.312.8

CONCENTRATION AND PARTICLE-SIZE DISTRIBUTION OF SUSPENDED SEDIMENT

CONCENTRATIONS, IN MG/L

DISTANCE (FEET) SAND

SILT ANDCLAY TOTAL

PERCENT FINER BY WEIGHT THAN INDICATED SIZE, IN MM

0.0625 0.0312 0.0156 0.0078 0.0039 0.00195

DISTANCE FROM LEFT BANK OF CALCASIEU RIVER AT BUOY 130, NOVEMBER 1, 1985

81 120160210250330370422486526

13 151728252758323319

48 424044424642594037

61 5757726773

100917356

---

100100100100100___

---

58.259.093.583.260.8

---

55.756.586.077.856.8___

---

50.951.375.266.750.7___

---

___

48.445.671.055.345.5___

---

44.140.354.647.542.5___

DISTANCE FROM LEFT BANK OF CALCASIEU RIVER AT PETROLEUM REFINERY, NOVEMBER 1, 1985

290440590700

5151917

6668

139141

7183

158158

100100100100

91.780.881.476.7

86.174.773.672.8

77.567.1

61.6

68.561.0

52.6

59.251.3

43.0

101

TABLE 5.--PARTICLE-SIZE DISTRIBUTION OF BOTTOM MATERIAL. SUSPENDED-SEDIMENT CONCENTRATIONS, AND MISCELLANEOUS DISCHARGE MEASUREMENTS DATA FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AREA, LOUISIANA, 1984-87 CONTINUED

CONCENTRATIONS. IN MG/L

DISTANCE SILT AND (FEET) SAND CLAY TOTAL

PERCENT FINER BY WEIGHT THAN INDICATED SIZE. IN MM

0.0625 0.0312 0.0156 0.0078 0.0039 0.00195

DISTANCE FROM LEFT BANK OF CALCASIEU RIVER AT BURTON LANDING, NOVEMBER 1, 1985

175350525620

7191613

77198190180

84217206193

100100

100

87.584.3

88.1

86.277.0

79.2

88.967.5

71.0

81.859.3

60.3

75.760.2

52.4

DEPTH, IN FEET; TOTAL CONCENTRATIONS, IN MG/L

CALCASIEU RIVER AT BURTON LANDING

CALCASIEU RIVER AT RAILROAD BRIDGE

CALCASIEU RIVER AT BAYOU D'lNDE

DEPTH TOTAL DEPTH TOTAL DEPTH TOTAL

134

921

3.29.6

16.022.428.8

59521883

3.811.419.026.634.2

86

101515

BAYOU D'lNDE AT INDUSTRIAL OUTFALL

CALCASIEU RIVER AT PETROLEUM REFINERY


DEPTH TOTAL DEPTH TOTAL DEPTH TOTAL

0.8 2.4 4.0 5.6 7.2

1113121012

0.9 2.7 4.5 6.3 8.1

910121113

3.711.118.525.933.3

4124171320

102

TABLE 5. PARTICLE-SIZE DISTRIBUTION OF BOTTOM MATERIAL, SUSPENDED-SEDIMENT CONCENTRATIONS, AND MISCELLANEOUS DISCHARGE MEASUREMENTS DATA FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AREA, LOUISIANA, 1984-87 CONTINUED

MISCELLANEOUS DISCHARGE MEASUREMENTS

[DISCHARGE IN CUBIC FEET PER SECOND, NEGATIVE NUMBERS INDICATE UPSTREAM FLOW]

LOWER CALCASIEU RIVER AT RAILROAD BRIDGE AT LAKE CHARLES, LOUISIANA, MARCH 1985 TO JULY 1987

DATE DISCHARGE DATE DISCHARGE

03-21-85 21,700 02-06-87 71704-11-85 -960 02-10-87 -1.61005-09-85 -924 02-11-87 3,23006-05-85 -3,050 02-23-87 4,34007-30-85 916 03-09-87 -1,470

11-01-85 71,000 03-10-87 15,80005-01-86 -2,370 03-17-87 6,81005-01-86 -1,750 04-08-87 59305-02-86 2,910 04-21-87 -1,860

05-02-86 1,990 04-22-87 1,60005-02-86 691 05-05-87 -1,710

06-18-86 -887 05-06-87 1,95001-13-87 6,330 05-19-87 -38301-13-87 8.310 06-03-87 6,010

01-13-87 7,470 06-15-87 6.520

01-13-87 4,390 07-14-87 5,540

01-13-87 -1,130 07-15-87 3,07001-13-87 -408

LOWER CALCASIEU RIVER AT BURTON LANDING, LOUISIANA, OCTOBER 1984 TO JANUARY 1987

10-24-84 45,200 05-01-86 -4,33003-21-85 30,500 05-01-86 -33,00004-10-85 -32,300 05-02-86 15,50004-11-85 -19,200 05-02-86 9,880

05-09-85 -30.000 05-02-86 7,03006-05-85 -29,400 01-13-87 23.30007-29-85 7.790 01-13-87 6,760

08-27-85 -2,140 01-13-87 -8.10005-01-86 -18.400 01-13-87 -481

MISCELLANEOUS DISCHARGE MEASUREMENTS OF THE BAYOU D'lNDE AREA. LOUISIANA.APRIL 1987 TO JUNE 1988

SITE NAME DATE DISCHARGE

INDUSTRIAL OUTFALL ABOVE 1-210 BRIDGE 04-15-87 253INDUSTRIAL OUTFALL ABOVE 1-210 BRIDGE 09-17-87 358INDUSTRIAL OUTFALL AT LOCKPORT MARSH BRIDGE 09-17-87 394BAYOU D'lNDE 0.5 MILE BELOW INDUSTRIAL OUTFAL 09-17-87 356INDUSTRIAL OUTFALL AT BRIDGE 0.25 MILE ABOVE BAYOU D'lNDE 06-21-88 333BAYOU D'lNDE 0.5 MILE BELOW INDUSTRIAL OUTFALL 06-21-88 975

103

TABLE 6.--CONCENTRATIONS OF VOLATILE SOLIDS, NUTRIENTS, TRACE ELEMENTS, VOLATILE AND METHYLENE CHLORIDE-

EXTRACTABLE ORGANIC COMPOUNDS, AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU

RIVER, LOUISIANA, MAY 1985

[<,

LESS TH

AN]

301832093065300 - CALCASIEU RIVER 3.

9 MILES EAST OF MOSS BL

UFF,

LOUISIANA

DATE

MAY 1985

29...

DATE

MAY 1985

29..

.

DATE

MAY 1985

29...

DATE

MAY 1985

29..

.

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

) 1

IRON

,DIS

SOLVED

(UG/L

AS FE

)

200

TIME

1730

NITRO

GEN,

NH4

+ OR

G.

TOT IN

BOT MAT

(MG/KG

AS N) <2

0

CADMIUM

DIS

SOLVED

(UG/L

AS CD) <1

IRON,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

5400

SOLIDS ,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

2380

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.06

CADMIUM

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) <1

LEAD

,TOTAL

RECOV

ERABLE

(UG/L

AS PB

) 1

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N) <0.1

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.03

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR)

<10

LEAD

,DIS

SOLVED

(UG/L

AS PB) 1

NITRO

GEN,

N02+N03

TOT.

IN

BOT MAT

(MG/

KG

AS N) <2.0

PHOS

PHOROUS

ORTHO,

DIS

SOLVED

(MG/L

AS P) 0.04

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR)

<10

LEAD

,RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS PB) 30

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.08

ARSENIC

TOTAL

(UG/L

AS AS

) <1

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G) 70

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

100

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.07

ARSENIC

DIS

SOLVED

(UG/L

AS AS) <1

COBA

LT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO) 2

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN

)

<10

NITR

O

GEN, NH4

TOTAL

IN BO

T.

MAT.

(MG/KG

AS N) 1.

9

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

GAS AS) 1

COBA

LT,

DIS

SOLVED

(UG/L

AS CO

) <1

MANGA

NESE,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G) 310

NITRO

GEN, AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N) 0.8

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/

LAS BA

)

<100

COPPER ,

TOTAL

RECOV

ERABLE

(UG/

LAS CU

) 3

MERCURY

TOTAL

RECOV

ERABLE

(UG/

LAS HG

)

<0.1

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(M

G/L

AS N) 0.

5

BARI

UM,

DIS

SOLVED

(UG/

LAS BA

)

<100

COPP

ER,

DIS

SOLVED

(UG/

LAS CU

) 2

MERCURY

RECOV .

FM BOT

TOM MA

TERIAL

(UG/

GAS HG

)

0.01

BARI

UM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS BA

)

200

COPP

ER,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS CU

) 5

SELE

NI

UM,

TOTAL

(UG/

LAS SE

) <1

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

1000

SELE

NIUM,

DIS

SOLVED

(UG/L

AS SE

) <1

DATE

MAY 1985

29...

SILVER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG)

SILV

ER,

DIS

SOLVED

(UG/L

AS AG

) <1

ZINC

,TOTAL

RECOV

ERABLE

(UG/L

AS ZN

) 10

ZINC,

DIS

SOLVED

(UG/L

AS ZN

) 10

ZINC,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS ZN) 20

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 9.

2

CARB

ON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 1.

1

CARB

ON,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/

KGAS C) 0.

2

CARB

ON,

INOR

GANIC,

TOT IN

BOT MAT

(G/K

GAS C) 0.

1

CARB

ON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/KG

AS C) 0.

3

Dl-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) <3

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L) <3

1,2-Dl-

CHLORO-

BROMO-

CH

LO

RO

-D

l-

BR

OM

O-

CH

LOR

O-

DATE

MAY 1985

29...

ETHANE

TOTAL

(UG/

L) <3

FORM

TOTAL

(UG/

L) <3

METHANE

TOTAL

(UG/L) <3

FORM

TOTAL

(UG/

L)

<;

TOLU

ENE

BEN

ZEN

ETOTAL

TOTAL

(UG/L)

(UG/

L)

<3<3

ACE-

ACE-

NAPHTH-

NAPHTH-

ANTHRA-

YLENE

TOTAL

(UG/L)

<5

ENE

TOTAL

(UG/L)

<5

CENE

TOTAL

(UG/L)

<5

AN-

A-

BENZO B

BENZO K

FLUOR-

FLUOR-

BENZO-

AN-

THENE

TOTAL

(UG/L)

THENE

PYRENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

O

U1DATE

MAY 1985

BIS

BIS

BIS (2

-2-

(2

- CHLORO-

N-BUTYL

CHLORO-

CHLORO-

ISO-

BENZYL

ETHYL

ETHOXY)

PROPYL)

PHTHAL-

CHLORO-

CHLORO-

CHRY-

ETHER

METHANE

ETHER

ATE

BENZENE

ETHANE

SENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(U

G/L)

(U

G/L)

(UG/L)

(UG/

L)

(UG/L)

<5<5

<5<5

<3<3

Dl-

DIETHYL

METHYL

PHTHAL-

PHTHAL-

ETHYL-

FLUOR-

FLUOR-

ATE

ATE

BENZENE

ANTHENE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

<5<5

<3<5

<5

DATE

MAY 1985

29...

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<5

INDENO

(1.2.3-

CD)

PYRENE

TOTAL

(UG/

L) <10

ISO-

METHYL-

PHORONE

BROMIDE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

N-METHYL-

NITRO-

N-NITRO

N-NITRO

ENE

SODI-N-

-SOD

I-

-SODI-

CHLO-

PROPYL-

PHENY-

RIDE

TOTAL

<5

(UG/

L)

<3

<3

AMINE

TOTAL

(UG/

L)

LAMINE

TOTAL

(UG/

L)

METHY-

NITRO-

LAMINE

BENZENE

TOTAL

TOTAL

(UG/

L)

(UG/L)

<5<5

<5<5

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

DATE

MAY 1985

29...

PHENAN-

THRENE

PYRENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<5<5

TETRA-

TRI-

1,1-

DI-

1,1,

1-CHLORO-

CHLORO-

1,1-

DI-

CHLORO-

TRI-

ETHYL-

ENE

TOTAL

(UG/

L)

<3

FLUORO-

CHLORO-

ETHYL-

METHANE

ETHANE

ENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

<3

(UG/L)

<3

<3

1,1,

2-TRI-

CHLORO-

CHLORO-

CHLORO-

ETHANE

ETHANE

ETHANE

TOTAL

(UG/L)

TOTAL

(UG/L)

BENZOGH

BENZO A

1,1,2,2

I PERYL

ANTHRAC

TETRA-

ENE1.12

ENE1.2-

-BENZOP

BENZANT

ERYLENE

HRACENE

TOTAL

TOTAL

(UG/L)

(UG/

L)TOTAL

(UG/

L)

<3<3

<3<5

TABLE 6.--CONCENTRATIONS OF VOLATILE SO

LIDS

, NUTRIENTS, TRACE ELEMENTS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE

ORGANIC COMPOUNDS, AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER, LOUISIANA, MAY

1985--CONTINUED

DATE

MAY 1985

29...

DATE

MAY 1985

29...

O

CTi

DATE

MAY 1985

29...

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2-NITRO-

PHENOL

TOTAL

(UG/L)

<5

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/L) <3

0

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L)

<3

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L)

<3

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L)

<3

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L)

<5

PHENOL

(C6H-

50H)

TOTAL

(UG/L)

<5

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L)

<5

NAPHTH

ALENE

TOTAL

(UG/L)

<5

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

l,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L)

<3

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/L)

<5

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5

VINYL

CHLO

RIDE

TOTAL

(UG/L) <3

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L)

<3

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<3

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L)

<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2-CHLORO-

PHENOL

TOTAL

(UG/

L)

<5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

<5

301824093063600 - BAYOU SERPENT 4.

2 MILES EAST OF MOSS BLUFF, LOUISIANA

DATE

MAY 19

85

29...

TIME

1800

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

60300

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/

KG

AS N) <2.0

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.11

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/

L AS N)

0.10

NITRO

GEN, NH4

TOTAL

IN BOT.

MAT.

(MG/KG

AS N)

58

NITRO

GEN , AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N) 0.8

DATE

MAY 1985

29...

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.6

NITRO

GEN.

NH 4

+ OR

G.TOT IN

BOT MAT

(MG/KG

AS N) 0.2

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.07

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.04

PHOS

PHOROUS

ORTHO,

DIS

SOLVED

(MG/L

AS P) 0.02

PHOS

PHOROUS

TOTAL

IN BOT.

MAT.

(MG/KG

AS P) 36

0

ARSENIC

TOTAL

(UG/L

AS AS

) <1

ARSENIC

DIS

SOLVED

(UG/L

AS AS) <1

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS) 6

BARIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA)

<100

DATE

MAY 1985

29..

.

DATE

MAY 1985

29..

.

DATE

MAY 1985

29..

.

BARI

UM,

DIS

SOLVED

(UG/L

AS BA

)

<100

COPP

ER,

DIS

SOLVED

(UG/L

AS CU

) 3

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1

CARB

ON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

BARI

UM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS BA) 30

COPP

ER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CU) <1

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.06

CARB

ON,

INOR

GANI

C,TOT IN

BOT MAT

(G/KG

AS C)

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) 1

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

1500

SELE

NIUM

,TOTAL

(UG/L

AS SE

) <1

CARB

ON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/KG

AS C)

CADMIUM

DIS

SOLVED

(UG/L

AS CD) <1

IRON

,DIS

SOLVED

(UG/L

AS FE

)

170

SELE

NIUM,

DIS

SOLVED

(UG/L

AS SE) <1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L)

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CD) <1

IRON

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

1900

SILV

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG

) <1

ANTHRA

CENE

TOTAL

(UG/

L)

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR)

<10

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB

) 9

SILV

ER,

DIS

SOLVED

(UG/L

AS AG

) <1

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L)

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR)

<10

LEAD

,DIS

SOLVED

(UG/L

AS PB

) 2

ZINC,

TOTAL

RECOV

ERABLE

(UG/L

AS ZN) 20

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L)

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 20

LEAD,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 10

ZINC

,DIS

SOLVED

(UG/L

AS ZN

) 10

BENZO-

A-PYRENE

TOTAL

(UG/

L)

COBALT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) 1

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN)

150

ZINC,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS ZN) 1

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L)

COBALT,

DIS

SOLVED

(UG/L

AS CO) <1

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN) 30

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 7.2

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L)

COPPER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU) 2

MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 300

CARBON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 1.

2

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L)

160.

116

<5<5

<5<5

<5


LIDS



1985--CONTINUED

DATE

MAY 1985

29...

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

CHRY-

SENE

TOTAL

(UG/

L) <10

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

FLUOR-

ANTHENE

TOTAL

(UG/

L)

<5

FLUOR-

ENE

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5

O CD

DATE

MAY 1985

29...

INDENO

HEXA-

(1,2

,3-

CHLORO-

CD)

ETHANE

PYRENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

<5

<10

N-NITRO

N-NITRO

DATE

MAY 1985

29...

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L)

<5

-SODI-

METHY-

LAMINE

TOTAL

(UG/

L)

<5

NITRO-

BENZ

EN1

TOTAL

(UG/

L)

<!

PARA-

CHLORO-

META

PHENAN-

CRESOL

THRENE

PYRENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

BENZOGH

BENZO A

I PERYL ANTHRAC

ISO-

PHORONE

TOTAL

(UG/

L)

<5

1,2,5,6

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

<5

ENE1.12

ENE1,2-

1,2-DI-

-DIBENZ

1,3-DI-

-BENZOP

BENZANT

CHLORO-

-ANTHRA

CHLORO-

ERYLENE

HRACENE

BENZENE

-CENE

BENZENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

<30

<5<5

<5

2-1,

4-DI

- CHLORO-

2-

CHLORO-

NAPH-

CHLORO-

BENZENE

THALENE

PHENOL

TOTAL

TOTAL

TOTAL

DI-N-

2-

OCTYL

2,4-DI-

2,4-DI-

2,4-DI-

NITRO-

PHTHAL-

CHLORO-

METHYL-

NITRO-

PHENOL

ATE

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

<5

<10

<5

2,4,

- 2,4,6-

DI-

TRI-

2,6-DI-

NITRO-

CHLORO-

NITRO-

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

<5<5

<5<5

<5

DATE

MAY 1985

29...

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

4,6-

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/L) <3

0

PHENOL

(C6H-

50H)

TOTAL

(UG/

L)

<5

NAPHTH

ALENE

TOTAL

(UG/

L)

<5

<5

PENTA-

<5

BIS(2-

ETHYL

HEXY

L)

<20

DI-N-

BUTYL

<20

<5

CHLORO-

PHTHAL-

PHTHAL-

PHENOL

ATE

ATE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

HEXA-

HEXA-

CHLORO-

CHLORO-

BUT-

BENZENE

ADIENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

<30

<5<5

301552093123500 - WEST FORK CALCASIEU RIVER 1.

0 MILE NORTHWEST OF GOOSPORT, LOUISIANA

DATE

MAY 1985

29..

.

TIME

1845

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

35300

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

0.20

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.14

NITRO

GEN,

N02+N03

TOT.

IN

BOT MAT

(MG/KG

AS N) <2

.0

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.16

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.16

NITRO

GEN,

NH4

TOTAL

IN BO

T.MAT.

(MG/KG

AS N)

12

NITRO

GEN,

AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N) 0.6

<5 NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.

7

<5

DATE

MAY 1985

29..

.

NITRO

GEN, NH4

+ ORG.

TOT IN

EOT MAT

(MG/KG

AS N) 77

0

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.06

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.02

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/L

AS P) 0.02

PHOS

PHOROUS

TOTAL

IN EOT.

MAT.

(MG/KG

AS P) 260

ARSENIC

TOTAL

(UG/L

AS AS) <1

ARSENIC

DIS

SOLVED

(UG/L

AS AS) <1

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS)

4

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA)

<100

BARI

UM,

DIS

SOLVED

(UG/L

AS BA

)

<100

DATE

MAY 1985

BARI

UM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS BA)

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD)

CADMIUM

DIS

SOLVED

(UG/L

AS CD

)

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD)

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

)

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR

)

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G)

COBA

LT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO)

COBA

LT,

DIS

SOLVED

(UG/

LAS CO)

COPP

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU)

COPPER,

DIS

SOLVED

(UG/L

AS CU)

COPP

ER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CU)

40<1

<130

DATE

MAY 19

85

29..

.

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

IRON

,DIS

SOLVED

(UG/L

AS FE)

IRON

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB)

LEAD

,DIS

SOLVED

(UG/L

AS PB

)

LEAD

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB)

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN)

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN

)

MANGA

NESE

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G)

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS HG)

1100

250

2200

10380

310

340

0.03

DATE

MAY 1985

29..

.

SELE

NIUM

,TOTAL

(UG/L

AS SE

)

SELE

NIUM

,DIS

SOLVED

(UG/L

AS SE)

SILVER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG)

SILVER,

DIS

SOLVED

(UG/L

AS AG

)

ZINC,

TOTAL

RECOV

ERABLE

(UG/L

AS ZN

)

ZINC,

DIS

SOLVED

(UG/L

AS ZN

)

ZINC,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS ZN)

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C)

CARB

ON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C)

CARB

ON,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/KG

AS C)

CARB

ON,

INOR

GANIC,

TOT IN

BOT MAT

(G/KG

AS C)

<1<1

<1<1

1020

8.9

0.5

110.1

DATE

MAY 1985

29..

.

CARB

ON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/KG

AS C)

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L)

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L)

ANTHRA

CENE

TOTAL

(UG/L)

BENZO B

FLUOR -

AN-

THENE

TOTAL

(UG/L)

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L)

BENZO -

A-PYRENE

TOTAL

(UG/

L)

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L)

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L)

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L)

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L)

11<5

<5<5

<5<5

<5<5

TABLE 6.--CONCENTRATIONS OF VOLATILE SOLIDS, NUTRIENTS, TRACE ELEMENTS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE

ORGANIC COMPOUNDS, AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RI

VER,

LOUISIANA, MAY

1985--CONTINUED

DATE

MAY 1985

29-.

.

DATE

MAY 1985

29..

.

DATE

MAY 1985

29...

DATE

MAY 1985

29..

.

CHRY-

SENE

TOTAL

(UG/L) <1

0

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/L)

<5

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

NITRO

BENZENE

TOTAL

(UG/L)

<5

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L)

<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

FLUOR -

ANTHENE

TOTAL

(UG/L)

<5

PHENAN-

THRENE

TOTAL

(UG/

L)

<5

2-NITRO-

PHENOL

TOTAL

(UG/L)

<5

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/L) <3

0

FLUOR -

ENE

TOTAL

(UG/

L)

<5

PYRENE

TOTAL

(UG/

L)

<5

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

PHENOL

(C6H-

50H)

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L)

<5

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<5

NAPHTH

ALENE

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<5

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

<5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

INDENO

(1,2

.3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/L)

<5

ISO-

PHORONE

TOTAL

(UG/L)

<5

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2,4,

-DI

-NITRO-

PHENOL

TOTAL

(UG/L) <2

0

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

<5

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/L)

<5

1,3-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

<5

301404093144800 - CALCASIEU RIVER AT BUOY 130

AT LAKE CHARLES, LOUISIANA

DATE

MAY 1985

29...

TIME

1930

SOLIDS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

57200

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

0.20

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.17

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N) <2.0

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.17

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.20

NITRO

GEN, NH4

TOTAL

IN BO

T.MA

T.

(MG/

KGAS N)

23

NITRO

GEN, AM

MONIA +

ORGANIC

TOTAL

(MG/

L AS N) 0.7

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.6

DATE

MAY 1985

29..

.

DATE

MAY 1985

29...

DATE

MAY 1985

29..

.

NITRO

GEN, NH4

* ORG.

TOT IN

BOT MAT

(MG/KG

AS N) <2

0

CADMIUM

DIS

SOLVED

(UG/L

AS CD) <1

IRON,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

6400

PHOS

PHOROUS

TOTAL

(MG/L

AS P) 0.05

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) <1

LEAD,

TOTAL

RECOV

ERABLE

(UG/

LAS PB

) 13

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P) 0.02

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 10

LEAD

,DIS

SOLVED

(UG/L

AS PB

) 5

PHOS

PHOROUS

ORTHO,

DIS

SOLVED

(MG/L

AS P) 0.

01

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR

)

<10

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 30

PHOS

PHOROUS

TOTAL

IN BO

T.MA

T.(MG/KG

AS P) 56

0

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 80

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN)

160

ARSENIC

TOTAL

(UG/L

AS AS

) <1

COBA

LT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) 2

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN

) 90

ARSENIC

DIS

SOLVED

(UG/L

AS AS

) <1

COBA

LT,

DIS

SOLVED

(UG/L

AS CO) 1

MANGA

NESE,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 170

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS) 2

COPP

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU) 3

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

0.2

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/

LAS BA)

<100

COPP

ER,

DIS

SOLVED

(UG/

LAS CU

) 3

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

0.09

BARI

UM,

DIS

SOLVED

(UG/

LAS BA)

<100

COPP

ER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS CU) 8

SELE

NIUM

,TOTAL

(UG/L

AS SE

) <1

BARI

UM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS BA)

240

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

330

SELE

NIUM,

DIS

SOLVED

(UG/

LAS SE) 2

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

) 31

IRON,

DIS

SOLVED

(UG/L

AS FE

) 40

SILVER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG

) <1

ZINC,

CARB

ON,

CARB

ON,

CARB

ON,

CARB

ON,

ZINC

,RECOV.

CARB

ON,

ORGANIC

ORGANIC

INOR-

INORG *

DI-

CARBON-

SILVER,

TOTAL

ZINC,

FM BOT-

ORGANIC

SUS-

DIS-

RECOV-

DIS-

TOM MA-

DIS-

PENDED

TOT. IN

GANIC,

ORGANIC

CHLORO-

TETRA-

1,2-DI-

BOTTOM

TOT IN

TOT.

IN

BROMO-

CHLO-

CHLORO-

DATE

MAY 1985

29..

.

SOLVED

(UG/L

AS AG

) <1

ERABLE

(UG/

LAS ZN

) 20

SOLVED

(UG/L

AS ZN

) 20

TERIAL

(UG/G

AS ZN

) 30

SOLVED

(MG/L

AS C) 6.

8

TOTAL

(MG/L

AS C) 0.5

MAT.

(GM/KG

AS C)

1!

BOT MAT

BOT MAT

METHANE

(G/K

G (MG/KG

TOTAL

AS C)

AS C)

(UG/L)

BROMO-

FORM

DATE

TOTAL

(UG/L)

MAY 1985

<3

CHLORO-

DI-

BROMO-

CHLORO-

METHANE

FORM

TOTAL

TOTAL

(UG/

L)

(UG/L)

0.1

ACE-

ACE-

NAPHTH-

NAPHTH-

ANTHRA-

TOLUENE

BENZENE

YLENE

ENE

CENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

18<3

RIDE

TOTAL

(UG/L) <3

ETHANE

TOTAL

(UG/L) <3

BENZO B

BENZO K

FLUOR-

FLUOR-

AH-

AN-

THENE

THENE

TOTAL

TOTAL

(UG/L)

(UG/L)

BIS

2-

BENZO-

CHLORO-

A-PYRENE

TOTAL

(UG/

L)

<3<3

<3<3

<5<5

<5

ETHYL

ETHER

TOTAL

(UG/L)

<5



VER,

LOUISIANA, MAY

1985--CONTINUED

DATE

MAY 1985

29...

DATE

MAY 1985

29-..

DATE

MAY 1985

29..

.

DATE

MAY 1985

29...

DATE

MAY 1985

29..

.

BIS

BIS (2-

(2-

CHLORO-

N-BUTYL

DI-

ETHOXY)

METHANE

TOTAL

(UG/L)

<5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5

PHENAN-

THRENE

TOTAL

(UG/L)

<5

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2-NITRO-

PHENOL

TOTAL

(UG/L)

PROP

YL)

ETHER

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L)

<5

PYRENE

TOTAL

(UG/L)

<5

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/

L)

<3

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L)

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<3

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L)

<3

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

CHLORO-

BENZENE

TOTAL

(UG/L)

<3

ISO-

PHORONE

TOTAL

(UG/

L)

<5

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L)

<3

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L)

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3

METHYL-

BROMIDE

TOTAL

(UG/L)

<3

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3

1,2,

5,6

-DIB

ENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

CHRY-

SENE

TOTAL

(UG/

L) <10

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

<3

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<3

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L)

<3

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L)

PHTHAL-

ATE

TOTAL

(UG/L)

<5

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

<5

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2,4.6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

PHTH

AL-

ATE

TOTAL

(UG/L)

<5

N-NITRO

-SODI-

PHEN

Y-LAMINE

TOTAL

(UG/L)

<5

1,1.2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

ETHYL-

BENZENE

TOTAL

(UG/L)

<3

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/L)

<5

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L)

<3

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

FLUOR-

ANTHENE

TOTAL

(UG/

L)

<5

NITRO

BENZENE

TOTAL

(UG/

L)

<5

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L)

<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

FLUOR -

ENE

TOTAL

(UG/

L)

<5

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L)

<5

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<5

4-NITRO-

PHENOL

TOTAL

(UG/

L)

<5<5

<5<5

<20

<20

<5<5

<5<30

DI-

BIS(2-

4,6-

CHLORO-

ETHYL

DI-N-

TRI-

HEXA-

DINITRO

DI-

PHENOL

PENTA-

HEXYL)

BUTYL

VINYL

CHLORO-

HEXA-

CHLORO-

-ORTHO-

FLUORO-

(C6H-

NAPHTH-

CHLORO-

PHTHAL-

PHTHAL-

CHLO-

ETHYL-

CHLORO-

BUT-

CRESOL

METHANE

50H)

ALENE

PHENOL

ATE

ATE

RIDE

ENE

BENZENE ADIENE

DATE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

MAY 1985

29..

.<3

0<3

<5

301240093153000 -

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

TIME

1630

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.04

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 10

LEAD,

DIS

SOLVED

(UG/L

AS PB) 8

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

47600

PHOS

PHOROUS

ORTHO,

DIS

SOLVED

(MG/L

AS P) 0.

02

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR

) 10

LEAD

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 10

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

<0.10

PHOS

PHOROUS

TOTAL

IN BOT.

MAT.

(MG/KG

AS P) 18

0

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 30

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

110

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

ARSENIC

TOTAL

(UG/L

AS AS) <1

COBALT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO) 2

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN)

<10

<5

CALCASIEU

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N) <2.0

ARSENIC

DIS

SOLVED

(UG/L

AS AS) <1

COBA

LT,

DIS

SOLVED

(UG/L

AS CO) <!

MANGA

NESE,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G) 260

<30

RIVER AT

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.07

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS

) 4

COPPER ,

TOTAL

RECOV

ERABLE

(UG/L

AS CU) 6

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

<5 BUOY 114

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.10

BARIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA

)

<100

COPPER ,

DIS

SOLVED

(UG/L

AS CU

) 5

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.06

<5 AT LAKE

NITRO

GEN,

NH4

TOTAL

IN BOT.

MAT.

(MG/KG

AS N) 3-

8

BARI

UM,

DIS

SOLVED

(UG/L

AS BA

)

<100

COPPER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CU

) 4

SELE

NIUM,

TOTAL

(UG/L

AS SE

) <1

<3CHARLES,

NITRO

GEN,

AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N) 1.

0

BARIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS BA)

350

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

200

SELE

NIUM,

DIS

SOLVED

(UG/L

AS SE

) <1

<3

LOUISIANA

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 1.

2

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) 1

IRON,

DIS

SOLVED

(UG/

LAS FE) 40

SILV

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG

) <1

<5

<5

NITRO

GEN, NH4

+ ORG.

PHOS-

TOT IN

PHOROUS

BOT MAT

TOTAL

(MG/KG

(MG/L

AS N)

AS P)

<20

0.09

CADMIUM

RECOV.

CADMIUM

FM BOT-

DIS-

TOM MA-

SOLVED

TERIAL

(UG/L

(UG/G

AS CD

) AS CD)

<1

<1

IRON

,RE

COV.

LE

AD,

FM BOT-

TOTAL

TOM MA-

RECOV-

TERIAL

ERABLE

(UG/

G (UG/L

AS FE

) AS PB)

1400

8

ZINC,

SILV

ER,

TOTAL

DIS-

RECOV-

SOLVED

ERABLE

(UG/L

(UG/L

AS AG)

AS ZN)

<1

10



VER,

LOUISIANA, MAY

1985--CONTINUED

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

ZINC

,DIS

SOLVED

(UG/L

AS ZN) 10

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L) <3

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

ZINC

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS ZN

) 10

CHLORO

FORM

TOTAL

(UG/L) 3-3

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 6.

7

TOLUENE

TOTAL

(UG/

L)

<3

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

CARBON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 1.

3

BENZENE

TOTAL

(UG/

L)

<3

CHLORO-

BENZENE

TOTAL

CARBON ,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/

KGAS C) 6.

1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L)

<5

CHLORO-

ETHANE

TOTAL

CARBON,

INOR

GANIC,

TOT IN

BOT MAT

(G/KG

AS C) 0.1

ACE-

NAPHTH-

ENE

TOTAL

(UG/L)

<5

CHRY-

SENE

TOTAL

CARBON,

INORG +

ORGANIC

TOT.

IN

BOT MAT

(MG/KG

AS C) 6.

2

ANTHRA

CENE

TOTAL

(UG/L)

<5

D I ETHYL

PHTHAL-

ATE

TOTAL

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L) <3

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

DI

METHYL

PHTHAL-

ATE

TOTAL

CARBON -

TETRA-

CHLO-

RIDE

TOTAL

(UG/L) <3

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

ETHYL-

BENZENE

TOTAL

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <3

BENZO-

A- PYRENE

TOTAL

(UG/L) <1

0

FLUOR-

ANTHENE

TOTAL

BROMO-

FORM

TOTAL

(UG/

L) 21

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L)

<5

FLUOR-

ENE

TOTAL

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

<5<5

<5<3

<3<5

<5<3

<5<5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L)

<5

PHENAN-

THRENE

TOTAL

(UG/

L)

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L)

<5

PYRENE

TOTAL

(UG/L)

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

ISO-

PHORONE

TOTAL

(UG/

L)

<5

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L)

METHYL-

BROMIDE

TOTAL

(UG/

L)

<3

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

METHYL

ENE

CHLO

RIDE

TOTAL

(UG/L)

<3

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

<5

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/L)

<5

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/L)

<5

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L)

NITRO

BENZENE

TOTAL

(UG/L)

<5

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L)

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L)

<5<5

<3<3

<3<3

<3<3

<3<5

DATE

MAY 1985

30...

2-

1,2-

1,2,

4-

1,2,5,6

CHLORO-

1,2-DI-

1,2-DI-

TRANSDI

TRI-

-DIBENZ

1,3-DI-

1,3-DI-

1,4-DI-

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

-ANTHRA

CHLORO-

CHLORO-

CHLORO-

VINYL-

BENZENE

-CENE

PROPENE

BENZENE

BENZENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

BENZENE

PROPANE

ETHENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

2-

CHLORO-

2-NAPH-

CHLORO-

THALENE

PHENOL

TOTAL

TOTAL

(UG/L)

(UG/

L)

<5<3

<3<5

DI-N-

2-

OCTYL

2,4-DI-

2,4-DI-

2,4-

DI-

NITRO-

PHTHAL-

CHLORO-

METHYL-

NITRO-

<3

2,4,-

DI-

<5<5

<3<5

4-

4-2,4,6-

BROMO-

CHLORO-

TRI-

2,6-DI-

PHENYL

PHENYL

NITRO-

CHLORO-

NITRO-

PHENYL

PHENYL

DATE

MAY 1985

30..

.

PHENOL

TOTAL

ATE

TOTAL

PHENOL

PHENOL

TOLUENE

PHENOL

PHENOL TOLUENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

ETHER

TOTAL

<5

4-NITRO-

PHENOL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

DATE

MAY 1985

30..

.

<5

<10

DI-

4,6-

CHLORO-

DINITRO

DI-

-ORTHO-

FLUORO-

CRESOL

METHANE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<5<5

<5<20

<20

<5<5

<5<30

PHENOL

(C6H

- 50

H)

TOTAL

(UG/L)

NAPHTH

ALENE

TOTAL

(UG/

L)

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L)

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L)

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L)

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<30

<3<5

<5<30

<5<5

<3

HEXA-

HEXA-

CHLORO-

CHLORO-

BUT-

BENZENE

ADIENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<3

<5

<5

301150093171600

-

CA

LC

ASI

EU

R

IVE

R

AT

BAY

OU

D

'lND

E,

2.8

M

ILE

S SO

UTH

EAST

O

F H

OLL

YW

OO

D,

LO

UIS

IAN

A

DA

TE

MAY

19

85

30...

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

NITRO

GEN,

N02+N03

TOT.

IN

BOT MAT

(MG/KG

AS N)

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

NITRO

GEN,!^

TOTAL

IN BO

T.MAT.

(MG/KG

AS N)

NITRO

GEN,

AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N)

NITRO

GEN,

NH4

+ ORG.

TOT IN

BOT MAT

(MG/KG

AS N)

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

PHOS

PHOROUS

TOTAL

IN BO

T.MAT.

(MG/KG

AS P)

ARSENIC

TOTAL

(UG/L

AS AS)

ARSENIC

DIS

SOLVED

(UG/L

AS AS)

TIM

E

1530

15

2000

<o

.io

2.0

0.29

4.7

1.0

3200

0.08

520

<1<1

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS)

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA)

BARIUM,

DIS

SOLVED

(UG/L

AS BA

)

BARIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS BA)

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

)

CADMIUM

DIS

SOLVED

(UG/L

AS CD

)

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CD

)

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

)

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR)

CHRO

MI

UM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G)

COBA

LT,

TOTAL

RECOV

ERABLE

(UG/

L AS CO)

COBA

LT,

DIS

SOLVED

(UG/L

AS CO)

<100

<100

160

31<1

1020

0

TABL

E 6. CONCENTRATIONS OF VOLATILE SO

LIDS

, NUTRIENTS, TR

ACE

ELEM

ENTS

, VO

LATI

LE AND METHYLENE CHL

ORID

E-EX

TRAC

TABL

E ORGANIC

COMP

OUND

S, AND

PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER

CALCASIEU

RIVER, LO

UISI

ANA,

MA

Y 1985--CONTINUED

DATE

MAY 19

8530...

DATE

MAY

1985

30...

DATE

MAY

1985

30..

.

DATE

MAY

1985

30..

.

DATE

MAY

1985

30..

.

COPP

ER,

TOTAL

RECOV

ERAB

LE(UQ/L

AS CU

) 6

MERCURY

TOTAL

RECOV

ERAB

LE(U

Q/L

AS HG

)

0.10

CARB

ON,

INOR

GANI

C,TOT

INBOT MAT

(G/KG

AS C) 0.

2

ANTHRA

CENE

TOTA

L(U

G/L)

<5

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

COPP

ER,

DIS

SOLV

ED(U

G/L

AS CU

) 3

MERCURY

RECO

V.FM BO

TTOM MA

TERIAL

(UG/

GAS HG

)

0.80

CARB

ON.

INOR

G *

ORGANIC

TOT.

IN

BOT MA

T(M

G/KG

AS C)

73

BENZO

BFLUO

R-AN-

THEN

ETO

TAL

(UG/L) <1

0

ETHYL-

BENZENE

TOTAL

(UG/

L)

<3

COPPER ,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CU)

110

SELE

NIUM,

TOTAL

(UG/L

AS SE

) <1

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L) <3

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

FLUOR-

ANTHENE

TOTAL

(UG/L)

<5

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

150

SELE

NI

UM,

DIS

SOLVED

(UG/L

AS SE

) <1

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L) <3

BENZO-

A- PYRENE

TOTAL

(UG/L) <1

0

FLUO

R -

ENE

TOTAL

(UG/L)

<5

IRON

,DI

SSOLVED

(UG/

LAS FE

) 40

SILV

ER,

TOTA

LRECOV

ERABLE

(UG/L

AS A

G)

1

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 4.0

BIS

2-CH

LORO

-ETHYL

ETHE

RTOTAL

(UG/

L)

<5

CHLORO-

CYCL

O-PE

NT-

ADIENE

TOTA

L(U

G/L)

<5

IRON,

RECO

V.FM BO

TTOM MA

TERIAL

(UG/G

AS FE

)

A900

SILV

ER,

DIS

SOLVED

(UG/

LAS AG

) <1

BROMO-

FORM

TOTAL

(UG/

L) 19

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L)

<5

HEXA

-CHLORO-

ETHA

NETOTAL

(UG/

L)

<5

LEAD

,TO

TAL

RECOV

ERAB

LE(U

G/L

AS PB

) 11

ZINC

,TOTAL

RECOV

ERAB

LE(U

G/L

AS ZN

) 20

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L) 3-1

BIS

(2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L)

<5

INDENO

(1,2.3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

LEAD,

DIS

SOLVED

(UG/L

AS PB) <1

ZINC,

DIS

SOLVED

(UG/L

AS ZN) 10

CHLO

RO

FORM

TOTA

L(U

G/L) 3-

2

N-BUTYL

BENZYL

PHTH

AL-

ATE

TOTAL

(UG/

L)

<5

ISO-

PHORONE

TOTAL

(UG/

L)

<5

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS

PB

) 30

ZINC,

RECOV.

FM BO

TTO

M MA

TERIAL

(UG/G

AS ZN

) 70

TOLUENE

TOTAL

(UG/

L)

<3

CHLO

RO-

BENZENE

TOTA

L(U

G/L)

<3

METHYL-

BROMIDE

TOTAL

(UG/

L)

<3

MANG

ANESE,

TOTAL

RECO

VERABLE

(UG/

LAS M

N) 100

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 7.

4

BENZENE

TOTAL

(UG/

L)

<3

CHLO

RO-

ETHANE

TOTAL

(UG/

L)

<3

METHYL

ENE

CHLO

RIDE

TOTA

L(U

G/L)

<3

MANGA

NESE,

DIS

SOLVED

(UG/

LAS MN)

<10

CARB

ON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 1.

1

ACE-

NAPHTH-

YLENE

TOTA

L(U

G/L)

<5

CHRY-

SENE

TOTA

L(U

G/L) <1

0

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

<5

MANGA

NESE,

RECO

V.FM B

OT

TOM

MA

TERIAL

(UG/

G) 160

CARB

ON,

ORGANIC

TOT.

IN

BOTT

OMMAT.

(GM/

KGAS C)

73

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L)

<5

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

N-NITRO

-SOD

I-PH

ENY-

LAMINE

TOTA

L(UG/L)

<5

N-NITRO

-SODI-

METHY-

NITRO-

PARA-

CHLORO-

META

PHENAN-

TETRA-

TRI-

1.1-DI-

1,1,1-

1,1,

2-

1,1,2,2

CHLORO-

CHLORO-

1,1-

DI-

CHLORO-

TRI-

TRI-

TETRA-

ETHYL-

FLUO

RO-

CHLORO-

ETHYL-

CHLORO-

CHLORO-

CHLORO-

DATE

MAY 1985

30...

LAMINE

TOTAL

(UG/L)

<5

BENZENE

TOTAL

(UG/

L)

<5

CRESOL

TOTAL

(UG/L) <3

0

THRENE

PYRENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<5<5

ENE

TOTAL

(UG/

L)

<3

METHANE

ETHANE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<3<3

ENE

TOTAL

(UG/L)

<3

ETHANE

TOTAL

(UG/L)

<3

ETHANE

ETHANE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

DATE

MAY 1985

30...

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

BENZO A

ANTHRAC

ENE1 , 2-

BENZANT

HRACENE

TOTAL

(UG/L)

<5

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/L)

<3

1,2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/

L)

<3

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

<3

2-

1,2,

5,6

CHLORO-

-DIB

ENZ

1,3-DI-

1,3-DI-

1,4-

DI-

ETHYL-

-ANT

HRA

CHLORO-

CHLORO-

CHLORO-

VINYL-

-CEN

E PROPENE

BENZENE

BENZENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

<3<5

<5<3

<3

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L)

<5

DATE

MAY 1985

30...

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<5

2-NITRO-

PHENOL

TOTAL

(UG/

L)

<5

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

<5

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

<5

2,4,

- 2,4,6-

DI-

TRI-

2,6-DI-

NITRO-

CHLORO-

NITRO-

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/

L)

4-BR

OMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

4-NITRO-

PHENOL

TOTAL

(UG/

L)

DATE

DI-

4,6-

CHLORO-

DINITRO

DI-

-ORTHO-

FLUORO-

CRESOL

TOTAL

MAY 1985

30...

(UG/L)

<30

METHANE

TOTAL

(UG/L)

<3

PHENOL

(C6H

-50

H)TOTAL

(UG/L)

<5

<20

BIS(2-

ETHYL

DI-N-

PENTA-

HEXYL)

BUTYL

NAPHTH-

CHLORO-

PHTHAL-

PHTHAL-

ALENE

PHENOL

ATE

ATE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

<5<3

0<5

<5

<20

VINYL

CHLO

RIDE

TOTAL

(UG/L) <3

<5<5

<5<30

TRI-

HEXA-

CHLORO-

HEXA-

CHLORO

ETHYL-

CHLORO-

BUT-

ENE

BENZENE

ADIENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/

L)

<3<5

300957093190800 - CALCASIEU RIVER AT PETROLEUM REFINERY, 3.

9 MILES SOUTH OF HOLLYWOOD, LOUISIANA

DATE

MAY 1985

30..

.

TIME

1430

SOLIDS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

105000

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

0.20

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N) 0.18

NITRO

GEN,

N02+N03

TOT.

IN

BOT MAT

(MG/

KG

AS N) <2.0

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) 1-

3

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/

L AS N) 1.

2

NITRO-

GEN.NH4

TOTAL

IN BOT.

MAT.

(M

G/KG

AS N) 2.

4

NITRO

GEN, AM

MONIA +

ORGANIC

TOTAL

(MG/

L AS N) 2.

0

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 1.

9

NITRO

GEN,

NH4

+ OR

G.

TOT IN

BOT MAT

(MG/KG

AS N) 2000

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.07

TABLE 6. CONCENTRATIONS OF VOLATILE SOLIDS, NUTRIENTS, TRACE ELEMENTS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE


VER,

LOUISIANA, MAY

1985--CONTINUED

00

DATE

MAY 1985

30...

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.05

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 10

LEAD,

DIS

SOLVED

(UG/L

AS PB) <1

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/L

AS P) 0.02

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) 10

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 70

PHOS

PHOROUS

TOTAL

IN BOT.

MAT.

(MG/KG

AS P) 78

0

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 330

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN

) 80

ARSENIC

TOTAL

(UG/L

AS AS

) <1

COBALT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) 1

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN

) 10

ARSENIC

DIS

SOLVED

(UG/L

AS AS) <1

COBA

LT,

DIS

SOLVED

(UG/L

AS CO

) <1

MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 590

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

GAS AS

) 11

COPP

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU

) 4

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

0.1

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA

)

<100

COPPER,

DIS

SOLVED

(UG/L

AS CU

) 4

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.50

BARI

UM,

DIS

SOLVED

(UG/L

AS BA

)

<100

COPP

ER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS CU) 60

SELE

NIUM,

TOTAL

(UG/L

AS SE

) <1

BARI

UM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS BA

)

190

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

180

SELE

NI

UM,

DIS

SOLVED

(UG/L

AS SE

) <1

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

) 1

IRON,

DIS

SOLVED

(UG/L

AS FE

) 60

SILV

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG) <1

CADMIUM

DIS

SOLVED

(UG/L

AS CD) 1

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

14000

SILVER,

DIS

SOLVED

(UG/L

AS AG) <1

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD) <1

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB) 8

ZINC

,TOTAL

RECOV

ERABLE

(UG/L

AS ZN) 10

DATE

MAY 1985

30...

ZINC,

DIS

SOLVED

(UG/L

AS ZN) 40

ZINC

, CA

RBON

, CA

RBON

, CA

RBON

, CARBON,

RECO

V.

CARBON,

ORGANIC

ORGANIC

INOR-

INORG +

DI-

CARBON-

SUS-

TOT. IN

GANI

C,

ORGANIC

CHLORO-

TETRA-

1,2-DI-

PENDED

BOTTOM

TOT IN

TOTAL

MAT.

BOT MA

T(MG/L

(GM/KG

(G/KG

AS C)

AS C)

AS C)

FM BOT-

ORGANIC

TOM MA-

DIS-

TERIAL

SOLVED

(UG/G

(MG/L

AS ZN)

AS C)

907-9

0.9

AS C)

28

CHLORO-

DI-

BROMO-

CHLORO-

DATE

MAY 1985

30...

METHANE

TOTAL

FORM

TOTAL

(UG/L)

(UG/L)

<3

<3

TOLUENE

BENZENE

YLENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

<3<3

<5

0.8

ENE

TOTAL

(UG/

L)

<5

TOT. IN

BOT MAT

(MG/KG

AS C)

29

ANTHRA

CENE

TOTAL

(UG/

L)

BROMO-

METHANE

TOTAL

(UG/L) <3

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L)

CHLO

RIDE

TOTAL

(UG/

L) <3

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L)

CHLORO-

ETHANE

TOTAL

(UG/L) <3

BENZO-

A- PYRENE

TOTAL

(UG/

L)

BROMO-

FORM

TOTAL

(UG/

L) <3

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L)

<5<5

VO

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

DATE

MAY 1985

30..

.

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

BIS

BIS (2-

(2-

CHLORO-

N-BUTYL

CHLORO-

ISO-

BENZYL

ETHOXY)

PROPYL)

PHTHAL-

METHANE

ETHER

ATE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

<5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5

<5<5

INDENO

HEXA-

(1,2

,3-

CHLORO-

CD)

ETHANE

PYRENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

<5

<1C

CHLORO-

BENZENE

TOTAL

(UG/

L)

<3

ISO-

PHORONE

TOTAL

(UG/

L)

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

METHYL -

BROMIDE

TOTAL

(UG/

L)

CHRY-

SENE

TOTAL

(UG/

L) <10

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

PHTHAL-

ATE

TOTAL

(UG/L)

<5

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/

L)

DI-

DIETHYL

METHYL

ETHYL-

FLUOR-

FLUOR-

BENZENE

ANTHENE

ENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

<3<5

-SODI-

METHY-

NITRO-

LAMINE

BENZENE

TOTAL

TOTAL

(UG/L)

(UG/L)

<5<3

<3<5

<5<5

<5

<5

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0

PHENAN-

THRENE

TOTAL

(UG/

L)

<5

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2-NITRO-

PHENOL

TOTAL

(UG/L)

PYRENE

TOTAL

(UG/

L)

<5

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L)

<3

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L)

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<3

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L)

<3

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L)

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L)

<3

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

1,2,5,6

-DIBENZ

"ANTHRA

-CENE

TOTAL

(UG/

L) <10

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<3

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L)

<3

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L)

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3

1,3-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

1,1,

2-TR

I-CHLORO-

ETHANE

TOTAL

(UG/L)

<3

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

1.1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L)

<3

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <10

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L)

<5

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<5

4-NITRO-

PHENOL

TOTAL

(UG/

L)

<5<5

<5<5

<20

<20

<5<5

<5<30



1985 CONTINUED

DATE

MAY 19

85

30...

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L)

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L)

PHENOL

(C6H-

50H)

TOTAL

(UG/L)

NAPHTH

ALENE

TOTAL

(UG/L)

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/L)

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/

L)

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L)

VINYL

CHLO

RIDE

TOTAL

(UG/L)

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

<30

<3<5

<5<30

<5<5

<3<3

<5<5

3006

0609

3184

400

- CA

LCAS

IEU RI

VER

AT D

EVIL

'S E

LBOW

, 5.

5 MI

LES

NORT

HWES

T OF G

RAND

LAK

E, LOUISIANA

DATE

MAY 19

8530...

to o

DATE

MAY 1985

30..

.

TIME

1315

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

123000

PHOS

PHOROUS

ORTHO,

DIS

SOLVED

(MG/L

AS P)

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

<0.10

PHOS

PHOROUS

TOTAL

IN BO

T.MA

T.(MG/KG

AS P)

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

ARSENIC

TOTAL

(UG/L

AS AS

)

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N) 2.

0

ARSENIC

DIS

SOLVED

(UG/L

AS AS)

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) 0.13

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

GAS AS)

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.11

BARIUM,

DIS

SOLVED

(UG/L

AS BA

)

NITRO

GEN,

NH4

TOTAL

IN BO

T.MAT.

(MG/KG

AS N) 4.0

BARI

UM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS BA)

NITRO

GEN,

AM

MONIA *

ORGANIC

TOTAL

(MG/L

AS N) 1.

4

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD)

NITRO

GEN, AM

MONIA *

ORGANIC

DIS.

(MG/L

AS N) 0.5

CADMIUM

DIS

SOLVED

(UG/L

AS CD)

NITRO

GEN,

NH4

* ORG.

TOT IN

BOT MAT

(MG/

KGAS N) 1700

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CD)

PHOS

PHOROUS

TOTAL

(MG/

LAS P)

0.05

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/L

AS CR)

0.01

<0.0

133

0<1

<112

<100

70<1

<110

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G)

COBA

LT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

)

COBA

LT,

DIS

SOLVED

(UG/

LAS CO

)

COPPER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU

)

COPP

ER,

DIS

SOLVED

(UG/L

AS CU

)

COPP

ER,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CU

)

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

IRON,

DIS

SOLVED

(UG/L

AS FE)

IRON

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

LEAD

,TOTAL

RECOV

ERABLE

(UG/L

AS PB)

LEAD,

DIS

SOLVED

(UG/L

AS PB

)

LEAD,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS PB)

510

50

1300

010

20

DATE

MAY 1985

30...

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN)

100

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN

) 10

MANGA

NESE

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 160

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

0.2

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.03

SELE

NIUM,

TOTAL

(UG/L

AS SE) <1

SELE

NIUM,

DIS

SOLVED

(UG/L

AS SE

) <1

SILV

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG

) <1

SILV

ER,

DIS

SOLVED

(UG/L

AS AG) <1

ZINC

,TOTAL

RECOV

ERABLE

(UG/L

AS ZN) 20

ZINC

,DIS

SOLVED

(UG/L

AS ZN) 20

ZINC,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS ZN) 20

DATE

MAY 1985

CAR

BON,

CA

RBON

, CARBON,

CARB

ON,

CARBON,

ORGANIC

ORGANIC

INOR-

INORG +

ORGANIC

SUS-

TOT. IN

GANIC,

ORGANIC

ACE-

ACE-

DIS-

PENDED

BOTTOM TOT IN

TOT.

IN

NAPHTH-

NAPHTH-

ANTHRA-

SOLVED

TOTAL

MAT.

BOT MAT

BOT MAT

YLENE

ENE

CENE

(MG/L

(MG/

L (G

M/KG

(G/KG

(MG/KG

TOTAL

TOTAL

TOTAL

AS C)

AS C)

AS C)

AS C)

AS C)

(UG/L)

(UG/L)

(UG/

L)

BENZO B

BENZO K

FLUOR-

FLUOR-

AN-

AN

THENE

THENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

BIS

2-

BENZO-

CHLORO-

A-PYRENE

TOTAL

(UG/

L)

7-8

0.9

56

DATE

MAY 1985

BIS

BIS (2-

(2-

CHLORO-

N-BUTYL

CHLORO-

ISO-

BENZYL

ETHOXY)

PROP

YL)

PHTHAL-

METHANE

ETHER

ATE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(U

G/L)

0.1

CHRY-

SENE

TOTAL

(UG/L)

<5<5

<5

N-

DATE

MAY 1985

30..

.

NITRO-

N-NITRO

N-NITRO

SODI-N-

-SOD

I-

-SOD

I-PROPYL-

PHENY-

AMINE

LAMINE

TOTAL

TOTAL

(UG/

L)

(UG/L)

METHY-

NITRO-

LAMINE

BENZENE

TOTAL

TOTAL

(UG/

L)

(UG/L)

<5<5

<5<5

2-

DATE

MAY 1985

30...

1,3-DI-

1,4-DI-

CHLORO-

2-CHLORO-

CHLORO-

NAPH-

CHLORO-

BENZENE

BENZENE

THALENE

PHENOL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

<5<5

<5<5

DATE

MAY 1985

30...

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5

56<5

<5<5

DI-

DIETHYL

METHYL

PHTHAL-

PHTHAL-

FLUOR-

FLUOR-

ATE

ATE

ANTHENE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

<5

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

<5

PHENAN-

THRENE

TOTAL

(UG/L)

<5

<5

PYRENE

TOTAL

(UG/L)

<5

<5

HEXA-

CHLORO-

INDENO

CYCLO-

HEXA-

(1,2

,3-

PENT-

CHLORO-

CD)

ADIENE

ETHANE

PYRENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

<5

<5

<10

ETHYL

ETHER

TOTAL

(UG/L)

<5

ISO-

PHORONE

TOTAL

(UG/L)

<5

BENZOGH

BENZO A

I PERYL ANTHRAC

1,2,

4-

1,2,5,6

ENE1.12

ENE1.2-

1,2-DI-

TRI-

-DIBENZ

-BENZOP

BENZANT

CHLORO-

CHLORO-

-ANTHRA

ERYLENE

HRACENE

BENZENE

BENZENE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

-CENE

TOTAL

(UG/L)

<5<5

DI-N-

2-

OCTYL

NITRO-

PHTHAL-

PHENOL

ATE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

<5

<10

2,4-DI-

2,4-DI-

2,4-DI-

CHLORO-

METHYL-

NITRO-

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

<5

2,4,6-

2,4,

-DI-

TRI-

2,6-DI-

NITRO-

CHLORO-

NITRO-

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

4,6-

4-

DINITRO

NITRO-

-ORTHO-

PHENOL

CRESOL

TOTAL

TOTAL

(UG/

L)

(UG/L)

<30

<30

PHENOL

(C6H

-50

H)TOTAL

(UG/

L)

<5

<5 PENTA-

<5

BIS(2-

ETHYL

HEXYL)

<5 DI-N-

BUTYL

<20

HEXA-

<20

HEXA-

CHLORO-

<5

NAPHTH-

CHLORO-

PHTHAL-

PHTHAL-

CHLORO-

BUT-

ALENE

PHENOL

ATE

ATE

BENZENE

ADIENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)(UG/L)

(UG/L)

<5<3

0<5

(UG/

L)

(UG/L)

<5

<5

<5



1985--CONTINUED

08017090

- CALCASIEU RIVER AT BURTON LANDING NEAR LAKE CHARLES, LOUISIANA

DATE

MAY 1985

30..

.

TIME

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

41600

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

<0.10

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N) <2.0

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) 0.1?

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.17

NITRO

GEN, NH4

TOTAL

IN BO

T.MAT.

(MG/KG

AS N)

NITRO

GEN, AM

MONIA +

ORGANIC

TOTAL

(MG/

L AS N) 1.

0

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/

LAS N) 0.

6

NITRO

GEN, NH4

+

ORG.

TOT IN

BOT MAT

(MG/KG

AS N) 1100

PHOS

PHOROUS

TOTAL

(MG/

L AS P)

0.06

DATE

MAY 1985

30...

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.02

PHOS

PHOROUS

ORTH

O,DIS

SOLVED

(MG/L

AS P) <0.0

1

PHOS

PHOROUS

TOTAL

IN BOT.

MAT.

(MG/KG

AS P) 36

0

ARSENIC

TOTAL

(UG/L

AS AS

) <1

ARSENIC

DIS

SOLVED

(UG/L

AS AS

) <1

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS

) 5

BARIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA)

<100

BARI

UM,

DIS

SOLVED

(UG/L

AS BA

)

<100

BARI

UM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS BA)

180

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD

) 1

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) <1

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS CD) <1

to

toDATE

MAY 1985

30...

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 20

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) 10

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 70

COBALT ,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) 1

COBALT,

DIS

SOLVED

(UG/L

AS CO

) <1

COPPER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU

) 4

COPPER,

DIS

SOLVED

(UG/L

AS CU

) 2

COPP

ER,

RECO

V.FM BO

TTOM MA

TERIAL

(UG/G

AS CU

) 9

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE)

270

IRON

,DIS

SOLVED

(UG/

LAS FE

) 40

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS FE

)

5300

LEAD,

TOTAL

RECOV

ERABLE

(UG/

LAS PB) 7

DATE

MAY 1985

30...

LEAD,

DIS

SOLVED

(UG/L

AS PB) 1

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 20

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN

) 90

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN) 10

MANGA

NESE

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/

G) 140

MERCURY

TOTAL

RECOV

ERABLE

(UO/L

AS HG

)

0.1

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.09

SELE

- SI

LVER

,SELE

ZINC,

NIUM,

TOTAL

SILV

ER,

TOTAL

NIUM

, DIS-

TOTAL

SOLVED

(UG/L

(UG/L

AS SE)

AS SE

)

RECOV

ERABLE

(UG/L

AS AG)

DIS

SOLVED

(UG/L

AS AG)

RECOV

ERABLE

(UG/

L AS ZN) 10

DATE

MAY 1985

30...

ZINC

,DIS

SOLVED

(UG/L

AS ZN)

ZINC

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS ZN)

CARBON ,

ORGANIC

DIS

SOLVED

(MG/L

AS C)

CARBON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C)

CARBON ,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/KG

AS C)

CARBON ,

INOR

GANIC ,

TOT IN

BOT MAT

(G/KG

AS C)

CARB

ON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/

KGAS C)

DI-

CHLORO-

BROM

O-METHANE

TOTAL

(UG/L)

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

BROMO-

FORM

TOTAL

(UG/L)

2030

6.5

0.9

110.

211

<3<3

<3<3

BIS

N)

GO

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

DATE

MAY 1985

30..

.

DATE

MAY 1985

30..

.

DATE

MAY 1985

30..

.

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L) <3

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/L)

<5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5

PHENAN-

THRENE

TOTAL

(UG/L)

<5

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

CHLORO

FORM

TOTAL

(UG/

L)

<3

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<5

PYRENE

TOTAL

(UG/

L)

<5

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L)

TOLUENE

TOTAL

(UG/

L)

<3

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

INDENO

(1,2,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<3

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L)

BENZENE

TOTAL

(UG/L)

<3

CHLORO-

BENZENE

TOTAL

(UG/

L)

<3

ISO-

PHORONE

TOTAL

(UG/

L)

<5

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L)

<3

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

<5

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

METHYL-

BROMIDE

TOTAL

(UG/L)

<3

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L)

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L)

<5

CHRY-

SENE

TOTAL

(UG/

L) <10

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

<3

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<3

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L)

ANTHRA

CENE

TOTAL

(UG/

L)

<5

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

<5

1,1.

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

1,3-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

N-NITRO

-SODI-

PHEN

Y-LAMINE

TOTAL

(UG/L)

<5

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

ETHYL-

BENZENE

TOTAL

(UG/L)

<3

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/L)

<5

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3-0

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L)

BENZO-

A- PYRENE

TOTAL

(UG/L) <1

0

FLUOR-

ANTHENE

TOTAL

(UG/L)

<5

NITRO

BENZENE

TOTAL

(UG/L)

<5

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L)

<5

FLUOR-

ENE

TOTAL

(UG/L)

<5

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L)

<5

2-CHLORO-

PHENOL

TOTAL

(UG/

L)

<5<3

<3<5

<3<5

<5<3

<5<5



1985--CONTINUED

DATE

MAY 1985

30...

DATE

MAY 1985

30...

2-DI-N-

OCTYL

2,4-DI-

2,4-

DI-

2,4-

DI-

NITRO-

PHTHAL-

CHLORO-

METHYL-

NITRO-

PHENOL

ATE

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

2,4,

6-4-

BROMO-

2,4,-

DI-

TRI-

2,6-DI-

PHENYL

NITRO-

CHLORO-

NITRO-

PHENYL

PHENOL

PHENOL

TOLUENE

ETHER

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

TOTAL

(UG/

L)

<5<5

<5<5

<20

<20

<5<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

4,6-

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/

L) <30

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <3

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5

NAPHTH

ALENE

TOTAL

(UG/

L) <5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/

L) <5

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5

VINYL

CHLO

RIDE

TOTAL

(UG/L) <3

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <3

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L) <5

HEXA-

CHLORO

BUT

ADIENE

TOTAL

(UG/

L) <5

300127093184900 - CALCASIEU LA

KE,

2.3 MILES NORTHEAST OF HACKBERRY, LOUISIANA

to

DATE

MAY 1985

30..

.

TIME

1200

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

35900

<0.10

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

NITRO

GEN,

N02+N03

TOT.

IN

EOT MAT

(MG/

KG

AS N)

<2.0

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.16

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.15

NITRO

GEN,

NH4

TOTAL

IN BO

T.MA

T.

(MG/

KGAS N) 7.6

NITRO

GEN, AM

MONIA

-f ORGANIC

TOTAL

(MG/

L AS N) 1.2

NITRO

GEN, AM

MONIA

-f ORGANIC

DIS.

(MG/

LAS N) 0.7

NITRO-

GEN,NH4

+ ORG.

TOT IN

BOT MAT

(MG/KG

AS N) <20

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.09

DATE

MAY 1985

30..

.

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.05

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/L

AS P)

0.03

PHOS

PHOROUS

TOTAL

IN BO

T.MAT.

(MG/KG

AS P)

440

ARSENIC

TOTAL

(UG/L

AS AS

)

<1

ARSENIC

DIS

SOLVED

(UG/L

AS AS

)

<1

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS) 6

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA

)

<100

BARI

UM,

DIS

SOLVED

(UG/

LAS BA

)

<100

BARI

UM,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS BA

)

360

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) 1

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) 1

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

)

<1

10

DATE

MAY 1985

30...

DATE

MAY 1985

30...

DATE

MAY 1985

30...

JUN 04

...

DATE

MAY 1985

30...

JUN 04

...

DATE

MAY 1985

30..

.JUN 04

...

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 20

LEAD,

DIS

SOLVED

(UG/L

AS PB) <5

ZINC,

DIS

SOLVED

(UG/L

AS ZN) 20

ANTHRA

CENE

BOT.MAT

(UG/

KG)

---

<10

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

___

<27

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) 10

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 10

ZINC,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS ZN

)

380

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

---

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

___

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 70

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/

LAS MN

)

180

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 7.

8

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

---

<10

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

___

<10

COBA

LT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) 2

MANGA

NESE,

DIS

SOLVED

(UG/

LAS MN

) 20

CARB

ON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 1.

7

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

CHRY-

SENE

TOTAL

(UG/

L)

<10.0 ___

COBA

LT.

DIS

SOLVED

(UG/L

AS CO

) <1

MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 180

CARB

ON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C) 7-

4

BENZO K

FLUO

R-AN

-THENE

BOT.MAT

(UG/

KG)

<10

CHRY-

SENE

BOT.MAT

(UG/

KG)

___

<10

COPP

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU) 6

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

0.1

CARBON,

INOR

GANI

C,TOT IN

BOT MAT

(G/KG

AS C) 0.8

BENZO-

A-PYRENE

TOTAL

(UG/

L) <10

---

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5

___

COPP

ER,

DIS

SOLVED

(UG/L

AS CU

) 3

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.05

CARB

ON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/KG

AS C) 8.2

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

___ 17

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

___

<10

COPPER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS CU

) 8

SELE

NIUM,

TOTAL

(UG/

LAS SE

) <1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L)

<5

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L)

<5

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5

___

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE)

1700

SELE

NIUM

,DIS

SOLVED

(UG/L

AS SE

) <1

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

___

<10

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

___

<10

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

___

<10

IRON,

DIS

SOLVED

(UG/L

AS FE

) 90

SILVER,

TOTAL

RECOV

ERABLE

(UG/

LAS AG

) <1

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L)

<5

---

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L)

<5

---

FLUOR-

ANTHENE

TOTAL

(UG/L)

<5

___

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

6700

SILVER,

DIS

SOLVED

(UG/L

AS AG

) <1

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

___

<10

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

---

<10

FLUOR-

ANTHENE

BOT.MAT

(UG/KG)

___

<10

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB

) 8

ZINC,

TOTAL

RECOV

ERABLE

(UG/L

AS ZN) 20

ANTHRA

CENE

TOTAL

(UG/L)

<5

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/L)

<5

FLUOR-

ENE

TOTAL

(UG/

L)

<5

___


LIDS



VER,

LOUISIANA, MAY

1985--CONTINUED

FLUOR-

ENE

DATE

BOT.MAT

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

MAY 1985

30..

.JUN 04

... DATE

MAY 1985

30..

.JUN 04

...

(UG/

KG)

(UG/L)

<5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<5

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

___

INDENO

(1,2,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

ISO-

PHORONE

TOTAL

(UG/L)

<5

ISO-

PHORONE

BOT.MAT

(UG/

KG)

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

<5

<20

N-NITRO

N-NITRO

N-NITRO

-SOD

I-

PHENY-

LAMINE

BOT.MAT

-SODI-

METHY-

LAMINE

TOTAL

(UG/

KG)

(UG/

L)

<5<5

PARA-

-SODI-

METHY-

NAPHTH-

NITRO-

NITRO-

LAMINE

ALENE

BENZENE

BENZENE

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L) <30

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<33

PARA-

<5

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L)

<5

CHLORO-

CHLORO-

META

META

PHENAN-

PHENAN-

CRESOL

CRESOL

THRENE

THRENE

PYRENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

<5

<20

DATE

MAY 1985

30..

.JUN 04

...

DATE

MAY 1985

30..

.JUN 04

...

PYRENE

BOT.MAT

(UG/

KG)

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

TOTAL

(UG/

L)

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG) 15

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L)

<5

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

2-1,

3-DI

- 1,3-DI-

1,4-DI-

1,4-

DI-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

NAPH-

BENZENE

BENZENE

BENZENE

BENZENE

THALENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

<5<5

<5

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L)

<5<5

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

2-CHLORO-

PHENOL

TOTAL

(UG/

L)

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

2-NITRO-

PHENOL

TOTAL

(UG/

L)

2-NITRO-

PHENOL

BOT . MAT

(UG/

KG)

DI-N-

OCTYL

PHTH

AL-

ATE

TOTAL

(UG/L)

<20

DATE

MAY 1985

30..

.JUN 04

...

DATE

MAY 1985

30..

.JU

N 04...

N)

DATE

MAY 1985

30..

.JUN 04

...

DATE

MAY 1985

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<10

2,6-

DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<5

___

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<18

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<20

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

<5

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<15

BIS(2-

2,4-DP,

INBOTTOM

MAT.

(UG/

KG)

<20

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5

<10

BIS(2-

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

<5

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<20

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<25

2,4,

-DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/L) <3

0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<53

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<37

HEXA-

2,4.

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0

PHENOL

(C6H

-50H)

TOTAL

(UG/L)

<5

2,4,

6-TR

I-CHLORO-

PHENOL

BOT.MAT

(UG/KG)

<20

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<20

ETHYL

ETHYL

DI-N-

DI-N-

CHLORO-

HEXA-

HEXA-

PENTA-

PENTA-

HEXY

L)

HEXYL)

BUTYL

BUTYL

HEXA-

BENZENE

CHLORO-

CHLORO-

NAPHTH-

CHLORO-

CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

PHTHAL-

CHLORO-

TOT. IN

BUT-

BUT-

ALENE

TOTAL

(UG/L)

PHENOL

PHENOL

ATE

ATE

ATE

ATE

BENZENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOTTOM

ADIENE

MATL

. TOTAL

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

<5

<30

<5

<5

<5

<5

<30

<10

<25

<15

294605093204200 - CALCASIEU RIVER AT BUOY 4y

, 2.

4 MILES SOUTHWEST OF CAMERON, LOUISIANA

ADIENCE

BOT.MAT

(UG/

KG)

TIME

1100

SOLIDS ,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

NITRO

GEN,

N02+N03

TOTAL

(MG/

LAS N)

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N)

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

NITRO

GEN,

NH4

TOTAL

IN BO

T.MAT.

(MG/KG

AS N)

NITRO

GEN,

AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N)

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N)

NITRO -

GEN,NH4

+ ORG.

TOT IN

BOT MAT

(MG/KG

AS N)

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

30900

<0.10

<0.10

<2.0

0.43

0.34

7-4

0.8

0.5

<20

0.06



VER,

LOUISIANA, MAY

1985--CONTINUED

PHOS-

PHOS-

PHOS-

PHOROUS

PHOROUS

PHOROUS

ORTH

O,

TOTAL

ARSENIC

TOTAL

BARI

UM,

BARI

UM,

RECO

V.

CADMIUM

CADMIUM

RECO

V.ARSENIC

IN BOT-

TOTAL

BARIUM,

FM BOT-

TOTAL

CADMIUM FM BOT-

DATE

MAY 1985

30..

.

DIS

SOLVED

(MG/L

AS P) 0.03

DIS

SOLVED

(MG/L

AS P) 0.02

IN BOT.

MAT.

(MG/KG

AS P) 330

ARSENIC

TOTAL

(UG/L

AS AS

) <1

DIS

SOLVED

(UG/L

AS AS) <1

TOM MA

TERIAL

(UG/G

AS AS

) 6

RECOV

ERABLE

(UG/L

AS BA

)

<100

DIS

SOLVED

(UG/L

AS BA)

<100

TOM MA

TERIAL

(UG/

GAS BA

) 70

RECOV

ERABLE

(UG/

LAS CD) 1

DIS-

TOM MA-

SOLVED

TERIAL

(UG/

L (UG/G

AS CD)

AS CD

)

2 <1

DATE

MAY 1985

30...

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 30

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) 20

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 40

COBALT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) 2

COBALT,

DIS

SOLVED

(UG/L

AS CO

) <1

COPPER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU

) 5

COPPER,

DIS

SOLVED

(UG/L

AS CU

) 2

COPPER,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CU

) 3

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

1300

IRON,

DIS

SOLVED

(UG/L

AS FE

) 80

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

3300

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB

) 6

LEAD,

MANGA-

MANGA-

MERCURY

RECO

V.

NESE,

LEAD,

FM BOT-

TOTAL

MANGA-

NESE,

MERCURY

RECO

V.SELE-

SILV

ER,

ZINC,

NESE,

RECOV.

TOTAL

FM BOT-

SELE

NIUM

,TOTAL

SILV

ER,

TOTAL

to 00

DATE

MAY 1985

30..

.

DIS-

TOM MA-

SOLVED

TERIAL

(UG/L

(UG/

GAS PB)

AS PB

)

1 10

RECOV

ERABLE

(UG/L

AS MN

) 80

DIS

SOLVED

(UG/L

AS MN

) 30

FM BOT

TOM MA

TERIAL

(UG/G) 170

RECOV

ERABLE

(UG/L

AS HG

)

0.2

TOM MA

TERIAL

(UG/G

AS HG

)

0.05

NIUM,

TOTAL

(UG/L

AS SE

) <1

DIS

SOLVED

(UG/L

AS SE) 1

RECOV

ERABLE

(UG/

LAS AG

) <1

DIS

SOLVED

(UG/

LAS AG

) 3

RECOV

ERABLE

(UG/

LAS ZN)

DATE

MAY 1985

30..

.

ZINC

,DIS

SOLVED

(UG/L

AS ZN)

ZINC

, RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS ZN)

CARBON ,

ORGANIC

DIS

SOLVED

(MG/L

AS C)

CARBON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C)

CARBON,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/KG

AS C)

CARBON,

INOR

GANIC,

TOT IN

BOT MAT

(G/KG

AS C)

CARBON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/KG

AS C)

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L)

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

BROMO-

FORM

TOTAL

(UG/L)

4020

6.5

0.6

3-0

2.2

5-2

<3<3

<3<3

CHLORO-

DI-

BROMO-

CHLORO-

ACE-

ACE-

NAPHTH-

NAPHTH-

ANTHRA-

DATE

MAY 1985

30..

.

METHANE

TOTAL

FORM

TOTAL

(UG/

L)

(UG/

L)

TOLUENE

BENZENE

TOTAL

TOTAL

(UG/L)

(UG/L)

<3<3

<3<3

YLENE

TOTAL

(UG/L) <5

ENE

TOTAL

(UG/

L) <5

CENE

TOTAL

(UG/

L) <5

BENZO B

BENZO K

FLUOR-

FLUOR-

AN-

AN-

THENE

THENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

BIS

2-BENZO-

CHLO

RO-

A-

ETHYL

PYRENE

ETHER

TOTAL

TOTAL

(UG/

L)

(UG/L)

<10

<5

to

DATE

MAY 1985

30...

DATE

MAY 1985

30..

.

DATE

MAY 1985

30..

.

DATE

MAY 1985

30...

DATE

MAY 1985

30...

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UQ/

L) <5

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L)

BIS (2

- CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/L) <5

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L)

CHLORO -

BENZENE

TOTAL

(UG/

L) <3

ISO-

PHORONE

TOTAL

(UG/

L)

CHLORO-

ETHANE

TOTAL

(UG/

L) <3

METHYL-

BROMIDE

TOTAL

(UG/L)

CHRY-

SENE

TOTAL

(UG/

L) <10

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L)

ETHY

L-BENZENE

TOTAL

(UG/L) <3

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/L)

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5

NITRO

BENZENE

TOTAL

(UG/

L)

FLUOR-

ENE

TOTAL

(UG/L) <5

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L)

<5<5

<5<3

<3<5

PHENAN-

THRENE

PYRENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

TETRA-

TRI-

CHLORO-

CHLORO-

1,1-DI

ETHYL-

FLUORO-

CHLORO-

ENE

METHANE

ETHANE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

1,1-DI-

1,1,1-

CHLORO-

TRI-

<5

1,1,2-

TRI-

<5<5

<30

BENZOGH

BENZO A

1,1,

2,2

I PERYL

ANTHRAC

TETR

A-

ENE1,12

ENE1,2-

<5<5

<3<3

<3

1,2-DI-

1,2-DI-

CHLORO-

CHLORO-

BENZENE

PROPANE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

1,2,4-

1,2,5,6

TRI-

-DIBENZ

1,2-

TRANSDI

CHLORO-

CHLORO-

-ANTHRA

ETHENE

BENZENE

-CENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

<5<3

<3<5

DI-N-

2-

OCTYL

NITRO-

PHTHAL-

PHENOL

ATE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

<5

<10

2,4-DI-

2,4-DI-

2,4-DI-

CHLORO-

METHYL-

NITRO-

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

ETHYL-

ENE

TOTAL

(UG/

L) <3

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <3

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L)

CHLORO-

ETHANE

TOTAL

(UG/

L) <3

1,3-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

CHLORO-

ETHANE

TOTAL

(UG/L) <3

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

CHLORO-

ETHANE

TOTAL

(UG/L)

<3.o 2-

CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <3

4-BR

OMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

BENZANT

HRACENE

TOTAL

(UG/

L) <5

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5

4-NITRO-

PHENOL

TOTAL

(UG/L)

<5<5

<5<2

0<2

0<5

<5<5

<30



1985--CONTINUED

BIS(2-

ETHYL

DI-N-

PENTA-

HEXYL)

BUTYL

NAPHTH-

CHLORO-

PHTHAL-

PHTHAL-

ALENE

PHENOL

ATE

ATE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/

L)DATE

MAY 1985

30..

.

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/L) <30

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <3

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5<5

<30

<5<5

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<3

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <3

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L) <5

HEXA-

CHLORO

BUT

ADIENE

TOTAL

(UG/L) <5

IN SITU WATER-QUALITY MEASUREMENTS, MAY 29-30, 1985

MAY 29,

1985

MAY 30,

1985--CONTINUED

SITE NAME,

TIME

SPEC

DEPTH

TEMP

PH

DO

COND

(FEET) (DEG C)(UNITS) (MG/L) (US/CM)

SPEC

SITE NAME,

DEPTH

TEMP

PH

DO

COND

TIME

(FEET) (DEG C)

(UNITS) (MG/L) (US/CM)

GO o

CALCASIEU RIVER ABOVE

BAYOU SERPENT

1630

BAYOU SERPENT 300

FEET ABOVE MOUTH

1735

WEST FORK CALCASIEU

RIVER

1855

CALCASIEU RIVER AT

SHIP CHANNEL NEAR

BUOY 130

1700

CALCASIEU RIVER AT

BUOY 130

1730

CALCASIEU RIVER AT

BUOY 114

1615

1.6

18.2

1.6

16.2

1.6

16.5

26.4

36.3

MAY

1.6

13-2

26 -.

442

.9 1.6

13-2 1.6

20.1

27.9

26.0

27-4

24.5

27.2

23-3

24.9

25-3 30,

27-9

27-5

26.5

24.6

27-9

27.8

29.3

28.7

6.8

6.2

6.6

6.0

6.6

6.2

6.5

1985 7-

67-2

7-2

7.2

7.6

7.4

8.5

8.4

9-1

6.4

8.6

0.6

6.2

0.3

0-3

0.4

8.1

5-5

1.1

0.4

8.4

7-2

9-2

8.1

63 62 59 117

363

502

4,16

08,

250

5,730

7,680

20,000

25,7

005,360

6,800

13,100

13,500

CALCASIEU RIVER AT

BAYOU D'lNDE

1530

CALCASIEU RIVER AT

PETROLEUM REFINERY

1435

CALCASIEU RIVER AT

BURTON LANDING

1340

CALCASIEU RIVER AT

DEVIL'S ELBOW

1315

CALCASIEU LAKE

1215

CALCASIEU RIVER AT

BUOY 47 NEAR

CAMERON

1100

1.6

8.9

1.6

28.0

1.6

9.9

1.6

23-1 1.6

1.6

9-9

19.8

29,

28,

27 26.

27.

27 27,

27 26 27 27 27

.0 .4 .9 3 .5 .4 .5 .0 .8 .1 .1 .0

8.6

9-9

8.2

7.2

8.2

7.4

7-5

0.8

8.2

7.4

8.2

7.2

8.2

7-7

8.0

6.1

8.2

7.2

8.0

4.8

8.0

4.7

8.1

5-0

14,400

15,500

17,100

23,600

17,400

17,400

16,100

17,900

20,0

00

34,5

0034,500

34,6

00

TABLE ?.--CONCENTRATIONS OF VOLATILE SO

LIDS



VER,

LOUISIANA,

AUGUST 19

85[<,

LESS THAN]

30

14

04

09

31

44

80

0

- C

AL

CA

SIE

U

RIV

ER

A

T BU

OY

13

0 A

T LA

KE

CH

AR

LE

S,

LO

UIS

IAN

A

DATE

AUG 1985

28..

.

DATE

AUG 1985

28..

.

DATE

AUG 1985

28..

.

DATE

AUG 1985

28..

.

DATE

AUG 1985

28.. .

TIME

1130

PHOS

PHOROUS

DIS

SOLVED

(MG/

LAS P)

0.10

CHRO

MIUM

,TOTAL

RECO

VERABLE

(UG/

LAS CR

) 80

LEAD

,DIS

SOLVED

(UG/

LAS PB) 1

ZINC,

DIS

SOLVED

(UG/

LAS ZN) 20

SOLIDS ,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

6490

0

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/L

AS P) 0.09

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR

)

<10

LEAD,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 30

ZINC

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/

GAS ZN) 30

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

<0.10

PHOS

PHOROUS

TOTAL

IN BO

T.MAT.

(MG/KG

AS P) 34

0

CHRO

MIUM,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/

G) 100

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

220

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C)

11

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.88

ARSENIC

TOTAL

(UG/L

AS AS

) 1

COBALT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) 1

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN

) 50

CARBON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C)

0.4

NITRO

GEN,

N02+N03

TOT.

IN

BOT MAT

(MG/KG

AS N)

47

ARSENIC

DIS

SOLVED

(UG/L

AS AS) 1

COBALT ,

DIS

SOLVED

(UG/L

AS CO) <1

MANGA

NESE,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G) 42

CARBON ,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

20

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) 0.13

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS) 4

COPPER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU) 7

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1

CARBON,

INOR

GANIC,

TOT IN

BOT MAT

(G/KG

AS C) 0.

1

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.14

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA

)

100

COPPER,

DIS

SOLVED

(UG/L

AS CU

) 3

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.08

CARB

ON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/

KGAS C)

20

NITRO

GEN,

NH4

TOTAL

IN BOT.

MAT.

(MG/KG

AS N) 1800

BARIUM,

DIS

SOLVED

(UG/L

AS BA

)

100

COPPER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CU) 20

SELE

NIUM

,TOTAL

(UG/L

AS SE

) <1

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) <3

NITRO

GEN, AM

MONIA +

ORGANIC

TOTAL

(MG/

LAS N) 0.

8

BARI

UM,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS BA

)

130

IRON

,TOTAL

RECOV

ERABLE

(UG/

LAS FE

)

400

SELE

NI

UM,

DIS

SOLVED

(UG/L

AS SE

) <1

CARBON-

TETR

A-CHLO-

RIDE

TOTAL

(UG/L) <3

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.6

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) <1

IRON,

DIS

SOLVED

(UG/

LAS FE

) 40

SILV

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG

) <1

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <3

NITRO

GEN,

NH4

+ ORG.

TOT IN

BOT MAT

(MG/KG

AS N) 81

0

CADMIUM

DIS

SOLVED

(UG/L

AS CD) <1

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

3500

SILV

ER,

DIS

SOLVED

(UG/L

AS AG

) <1

BROMO-

FORM

TOTAL

(UG/

L) <3

PHOS

PHOROUS

TOTAL

(MG/

LAS P) 0.15

CADMIUM

RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS CD

) <1

LEAD,

TOTAL

RECO

VERABLE

(UG/L

AS PB) 2

ZINC,

TOTAL

RECOV

ERABLE

(UG/

LAS ZN

) 20

CHLORO-

DI-

BROM

O-METHANE

TOTAL

(UG/L) <3

TABLE 7.--CONCENTRATIONS OF VOLATILE SOLIDS, NUTRIENTS, TRACE EL

EMEN

TS,

VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE


VER,

LOUISIANA,

AUGUST 1985--CONTINUED

METHYL-

TETRA-

TRI-

ENE

CHLORO-

CHLORO-

1,1-DI-

DATE

AUG 1985

28...

DATE

AUG 1985

28...

CHLORO

FORM

TOTAL

(UG/

L)

<3

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

TOLUENE

TOTAL

(UG/L)

<3

1.1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

BENZENE

TOTAL

(UG/L)

<3

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

CHLORO -

BENZENE

TOTAL

(UG/

L)

<3

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L)

ETHYL-

BENZENE

TOTAL

(UG/L)

<3

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L)

METHYL-

BROMIDE

TOTAL

(UG/

L)

<3

1,3-Dl-

CHLORO-

PROPENE

TOTAL

(UG/

L)

CHLO

RIDE

TOTAL

(UG/L)

<3

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L)

ETHYL-

ENE

TOTAL

(UG/L)

<3

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L)

FLUORO-

METHANE

TOTAL

(UG/

L)

<3

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

CHLORO-

ETHANE

TOTAL

(UG/

L)

<3

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<3<3

<3<3

<3<3

<3<3

<3<3

<3

301150093171600 - CALCASIEU RIVER AT BAYOU D'lNDE. 2.

8 MILES SOUTHEAST OF HOLLYWOOD, LOUISIANA

CX> to

DATE

AUG 1985

28..

.

DATE

AUG 1985

28...

DATE

AUG 1985

TIME

1630

PHOS

PHOROUS

ORTH

O,DIS

SOLVED

(MG/L

AS P) 0.06

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR)

SOLIDS ,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

131000

PHOS

PHOROUS

TOTAL

IN BO

T.MAT.

(MG/KG

AS P)

1500

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G)

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

<0.10

ARSENIC

TOTAL

(UG/L

AS AS) 1

COBALT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

)

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

ARSENIC

DIS

SOLVED

(UG/L

AS AS

) <1

COBALT,

DIS

SOLVED

(UG/L

AS CO

)

NITRO

GEN,

N02+N03

TOT.

IN

BOT MAT

(MG/KG

AS N)

14

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS

) 6

COPPER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU

)

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.09

BARIUM.

TOTAL

RECOV

ERABLE

(UG/L

AS BA

)

100

COPPER,

DIS

SOLVED

(UG/L

AS CU

)

NITRO

GEN, NH4

TOTAL

IN BO

T.MAT.

(MG/KG

AS N) 10

0

BARI

UM,

DIS

SOLVED

(UG/

LAS BA

)

<100

COPP

ER,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CU)

NITRO

GEN,

AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N) 0.

9

BARI

UM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS BA)

300

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE)

NITRO

GEN, AM

MONIA

« ORGANIC

DIS.

(MG/L

AS N) 0.

5

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) 1

IRON,

DIS

SOLVED

(UG/L

AS FE)

NITRO

GEN, NH4

+ ORG.

TOT IN

BOT MAT

(MG/

KGAS N) 95

0

CADMIUM

DIS

SOLVED

(UG/

LAS CD) 1

IRON

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.14

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS CD) <1

LEAD

,TOTAL

RECOV

ERABLE

(UG/

LAS PB)

PHOS

PHOROUS

DIS

SOLVED

(MG/

LAS P)

0.12

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 10

LEAD

,DIS

SOLVED

(UG/

LAS PB

)

450

<1<1

270

190

309500

<1

DATE

AUG 1985

28...

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(U6/G

AS PB) 70

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN)

100

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN

) 10

MANGA

NESE.

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 360

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

MERCURY

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G

AS HG)

2.0

SELE

NIUM,

TOTAL

(UG/L

AS SE

) <1

SELE

NIUM,

DIS

SOLVED

(UG/

LAS SE

) <1

SILV

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG) 2

SILV

ER,

DIS

SOLVED

(UG/L

AS AG) <1

ZINC

,TOTAL

RECOV

ERABLE

(UG/L

AS ZN) 30

ZINC

,DIS

SOLVED

(UG/L

AS ZN) 20

Q)

Q)

DATE

AUG 1985

28...

DATE

AUG 1985

28..

.

DATE

AUG 1985

28...

ZINC

,CA

RBON

, CA

RBON

, CA

RBON

, CA

RBON

,RECOV.

CARBON,

ORGANIC

ORGANIC

INOR-

INORG +

DI-

CARBON-

FM BOT-

ORGANIC

SUS-

TOT.

IN

GANIC,

ORGANIC

CHLORO-

TETRA-

1,2-

DI-

TOM MA-

DIS-

TERIAL

(UG/G

AS ZN)

140

CHLORO-

SOLVED

(MG/L

AS C)

12

FENDED

TOTAL

(MG/L

AS C) 1.

6

BOTTOM

TOT IN

TOT.

IN

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

DI-

BROMO-

MAT.

(GM/KG

AS C)

58

BOT MAT

(G/KG

AS C) 0.

5

BOT MAT

(MG/KG

AS C)

58

METHANE

TOTAL

(UG/

L) <3

RIDE

TOTAL

(UG/L) <3

ETHANE

TOTAL

(UG/L) 7-0

FORM

METHANE

TOTAL

TOTAL

(UG/L)

(UG/L)

100

7-5

METHYL-

TETR

A-TRI-

ENE

CHLORO-

CHLORO-

1,1-DI-

CHLORO-

CHLORO-

ETHY

L-

METHYL-

CHLO-

ETHYL-

FLUORO-

CHLORO

FORM

TOLUENE

BENZENE

BENZENE

ETHANE

BENZENE

BROMIDE

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

ENE

METHANE

ETHANE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

7-8

<3<3

<3<3

<3<3

9.8

1,1-DI-

1,1,1-

CHLORO-

TRI-

ETHYL-

ENE

TOTAL

TOTAL

(UG/

L)

(UG/L)

1,1,

2-

TRI-

1,1,2,2

TETRA-

1,2-

DI-

2-

DI-

CHLORO-

CHLORO-

1,3-DI-

ETHYL-

DI-

1,2-

TRANSDI

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLO

RO-

CHLORO-

VINYL-

FLUO

RO-

ETHANE

ETHANE

ETHANE

PROPANE

ETHENE

PROPENE

ETHER

METHANE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

<3

<3

<3

<3

<3

<3

<3

<3

<3

30

12

30

09

31

80

30

0

- BA

YO

U

D'lN

DE

A

T C

ON

FLU

ENC

E W

ITH

IN

DU

STR

IAL

O

UTF

ALL

<3

VINYL

CHLO

RIDE

TOTAL

(UG/L) <3

<3

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<3

DATE

AUG 1985

28...

TIME

1130

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS

)

BARI

UM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS BA)

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CD)

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G)

COPPER ,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CU

)

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

LEAD,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G

AS PB

)

MANGA

NESE,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G)

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS HG

)

120

<1220

110

2500

7092

0.10

TABLE ?.--CONCENTRATIONS OF VOLATILE SO

LIDS

, NUTRIENTS, TRACE ELEMENTS,


ORGANIC COMPOUNDS, AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER, LOUISIANA,


DATE

AUG 1985

28...

ZINC

,RE

COV.

DI-

CARBON-

FM BOT-

CHLORO-

TETRA-

TOM MA-

BROMO-

CHLO-

TERIAL

METHANE

RIDE

(UG/G

TOTAL

TOTAL

AS ZN)

(UG/L)

(UG/L)

1,2-

DI-

CHLORO-

BROMO-

ETHANE

FORM

TOTAL

TOTAL

(UG/L)

(UG/

L)

CHLORO-

DI-

BROMO-

CHLORO-

METHANE

FORM

TOTAL

TOTAL

(UG/L)

(UG/L)

CHLORO-

TOLUENE

BENZENE

BENZENE

TOTAL

TOTAL

TOTAL

(UG

/L)

(UG

/L)

(UG

/L)

120

7-7

<321

530

METHYL-

TETRA-

45 TRI-

<3<3

<3

1,1-DI-

1,1,1-

DA

TE

AU

G

1985

2

8..

.

ENE

CHLORO-

ETHYL-

METHYL-

CHLO-

ETHANE

BENZENE

BROMIDE

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

CHLORO-

CHLORO-

1,1-DI-

CHLORO-

TRI-

<3<3

<325

ETHYL-

ENE

TOTAL

(UG/L)

36

FLUORO-

CHLORO-

ETHYL-

METHANE

ETHANE

ENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

<3<3

<3

CHLORO-

ETHANE

TOTAL

(UG/

L) 3-4

CL>

DATE

AUG 1985

28..

.

1,1.2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 9-1

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L)

<3

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L)

<3

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L)

<3

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L)

<3

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L)

<3

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L)

<3

VINYL

CHLO

RIDE

TOTAL

(UG/L) <3

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 3-0

300957093190800 - CALCASIEU RIVER AT PETROLEUM REFINERY, 3-


DATE

AUG 1985

29-..

DATE

AUG 1985

29...

TIME

0930

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.10

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

140000

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/

LAS P) 0.08

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N) 0.10

PHOS

PHOROUS

TOTAL

IN BOT.

MAT.

(MG/

KGAS P) 410

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

ARSENIC

TOTAL

(UG/L

AS AS

) 1

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N)

12

ARSENIC

DIS

SOLVED

(UG/L

AS AS) <1

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.20

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS

) 8

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/

LAS N)

0.11

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/

LAS BA

)

100

NITRO

GEN, NH4

TOTAL

IN BOT.

MAT.

(MG/

KGAS N) 57

0

BARI

UM,

DIS

SOLVED

(UG/

LAS BA

)

100

NITRO

GEN, AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N) 0.

9

BARI

UM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS BA)

250

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.5

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD) <1

NITRO

GEN,

NH4

+ OR

G.TOT IN

BOT MAT

(MG/KG

AS N) 1300

CADMIUM

DIS

SOLVED

(UG/L

AS CD) <1

PHOS

PHOROUS

TOTAL

(MG/

LAS P) 0.13

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CD) <1

CO 01

DATE

AUG 1985

29...

DATE

AUG 1985

29..

.

DATE

AUG 1985

29...

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 20

LEAD,

DIS

SOLVED

(UG/L

AS PB

) 1

ZINC,

DIS

SOLVED

(UG/L

AS ZN

) 30

CHRO

MIUM

,DIS

SOLVED

(UG/

LAS CR) 20

LEAD,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 50

ZINC,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G

AS ZN)

120

CHRO

MIUM

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 490

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

100

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 8.

0

COBALT ,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) <1

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN) 20

CARBON,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 1.

6

COBA

LT,

DIS

SOLVED

(UG/L

AS CO

) <1

MANGA

NESE,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 200

CARB

ON,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/

KGAS C)

48

COPP

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU) 7

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

CARB

ON,

INOR

GANI

C,TOT IN

BOT MAT

(G/KG

AS C) 0.

6

COPPER,

DIS

SOLVED

(UG/L

AS CU) 4

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.60

CARBON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/KG

AS C)

49

COPPER,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CU

) 90

IRON,

TOTAL

RECOV

ERABLE

(UG/

LAS FE

)

150

IRON

,RE

COV.

IRON

, FM BOT-

DIS-

TOM MA-

SOLVED

TERIAL

(UG/L

(UG/

GAS FE)

AS FE)

50

9600

SELE-

SILVER,

SELE

NIUM

,TOTAL

(UG/L

AS SE) <1

NIUM

,DIS

SOLVED

(UG/

LAS SE

) <1

DI-

CARBON-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) <3

TETRA-

1TOTAL

SILVER ,

RECOV-

DIS-

ERABLE

SOLVED

(UG/L

(UG/L

AS AG)

AS AG)

<1

<1

LEAD

,TOTAL

RECOV

ERABLE

(UG/L

AS PB) 2

ZINC,

TOTAL

RECOV

ERABLE

(UG/

LAS ZN

) 20

CHLORO-

,2-DI-

CHLO-

CHLORO-

BROMO-

RIDE

TOTAL

(UG/L) <3

METHYL-

TETRA-

CHLORO-

DATE

FORM

ENE

CHLORO-

CHLORO-

ETHYL-

METHYL-

CHLO-

TOLUENE

BENZENE

BENZENE

ETHANE

BENZENE

BROMIDE

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

DI-

BROMO-

ETHANE

FORM

METHANE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

<3

15

TRI-

TOTAL

(UG/L) <3

CHLORO-

CHLORO-

1,1-DI-

ETHYL-

ENE

TOTAL

(UG/L)

FLUORO-

CHLORO-

METHANE

ETHANE

TOTAL

TOTAL

(UG/L)

(UG/L)

AUG 1985

29..

.6.2

<3<3

<3<3

<3<3

<3<3

<3

DATE

AUG 1985

29...

2-

DI-

1,1,

2-

1,1,2,2

1,2-

CHLORO-

CHLORO-

--

-

TRI-

TETRA-

1,2-

DI-

TRANSDI

1,3-DI-

ETHYL-

DI-

VINYL

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

FLUORO-

CHLO-

ETHANE

ETHANE

ETHANE

PROPANE

ETHENE

PROPENE

ETHER

METHANE

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

1,1-DI-

1,1,

1-

CHLORO-

TRI-

ENE

TOTAL

(UG/L)

<3<3

<3<3

<3<3

<3<3

<3<3

<3

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<3

TABLE 7---CONCENTRATIONS OF VOLATILE SO

LIDS



VER,

LOUISIANA,

AUGUST 1985--CONTINUED 300127093184900 - CALCASIEU LA

KE,

2.3 MILES NORTHEAST OF HACKBERRY, LOUISIANA

DATE

AUG 1985

30...

DATE

AUG 1985

30...

DATE

AUG 1985

30...

DATE

AUG 1985

30...

DATE

AUG 1985

30..

.

TIME

1100

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.02

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 30

LEAD,

DIS

SOLVED

(UG/L

AS PB

) 1

ZINC,

DIS

SOLVED

(UG/L

AS ZN

) 30

SOLIDS ,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

4890

0

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/L

AS P) 0.02

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR

) 30

LEAD,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS PB

) 10

ZINC

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS ZN

) 50

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

<0.10

PHOS

PHOROUS

TOTAL

IN BOT.

MAT.

(MG/

KGAS P) 480

CHRO

MIUM

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 130

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN

) 80

CARBON ,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 7.

4

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

ARSENIC

TOTAL

(UG/L

AS AS) 1

COBA

LT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) <1

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN

) 20

CARBON ,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 0.6

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/

KGAS N)

16

ARSENIC

DIS

SOLVED

(UG/L

AS AS

) <1

COBA

LT,

DIS

SOLVED

(UG/L

AS CO

) <1

MANGA

NESE

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/

G) 390

CARB

ON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C) 8.9

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) --

-

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS

) 7

COPPER ,

TOTAL

RECOV

ERABLE

(UG/L

AS CU) 8

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

CARBON ,

INOR

GANIC,

TOT IN

BOT MAT

(G/KG

AS C) 1.

1

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.13

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA)

<100

COPPER,

DIS

SOLVED

(UG/L

AS CU

) 10

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

<0.1

CARBON,

INORG +

ORGANIC

TOT. IN

BOT MAT

(MG/KG

AS C)

10

NITRO

GEN,

NH4

TOTAL

IN BOT.

MAT.

(MG/KG

AS N) 19

0

BARI

UM,

DIS

SOLVED

(UG/L

AS BA

)

<100

COPPER,

RECO

V.FM BO

TTOM MA

TERIAL

(UG/G

AS CU) 30

SELE

NIUM

,TOTAL

(UG/L

AS SE

) <1

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) <3

NITRO

GEN,

AM

MONIA +

ORGANIC

TOTAL

(MG/L

AS N) 1.

0

BARIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS BA)

340

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

350

SELE

NIUM

,DIS

SOLVED

(UG/L

AS SE

) <1

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L) <3

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.4

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) <1

IRON

,DIS

SOLVED

(UG/

LAS FE) 80

SILV

ER,

TOTAL

RECOV

ERABLE

(UG/L

AS AG) <1

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <3

NITRO

GEN,

NH4

+ ORG.

TOT IN

BOT MAT

(MG/

KGAS N) 51

0

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) <1

IRON

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS FE)

8900

SILV

ER,

DIS

SOLVED

(UG/L

AS AG

) <1

BROMO-

FORM

TOTAL

(UG/L) <3

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.05

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS CD

) <1

LEAD

,TOTAL

RECOV

ERABLE

(UG/

LAS PB) 1

ZINC,

TOTAL

RECOV

ERABLE

(UG/L

AS ZN

) 30

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) <3

DATE

AUG 1985

30...

CHLORO

FORM

TOTAL

(UG/L) 6.4

TOLUENE

TOTAL

(UG/L)

<3

BENZENE

TOTAL

(UG/L)

<3

CHLORO -

BENZENE

TOTAL

(UG/L)

<3

CHLORO -

ETHANE

TOTAL

(UG/L)

<3

ETHYL-

BENZENE

TOTAL

(UG/L)

<3

METHYL-

BROMIDE

TOTAL

(UG/L)

<3

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L)

<3

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<3

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L)

<3

1.1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<3

DATE

AUG 1985

30..

.

2-

DI-

1,1-

DI-

1,1,1-

1,1,2-

1,1,2,2

1,2-

CHLORO-

CHLORO-

CHLORO-

TRI-

TRI-

TETRA-

1,2-DI-

TRANSDI

1,3-DI-

ETHYL-

DI-

VINYL

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

FLUORO-

CHLO-

ENE

ETHANE

ETHANE

ETHANE

PROPANE ETHENE

PROPENE

ETHER

METHANE

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

<3

<3

<3

<3

<3

<3

<3

<3

<3

<3

08017090

- CALCASIEU RIVER AT BURTON LANDING NEAR LAKE CHARLES, LOUISIANA

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 3-0

00DATE

AUG

1985

29...

TIME

1130

SOLI

DS,

VOLA

TILE IN

BOTTOM

MA

TERIAL

(MG/

KG)

37600

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

<0.10

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.10

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N)

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) 0.26

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.25

NITRO

GEN,

NH A

TOTAL

IN BOT.

MAT.

(M

G/KG

AS N) 67

0

NITRO

GEN,

AM

MONIA +

ORGANIC

TOTAL

(MG/

L AS N) 0.

9

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/

LAS N) 0.6

NITRO

GEN.

NBA

* OR

G.

TOT IN

BOT MAT

(MG/KG

AS N) 410

PHOS

PHOROUS

TOTAL

(MG/

L AS P) 0.08

DATE

AUG 1985

29..

.

PHOS

PHOROUS

DIS

SOLVED

(MG/

LAS P) 0.05

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/

LAS P) 0.04

PHOS

PHOROUS

TOTAL

IN BO

T.MAT.

(MG/KG

AS P) 17

0

ARSENIC

TOTAL

(UG/L

AS AS

) 1

ARSENIC

DIS

SOLVED

(UG/L

AS AS

) <1

ARSENIC

TOTAL

IN BOT

TOM MA

TERIAL

(UG/G

AS AS) 3

BARI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS BA)

100

BARI

UM,

DIS

SOLVED

(UG/

LAS BA

)

<100

BARI

UM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS BA

) 60

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) <1

CADMIUM

DIS

SOLVED

(UG/L

AS CD) 1

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD) <1

DATE

AUG 1985

29..

.

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR)

420

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) 20

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 70

COBALT,

TOTAL

RECOV

ERABLE

(UG/L

AS CO

) <1

COBALT ,

DIS

SOLVED

(UG/L

AS CO) 1

COPPER,

TOTAL

RECOV

ERABLE

(UG/L

AS CU

) 6

COPPER,

DIS

SOLVED

(UG/L

AS CU

) 6

COPPER,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS CU

) 10

IRON,

TOTAL

RECOV

ERABLE

(UG/

LAS FE

)

250

IRON.

DIS

SOLVED

(UG/L

AS FE

) 60

IRON.

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS FE)

2800

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB) 2

TABLE ?.--CONCENTRATIONS OF VOLATILE SOLIDS, NUTRIENTS, TRACE ELEMENTS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE

ORGANIC COMPOUNDS, AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER, LOUISIANA,


DATE

AUG 1985

29...

LEAD,

DIS

SOLVED

(UG/L

AS PB

) <1

LEAD

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 10

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN

) 80

MANGA-

MERCURY

MANGA-

NESE,

MERCURY

RECOV.

NESE,

RECOV.

TOTAL

FM BOT-

DIS-

FM BOT-

SOLVED

TOM MA-

(UG/L

TERIAL

(UG/L

AS MN

) (U

G/G)

AS HG)

RECOV-

TOM MA-

ERABLE

TERIAL

(UG/G

2060

AS HG

)

0.08

SELE

NIUM

, TOTAL

(UG/

L AS SE

)

SELE

NIUM,

DIS

SOLVED

(UG/L

AS SE

)

SILV

ER,

TOTAL

SILV

ER,

RECOV-

DIS-

ERABLE

(UG/

LAS AG)

SOLVED

(UG/L

AS AG)

DATE

AUG 1985

ZINC,

CARBON,

CARB

ON,

CARBON,

CARB

ON,

RECOV.

CARBON,

ORGANIC

ORGANIC

INOR-

INORG +

DI-

CARBON-

SUS-

TOT. IN

GANIC,

ORGANIC

CHLORO-

TETRA-

1,2-

DI-

PENDED

BOTTOM

TOT IN

TOT. IN

BROM

O-

CHLO-

TOTAL

MAT.

BOT MAT

BOT MAT

METHANE

RIDE

(MG/L

(GM/

KG

(G/KG

(MG/

KG

TOTAL

TOTAL

AS C)

AS C)

AS C)

AS C)

(UG/L)

(UG/

L)

ZINC

, FM BOT-

ORGANIC

DIS-

TOM MA-

DIS

SOLVED

TERIAL

SOLVED

(UG/L

(UG/G

(MG/L

AS ZN)

AS ZN

) AS C)

CHLORO-

BROMO-

ETHANE

FORM

TOTAL

TOTAL

(UG/L)

(UG/

L)

2010

4.0

0.4

9.0

0.2

9.2

<3<3

METHYL-

TETRA-

<3 TRI-

5-4

ZINC,

TOTAL

RECOV

ERABLE

(UG/L

AS ZN

) 30

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L) <3

ENE

CHLORO-

CHLORO-

1,1-DI-

CHLORO-

CHLORO-

CHLORO-

ETHYL-

METHYL-

CHLO

- ETHYL-

FLUORO-

CHLORO-

00DATE

AUG 1985

29...

FORM

TOLUENE

BENZENE

BENZENE

ETHANE

BENZENE BROMIDE

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

3.0

<3<3

<3<3

<3<3

<3

ENE

TOTAL

(UG/L)

<3

METHANE ETHANE

TOTAL

TOTAL

(UG/L)

(UG/L)

DATE

AUG 1985

29...

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <3

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <3

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <3

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) <3

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <3

1,2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/L) <3

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <3

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <3

DI-

CHLORO-

DI-

FLUO

RO-

METHANE

TOTAL

(UG/L) <3

<3

VINYL

CHLO

RIDE

TOTAL

(UG/L) <3

<3

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <3

IN SITU WATER-QUALITY MEASUREMENTS, AUGUST 28-30, 1985

GO

vO

DEPTH

(FEET)

TEMP

DO

(DEG

C)

(MG/L)

AUGUST 28

,

1.0

5.9

13.2

35-3 1.6

9-9

20.1

45.2

29.0

28.5

29.0

30.0

29-5

30.0

30.0

30.0

AUGUST 29,

1.6

5-0

9-9

20.1

43.2 1.6

9-9

20.1

44.2 45.2

30.0

30.0

30.0

30.5

30.0

30.5

29.0

28.0

30.0

30.0

AUGUST 30

,

1.6

4.0

31.5

30.0

1985

5.9

5-3

0.9

0.4

7.4

1.0

0.6

2.1

1985

7.4

5-7

2.6

1.5

2.8

8.8

3-9

4.0

2.0

1.9

1985 -_

_

SPEC

COND

(US/

CM)

6,50

07,400

3L500

40,000

12,000

31,000

40,000

42,500

19,0

0022,500

28,500

37,000

44,000

21,0

0035,000

42,000

43,000

44,500

31,0

0031,400

ORP

(MV)

+300

+ 19

0___

-100

+300

+240

+ 250

+ 240

+360

+400

+380

+ 280

+320

+400

+320

+ 260

+300

+ 16

0

+ 700

+ 700

SITE NA

ME,

TIME

CALCASIEU RIVER

AT BUOY 13

0 11

30

CALCASIEU RIVER

AT BAYOU D'lNDE

1630

CALCASIEU RIVER AT

PETROLEUM REFINERY

0930

CALCASIEU RIVER AT

BURTON LANDING

1130

CALCASIEU LAKE

1100

FRACTIONATION OF DISSOLVED ORGANIC CARBON INTO HYDROPHILIC AND HYDROPHOBIC

COMPONENTS IN WATER FROM THE LOWER CALCASIEU RIVER, LOUISIANA.

[ORGANIC CA

RBON

, IN MILLIGRAMS PER LI

TER]

SITE NAME

DISSOLVED

ORGANIC

CARBON

AUGUST 28-30, 1985

CALCASIEU RIVER AT BUOY 130

7-5


5-2


6.0


4.9

CALCASIEU LAKE

4,7

HYDROPHOBIC

FRACTION

3-6

2.1

2.8

1.8

1-5

HYDROPHILIC

FRACTION

3-9

3-1

3-2

3-1

3-2

TABLE 8. LEAD-210 AND CESIUM-137 RADIOACTIVITY PROFILES FOR CORE SAMPLES COLLECTED FROM THE LOWER CALCASIEU RIVER, LOUISIANA, MARCH 12, 1986

[OQNCENTRATION IN PIOOCURIES PER GRAM. DEPTH IN INCHES, SAMPLE SIZE IN GRAMS. ERROR ESTIMATES ARE AT TWO STANDARD DEVIATIONS]

CALCASIEU RIVER AT (TON ISLAND LOOP

DEPTH

0.00- 1.183.94- 5.127.87- 9.0614.17-15.51

UNSUPPORTED LEAD-210

1.620 + 0.4341.094 + 0.2421.152 + 0.3041.348 + 0.310

CESIUM-137

0.311 + 0.0720.271 + 0.0300.404 + 0.0600.390 + 0.046

BAYOU D'lNDE AT MOUTH

0.00- 1.183.94- 5.127.87- 9.0611.81-12.9915.75-16.9319.69-20.87

0.00- 1.183.94- 5.127.87- 9.0611.81-12.99

0.666 + 0.1480.145 + 0.1740.644 + 0.3160.876 + 0.3600.934 + 0.3180.908 + 0.338

PRIEN

1.501 + 0.2141.065 + 0.1721.767 + 0.1961.047 + 0.182

CALCASIEU RIVER AT

0.00- 1.185.91- 7.0913.78-14.9618.50-19.69

1.272 + 0.2260.323 + 0.1490.502 + 0.3520.933 + 0.372

0.161 + 0.0280.025 + 0.0260.134 + 0.0460.062 + 0.0640.035 + 0.0450.066 + 0.050

LAKE

0.283 + 0.0400.171 + 0.0241.329 + 0.0540.242 + 0.024

PETROLEUM REFINERY

0.050 + 0.0300.003 + 0.0150.007 + 0.058-0.128 + 0.068

SAMPLE SIZE

13.0029.8519.7421.30

43.1355.5513.2510.6015.0013.05

23.6541.7830.6043.50

22.6750.0111.4210.15

140

TABLE 9.--CONCENTRATIONS OF NUTRIENTS, TRACE METALS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS,

AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RI

VER,

LOUISIANA, MAY 1986

[DAS

HES

( ), NOT CO

LLEC

TED]

30i4

o4o9

3i44

8oo

- CALCASIEU RIVER

AT B

UOY

130

AT L

AKE

CHARLES, LO

UISI

ANA

DATE

MAY 1986

19...

19..

.

TIME

1600

1601

SAM

PLING

DEPTH

(FEET)

1.6

5-0

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.14

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/

KGAS N)

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) 0.13

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/

LAS N) 0.12

NITRO

GEN, NH4

TOTAL

IN BO

T.MA

T.(M

G/KG

AS N) __

_

PHOS

PHOROUS

TOTAL

(MG/

LAS P)

0.08

PHOS

PHOROUS

DIS

SOLVED

(MG/

LAS P)

0.04

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/

LAS P) 0.03

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 2

20.

0845

CHRO-

CHRO-

MIUM,

IRON,

<2.0

9.4

IRON,

MERCURY

CARB

ON,

RECOV.

MERCURY

RECOV.

ORGANIC

DI-

CARBON-

DATE

MAY 1986

19..

.19

...

20.

. .

MIUM

DIS

SOLVED

(UG/L

AS CR

)

<1

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 50

TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

600

IRON,

DIS

SOLVED

(UG/L

AS FE

)

270

FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

2500

TOTAL

RECOV

ERABLE

(UG/

LAS HG

)

<0.1 ___

FM BO

TTOM MA

TERIAL

(UG/G

AS HG)

0.06

SUS

PENDED

TOTAL

(MG/

LAS C) 1.

0___

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L) 0.2

0.5

___

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2 3-0

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.1

5-4

BROMO-

FORM

TOTAL

(UG/L) 1-3

17

DATE

MAY 1986

19..

. 19

...

CHLORO-

DI-

BROMO-

CHLORO-

METHANE

FORM

TOTAL 0.4

1.1

TOTAL

ACE-

ACE-

NAPHTH-

NAPHTH-

ANTHRA-

TOLUENE

BENZENE

YLENE

ENE

CENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

BENZO B

BENZO K

FLUOR-

FLUOR-

AN-

AN-

THENE

THENE

TOTAL

TOTAL

BIS

2-BENZO-

CHLORO-

ETHYL

A-

PYRENE

TOTAL

- 16

0<0.2

0.5

<0.2

0.4

<5<5

<5

ETHER

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

<5

DATE

MAY 1986

19..

. 19

...

BIS

(2-

CHLORO-

ETHOXY)

PROPYL)

PHTHAL-

CHLORO-

CHLORO-

ETHER

ATE

BENZENE

ETHANE

TOTAL

TOTAL

TOTAL

METHANE

TOTAL

BIS (2-

CHLORO-

N-BUTYL

ISO-

BENZYL

TOTAL

CHRY-

SENE

ATE

TOTAL

TOTAL

DI-

DIETHYL

METHYL

PHTHAL-

PHTHAL-

ETHYL-

ATE

TOTAL

FLUOR-

FLUOR-

BENZENE

ANTHENE

TOTAL

TOTAL

<5<5

<5<0

.2

<0.2

<0.2

<0.2

<5<5

<0.2

<0

.2<5

ENE

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L) <5


AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER, LOUISIANA, MAY 1986--CONTINUED

to

DATE

MAY 1986

19...

19...

DATE

MAY 1986

19...

19...

DATE

MAY 1986

19...

19...

DATE

MAY 1986

19...

19...

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5---

PHENAN-

THRENE

TOTAL

(UG/

L)

<5---

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5 <0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L)

<6

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5---

PYRENE

TOTAL

(UG/L) <5---

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/L)

<0.2

<0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <10

___

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/L) <10

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 0.3

4.0

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) 0.3

2.4

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <6

ISO-

PHORONE

TOTAL

(UG/L) <5

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L)

<0.2

<0.2

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <6

___

METHYL-

BROMIDE

TOTAL

(UG/L)

<0.2

0.3

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

0.4

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <10

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5___

METHYL

ENE

CHLO

RIDE

TOTAL

(UG/L) 4.0

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) ___

0.5

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L)

<0.2

<0.2

2,4,

-DI-

NITRO-

PHENOL

TOTAL

(UG/L) <20

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L) <5

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

0.4

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5 <0.2

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5___

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L) <5---

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

0.6

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5 <0.2

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5___

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/L) <5

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

0.5

2-

CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L)

<0.2

<0.2

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5

NITRO

BENZENE

TOTAL

(UG/L) <5---

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <10

---

2-

CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5---

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5---

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <5---

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <10

---

2-

CHLORO-

PHENOL

TOTAL

(UG/L) <6

---

4-NITRO-

PHENOL

TOTAL

(UG/L) <30

---

DATE

MAY 1986

19..

. 19

...

DI-

4,6-

CHLORO-

DINITRO

DI-

-ORTHO-

FLUORO-

CRESOL

METHANE

TOTAL

TOTAL

(UG/

L)

(UG/L)

BIS(2-

ETHYL

DI-N-

PHENOL

PENT

A-

HEXYL)

BUTYL

(C6H

- NAPHTH-

CHLORO-

PHTHAL-

PHTHAL-

50H)

ALENE

PHENOL

ATE

ATE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

<30

<0.2

<0.2

<6<5

<30

<5<5

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

<0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 0.4

13

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

<5___

301244093171300 - INDUSTRIAL OUTFALL ABOVE 1-210

BRIDGE NEAR MAPLEWOOD, LOUISIANA

GO

MAY 20 20 20

MAY 20 20 20

DATE

TIME

1986

0900

0901

0902

CHLORO -

ETHANE

DATE

TOTAL

(UG/

L)1986

<0.2

<0.2

<0.2

1

SAM

PLING

DEPTH

(FEET)

1.6

3-3

5.0

ETHYL-

BENZENE

TOTAL

(UG/L)

<0.2

<0.2

<0.2

,2-DI-

CHLORO -

BENZENE

DATE

TOTAL

(UG/L)

MAY 1986

20..

.20

.. .

20..

.

<0.2

<0.2

<0.2

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 19 21 34

METHYL-

BROMIDE

TOTAL

(UG/

L) 0.3

0.7

<0.2

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L) 0.2

0.2

0.2

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

<3 <0.2 5-5

1,2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/

L) 2.8

2.2

2.7

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 53 53 95

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 56 56 40

1,3-

DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2 0.8

BROM

O-FORM

TOTAL

(UG/L)

1100

1100 680

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L)

<0.2

<0.2

<0.2

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

CHLORO -

DI-

BROMO-

METHANE

TOTAL

(UG/L) 93

99 110

1.1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 1.6

1-3

1.4

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

CHLO

RO

FORM

TOTAL

(UG/L) 14

0140

230

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 1.4

1.1

0.8

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

<0.2

<0.2

TOLUENE

TOTAL

(UG/L) 0.

2<0.2 0.2

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 9-3

8.8

17

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

<0.2

<0.2

BENZENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 12 13 14

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

<0.2

<0.2

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 12

'

12 11

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 7-0

6.1

7-9

TABLE 9.--CONCENTRATIONS OF NUTRIENTS, TRACE METALS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC CO

MPOU

NDS,


VER,

LOUISIANA, MAY 1986--CONTINUED

301230093180300 - BAYOU D'lNDE AT CONFLUENCE WITH INDUSTRIAL OUTFALL

DATE

MAY 1986

21...

21..

.21

...

TIME

1200

1201

1202

SAM

PLING

DEPTH

(FEET)

1.6

3-3

6.6

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N) 0.20

___

___

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.18

___

NITRO

GEN,

N02+N03

TOT. IN

BOT MAT

(MG/KG

AS N) <2.0

___

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N)

0.06

___

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.05

___

___

NITRO

GEN,

NH4

TOTAL

IN BO

T.MAT.

(MG/KG

AS N)

20__

___

_

PHOS

PHOROUS

TOTAL

(MG/L

AS P)

0.31 ___

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P) 0.17 ___

PHOS

PHOROUS

ORTHO ,

DIS

SOLVED

(MG/L

AS P) 0.14

___

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 12__

_

CHRO-

IRON

,MERCURY

CARBON,

DATE

MAY 1986

21...

21...

21..

.

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR

) 2

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 80 ___

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

860

___

IRON

,DIS

SOLVED

(UG/L

AS FE

) 60

___

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

5100

___

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

1.0

___

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.40

___

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 2.

1___

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L) 46 30 29

CARBON -

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

<0.2

0-3

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 86 51 50

BROM

O-FORM

TOTAL

(UG/L)

1000

>310

0>2600

DATE

MAY 1986

21..

. 21...

21..

.

DATE

MAY 1986

21..

. 21

...

21..

.

CHLORO-

DI-

BROMO-

CHLORO-

METHANE

FORM

TOTAL

TOTAL

ACE-

ACE-

NAPHTH-

NAPHTH-

ANTHRA-

TOLUENE

BENZENE

YLENE

ENE

CENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

BENZO B

BENZO K

FLUOR-

FLUOR-

AN-

AN-

THENE

THENE

TOTAL

TOTAL

BIS

2-BENZO-

CHLO

RO-

ETHYL

A-PYRENE

TOTAL

100

130

130

280

190

200

9-0

2.4

3-0

<0.2

0.2

0.2

<5<5

<5

BIS

BIS (2-

(2-

CHLORO-

N-BUTYL

CHLORO-

ISO-

BENZYL

ETHO

XY)

PROPYL)

PHTHAL-

CHLORO-

CHLORO-

METHANE

ETHER

ATE

BENZENE

ETHANE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

CHRY-

SENE

TOTAL

TOTAL

TOTAL

<5<5

<50.

3<0

.2

<0.2

<0.2

<0.2

<0.2

<5<5

<0.2 0.2

<0.2

<5

ETHER

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

<5

DI-

DIETHYL

METHYL

PHTHAL-

PHTHAL-

ETHYL-

FLUOR-

FLUOR-

ATE

ATE

BENZENE

ANTHENE

ENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

<5

en

DATE

MAY 1986

21.. .

21.

. .

21.

..

DATE

MAY 1986

21.. .

21.

. .

21.. .

DATE

MAY 1986

21.

. .

21.. .

21.. .

DATE

MAY 1986

21.

. .

21.

..21

...

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5

___

PHENAN-

THRENE

TOTAL

(UG/L)

<5

___

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5 <0.2

<0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L)

<6___

___

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<5

___

PYRENE

TOTAL

(UG/

L)

<5

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

___

___

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

TETR

A-CHLORO-

ETHY

L-ENE

TOTAL

(UG/L)

28 32 29

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) 2-3

3-0

2.4

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L)

<6___

___

ISO-

PHORONE

TOTAL

(UG/L)

<5

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) 0.2

<0.2

<0.2

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5___

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

<6___

___

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2 0.5

0.4

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 1.

41.1

1.3

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

___

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

<5

___

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L) 9-5

6.3

4.1

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 0.6

1.0

0.9

1,3-

DI-

CHLORO-

PROPENE

TOTAL

(UG/L) 1.

5<0

.2<0

.2

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0___

___

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

<5

___

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 20 11 9-

6

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5 <0.2

<0.2

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<5__

____

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L)

<5

---

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

14 16 14

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5 <0.2

<0.2

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

<5___

___

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/

L)

<5

___

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L) 9-7

107.

8

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

<0.2

<0.2

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5__

____

NITRO

BENZENE

TOTAL

(UG/L)

<5

___

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

---

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L)

<5--

-___

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5___

___

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L)

<5

---

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L) <10

---

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<6

---

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

___



VER,

LO

UISI

ANA,

MAY 1986--CONTINUED

DATE

MAY 1986

21...

21..

.21...

4,6-

DINITRO

-ORT

HO-

CRESOL

TOTAL

(UG/L) <30 ___

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

PHENOL

(C&H

-50H)

TOTAL

(UG/

L)

<6__

_

NAPHTH

ALENE

TOTAL

(UG/L)

<5__

___

_

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

___

BIS (2-

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/

L)

<5___

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5__

_

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

<0.2

<0.2

<0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 6.8

6.1

5.8

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5___

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

<5

301150093171600 - CALCASIEU RIVER AT BAYOU D'lNDE, 2.


NITRO-

NITRO-

NITRO-

NITRO-

PHOS-

CHRO-

NITRO-

GEN,

GE

N,

NITRO-

GEN,

GEN.NH4

PHOS

- PHOROUS

MIUM,

GEN,

N02+N03

N02+N03

GEN,

AMMONIA

TOTAL

PHOS-

PHOROUS

ORTHO,

TOTAL

SAM-

N02+N03

DIS-

TOT.

IN

AMMONIA

DIS-

IN BOT.

PHOROUS

DIS-

DIS-

RECOV -

PLING

TOTAL

SOLVED

BOT MAT

TOTAL

SOLVED

MAT.

TOTAL

SOLVED

SOLVED

ERABLE

DATE

MAY 1986

20..

.20...

20...

DATE

MAY 1986

20..

.20

...

20..

.

TIME

DEPTH

(MG/L

(MG/L

(MG/KG

(MG/L

(MG/L

(MG/KG

(MG/L

(MG/L

(MG/L

(UG/L

1730

1731

1732

CHRO

MIUM,

DIS

SOLVED

(UG/

LAS CR) <1

___

(FEE

T)

AS

1.6

16.5

33-0 CHRO

MIUM,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/

G) 30 ___

N)

AS

0.20

___

--- IRON,

DIS

SOLVED

(UG/L

AS FE

)

410

___

N)

AS

0.23 IRON

,RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

10000

___

---

N)

AS

2.0

___

---

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1 ___

N)

AS

0.33

0

___

---

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.42 ___

N)

AS

.33

---

CARBON ,

ORGANIC

SUS

PENDED

TOTAL

(MG/L

AS C) 1.

0__

_--

-

N)

AS

45___

--- DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0.3

0.5

0.2

P)

AS

0.09 CARBON-

TETR

A-CHLO-

RIDE

TOTAL

(UG/L) 0.3

<0.2

<0.2

P)

AS

0.07

---

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.8

2.1

1.7

P)

AS

0.05 ___

BROMO-

FORM

TOTAL

(UG/L) 2.1

6.7

3.9

CR) 7

DATE

CHLORO-

DI-

BROMO-

CHLORO-

METHANE

FORM

TOTAL

TOTAL

ACE-

ACE-

NAPHTH-

NAPHTH-

ANTHRA-

TOLUENE

BENZENE

YLENE

ENE

CENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

BENZO B

BENZO K

FLUOR-

FLUOR-

AN-

AN-

THENE

THENE

TOTAL

TOTAL

BIS

2-BENZO-

CHLO

RO-

ETHYL

A- PYRENE

TOTAL

ETHER

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

MA

Y

19

86

20

. ..

20...

20...

0.6

1.4

0.8

6.0

6.2

3-3

<0.2

<0

.2<

0.2

<0

.2<

0.2

<0.2

<5<5

<5<5

DATE

MAY 1986

20..

. 20

...

20..

.

DATE

MAY 1986

20.

..

20...

20...

DATE

MAY 1986

20.

..

20..

. 20

. ..

DATE

MAY 1986

20..

. 20

...

20...

BIS

BIS (2-

(2-

CHLORO-

N-BUTYL

CHLORO-

ISO-

BENZYL

ETHOXY)

PROPYL)

PHTHAL-

CHLORO-

CHLORO-

METHANE

ETHER

ATE

BENZENE

ETHANE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

CHRY-

SENE

TOTAL

TOTAL

DI-

DIETHYL

METHYL

PHTHAL-

PHTH

AL-

ETHYL-

FLUOR-

FLUO

R-

ATE

ATE

BENZENE ANTHENE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

<5 ___

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<3

---

PHENAN-

THRENE

TOTAL

(UG/

L)

<5___

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5 <0.2

<0.2

<5__

_

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<5

PYRENE

TOTAL

(UG/

L)

<5___

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

<5___

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 1.

00.6

0-3

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) 0.

30-

30-

3

<0.2

<0.2

<0.2

ISO-

PHORONE

TOTAL

(UG/

L)

<5__

_

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

<0.2

<0.2

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5__

_

<0.2

<0.2

<0.2

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

<10

___

---

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) 5-0

3-4

3-3

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

<5---

---

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

<5

---

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.2

0-3

0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5 <0.2

<0.2

<5

N-NITRO

-SODI-

PHEN

Y-LAMINE

TOTAL

(UG/L)

<5

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

20.3

0.2

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5 <0.2

<0.2

<0.2

<0.2

<0.2

N-NITRO

-SOD

I-METHY-

LAMINE

TOTAL

(UG/L)

<5

---

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

2<0

.2<0

.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

<0.2

<0.2

<5___

NITRO

BENZENE

TOTAL

(UG/L)

<5

---

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0___

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

<5

---

<5 ___

PARA

-CHLORO-

META

CRESOL

TOTAL

(UG/L)

<5

---

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <1

0

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<6

TAB

LE

9.--

CO

NC

EN

TR

AT

ION

S

OF

NU

TR

IEN

TS,

TR

AC

E M

ET

AL

S,

VO

LA

TIL

E

AN

D

MET

HY

LEN

E C

HL

OR

IDE

-EX

TR

AC

TA

BL

E

OR

GA

NIC

C

OM

POU

ND

S,

AN

D

PHY

SIC

AL

D

ATA

IN

W

ATE

R

AN

D

BO

TTO

M

MA

TE

RIA

L

FRO

M

THE

LOW

ER

CA

LC

ASI

EU

R

IVE

R,

LO

UIS

IAN

A,

MAY

19

86 C

ON

TIN

UE

D

DATE

MAY 1986

20..

. 20

...

20..

.

2-NITRO-

PHENOL

TOTAL

(UG/

L)

<6

DI-N-

OCTYL

2,4-DI-

2,4-DI-

2,4-DI-

PHTHAL-

CHLORO-

METHYL-

NITRO-

ATE

TOTAL

(UG/L)

PHENOL

TOTAL

(UG/

L)

<6

PHENOL

TOLUENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

4-

2,4,-

2,4,6-

BROM

O-DI

- TRI-

2,6-DI-

PHENYL

NITRO-

CHLORO-

NITRO-

PHENYL

PHENOL

PHENOL

TOLUENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

XUG/L)

(UG/L)

<6<5

<20

<5<5

<5

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0

DATE

MAY 1986

20...

20..

. 20...

DI-

4,6-

CHLORO-

DINITRO

DI-

-ORTHO-

FLUORO-

CRESOL

METHANE

TOTAL

TOTAL

BIS (2-

ETHYL

PHENOL

PENTA-

HEXY

L)

(C6H

- NAPHTH-

CHLORO-

PHTHAL-

PHTHAL

50H)

ALENE

PHENOL

ATE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

DI-N-

BUTYL

>HTH

AL-

ATE

TOTAL

UG/L)

VINYL

CHLO

RIDE

TOTAL

(UG/L)

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

HEXA-

CHLO

RO-

BUT

ADIENE

TOTAL

(UG/

L)

<30

<0.2

<0.2

<0.2

<6<5

<30

<5<5

<0.2

<0.2

<0.2

0.9

0.4

0.2

<5<5

300957093190800 - CALCASIEU RIVER AT PETROLEUM REFINERY, 3.9 MILES SOUTH OF HOLLYWOOD, LOUISIANA

03

DATE

MAY 1986

22..

.22...

22...

TIME

1030

1031

1032

SAM

PLING

DEPTH

(FEE

T)

1.6

6.6

33.0

NITRO

GEN,

N02+N03

TOTAL

(MG/L

AS N)

0 0.20

___

---

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.16

___

---

NITRO

GEN,

N02+N03

TOT.

IN

BOT MAT

(MG/KG

AS N) <2.0 ___

---

NITRO

GEN,

AMMONIA

TOTAL

(MG/L

AS N) 0.45 ___

---

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.43 ___

___

NITRO

GEN,

NH4

TOTAL

IN BOT.

MAT.

(MG/

KGAS N)

28 ___

___

PHOS

PHOROUS

TOTAL

(MG/

LAS P)

0.09

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.02

___

---

PHOS

PHOROUS

ORTHO,

DIS

SOLVED

(MG/

LAS P) <0.0

1___

---

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/

LAS CR

) 5___

---

IRON,

MERCURY

CARB

ON,

RECO

V.

MERCURY

RECO

V.

ORGANIC

DATE

MAY 1986

22..

.22.. .

22..

.

MIUM,

DIS

SOLVED

(UG/L

AS CR) 1

___

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 30__

_

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

210

IRON

,DIS

SOLVED

(UG/L

AS FE) 40 ___

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

4900

___

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1 ___

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.20

___

SUS

PENDED

TOTAL

(MG/

LAS C) 1.

6

CHLORO-

BROM

O-METHANE

TOTAL

(UG/L) 0.9

0.7

0.7

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

<0.2

<0.2

<0.2

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.8

1.8

2.0

BROMO-

FORM

TOTAL

(UG/L) 34 15 18

DATE

DATE

MAY 1986

22..

.

22...

22.

. .

VO

DATE

MAY 1986

22..

. 22...

22...

DATE

MAY 1986

22..

. 22

...

22...

CHLORO-

DI-

BROMO-

CHLORO-

METHANE

FORM

ACE-

ACE-

NAPHTH-

NAPHTH-

ANTHRA-

TOLUENE

BENZENE

YLENE

ENE

CENE

BENZO B

BENZO K

FLUO

R-

FLUOR-

AN-

AN-

THENE

THENE

BIS

2-BENZO-

CHLO

RO-

A-

ETHYL

PYRENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

MAY

19

8622...

22...

22

...

3-5 1.9

2.2

8.3

6.9

7-3

<0.2

<0

.2<

0.2

<0

.2<

0.2

<0

.2

<5

<5<5

<5

BIS

BIS (2

-(2

- CHLORO-

N-BUTYL

CHLORO-

ISO-

BENZYL

ETHOXY)

PROPYL)

PHTHAL-

CHLORO-

CHLORO-

CHRY-

METHANE

ETHER

ATE

BENZENE

ETHANE

SENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

DI-

DIETHYL

METHYL

PHTHAL-

PHTH

AL-

ETHYL-

FLUOR-

FLUOR-

ATE

ATE

BENZENE

ANTHENE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

<5

-SODI-

PHEN

Y-LA

MIN

E TO

TAL

(UG

/L) <5

1,1

,2-

TR

I-

<5__

_

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L)

<5__

_

<5 ___

---

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L)

<5__

_

<5 ___

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

---

<0.2

<0.2

<0.2

ISO-

PHORONE

TOTAL

(UG/

L)

<5--

-

<0.2

<0.2

<0.2

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

<0.2 0.2

<10

___

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L)

<3 <3 <3

<5

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

<5

<0.2

<0

.2

<0.2

N-NITRO

-SOD

I-

METHY-

LAMINE

TOTAL

(UG/

L)

<5

NITRO

BENZENE

TOTAL

(UG/

L)

<5

PARA

- CHLORO-

META

CRESOL

TOTAL

(UG/L)

<5<5

<5

PHEN

AN

-TH

REN

E PY

REN

E TO

TAL

TOTA

L(U

G/L)

(UG/L)

TETRA-

TRI-

1,1-

DI-

1,1,

1-CHLORO-

CHLORO-

1,1-DI-

CHLORO-

TRI-

ETHYL-

FLUORO-

CHLORO-

ETHYL-

ENE

METHANE

ETHANE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

BENZOGH

BENZO A

1,1,2,2

I PERYL ANTHRAC

TETRA-

ENE1,12

ENE1,2-

CHLORO-

CHLO

RO-

CHLORO-

-BENZOP

BENZANT

ETHANE

ETHANE

ETHANE

ERYLENE

HRACENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

<5<5

1-5

1.2

1.4

<0.2

<0

.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0

.2

<0.2

0-5

0-5

0.5

0.6

0.4

0.4

0.5

0.2

0.2

TAB

LE

9.--

CO

NC

EN

TR

AT

ION

S

OF

NU

TR

IEN

TS,

TR

AC

E M

ET

AL

S,

VO

LA

TIL

E

AN

D

MET

HY

LEN

E C

HL

OR

IDE

-EX

TR

AC

TA

BL

E

OR

GA

NIC

C

OM

POU

ND

S,

AN

D

PHY

SIC

AL

D

ATA

IN

W

ATE

R

AN

D

BO

TTO

M

MA

TE

RIA

L

FRO

M

THE

LOW

ER

CA

LC

ASI

EU

R

IVE

R,

LO

UIS

IAN

A,

MAY

19

86 C

ON

TIN

UE

D2

-

Ul

O

DATE

MAY 1986

22...

22..

.22

...

DATE

MAY 1986

22...

22...

22...

DATE

MAY 1986

22...

22...

22...

DATE

MAY 1986

21...

21.

..21.

..

1,2-

1,2,4-

1,2,5,6

CHLORO-

2-1,2-DI-

1,2-DI-

TRANSDI

TRI-

-DIBENZ

1,3-DI-

1,3-DI-

1,4-

DI-

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

-ANTHRA

CHLORO-

CHLORO-

CHLORO-

VINYL-

NAPH-

BENZENE

PROPANE

ETHENE

BENZENE

-CENE

PROPENE

BENZENE

BENZENE

ETHER

THALENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

<5

<0.2

0.

2 <5

<10

<0.2

<5

<5

<0.2

<5<0

.2

<0.2

0.

3

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0

.2

<0.2

<0.2

<0.2

<0.2

4-

4-DI-N-

2,4,-

2,4,6-

BROMO-

CHLORO-

2-

OCTYL

2,4-DI-

2,4-DI-

2,4-

DI-

DI-

TRI-

2,6-

DI-

PHENYL

PHENYL

NITRO-

PHTHAL-

CHLORO-

METHYL-

NITRO-

NITRO-

CHLORO-

NITRO-

PHENYL

PHENYL

PHENOL

ATE

PHENOL

PHENOL

TOLUENE

PHENOL

PHENOL

TOLUENE

ETHER

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

<6

<10

<6

<6

<5

<20

<5

<5

<5

<5__

_ __

_ _

-_-

_

___

___

___

---

-

DI-

BIS(2-

4,6-

CHLORO-

ETHYL

DI-N-

TRI-

DINITRO

DI-

PHENOL

PENTA-

HEXY

L)

BUTYL

VINYL

CHLORO-

HEXA-

-ORTHO-

FLUORO-

(C6H-

NAPHTH-

CHLORO-

PHTHAL-

PHTHAL-

CHLO

- ETHYL-

CHLORO-

CRESOL

METHANE

50H)

ALENE

PHENOL

ATE

ATE

RIDE

ENE

BENZENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

<30

<0.2

<6

<5

<30

<5

<5

<0.2

0.3

<5<0.2

<0.2

0.5

<0.2

<0.2

0.

3

08017090 - CALCASIEU RIVER AT BURTON LANDING NEAR LAKE CHARLES, LOUISIANA

NITRO-

NITRO-

NITRO-

NITRO-

PHOS-

NITRO-

GEN,

GE

N,

NITRO-

GEN.

GEN.NH4

PHOS-

PHOROUS

GEN,

N02+N03

N02+N03

GEN,

AMMONIA

TOTAL

PHOS-

PHOROUS

ORTHO,

SAM-

N02+N03

DIS-

TOT.

IN

AMMONIA

DIS-

IN BOT.

PHOROUS

DIS-

DIS-

PLING

TOTAL

SOLVED

BOT MAT

TOTAL

SOLVED

MAT.

TOTAL

SOLVED

SOLVED

TIME

DEPTH

(MG/L

(MG/L

(MG/

KG

(MG/L

(MG/L

(MG/

KG

(MG/L

(MG/

L (MG/L

(FEE

T)

AS N)

AS N)

AS N)

AS N)

AS N)

AS N)

AS P)

AS P)

AS P)

1800

1.6

0.20

0.17

<2.0

0.20

0.22

3*

0.07

0.02

0.01

1801

8.

21802

18.2

2-CHLORO-

PHENOL

TOTAL

(UG/

L)

<6---

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0___

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

<5

CHRO

MI

UM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 9

Ul

CHRO-

IRON,

MERCURY

CARBON,

CHRO-

MIUM,

IRON,

RECO

V.

MERCURY

RECO

V.

ORGANIC

DI-

CARBON-

MIUM,

RECOV.

TOTAL

IRON,

FM BOT-

TOTAL

FM BOT-

SUS-

CHLORO-

TETRA-

1,2-DI-

DIS-

FM BOT-

RECOV-

DIS-

TOM MA-

RECOV-

TOM MA-

FENDED

BROMO-

CHLO-

CHLORO-

BROMO-

SOLVED

TOM MA-

ERABLE

SOLVED

TERIAL

ERABLE

TERIAL

TOTAL

METHANE

RIDE

ETHANE

FORM

DATE

(UG/L

TERIAL

(UG/L

(UG/L

(UG/G

(UG/L

(UG/G

(MG/L

TOTAL

TOTAL

TOTAL

TOTAL

AS CR

) (U

G/G)

AS FE)

AS FE

) AS FE

) AS HG

) AS HG

) AS C)

(U

G/L)

(U

G/L)

(U

G/L)

(U

G/L)

MAY 1986

21..

.21

...

21.

. .

DATE

MAY 1986

21.

. .

21.

. .

21.

. .

DATE

MAY 1986

21...

21.

..21

...

DATE

MAY 1986

21.

. .

21.

. .

21..

.

<1

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L)

1.8

2.1

2.2

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/L) <5___

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L) <5---

20___

CHLORO

FORM

TOTAL

(UG/

L) 8.8

7-7

4.3

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L) <5___

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <5

960

TOLUENE

TOTAL

(UG/L) 0-3

<0.2

<0.2

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

60 ___

BENZENE

TOTAL

(UG/L)

<0.2

<0.2

<0.2

CHLORO-

BENZENE

TOTAL

(UG/L)

<0.2

<0.2

<0.2

ISO-

PHORONE

TOTAL

(UG/L) <5___

1000

0

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5__

_

CHLORO-

ETHANE

TOTAL

(UG/

L)

<0.2

<0.2

<0.2

METHYL-

BROMIDE

TOTAL

(UG/

L)

<0.2

<0.2

<0.2

<0.1 ___

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5__

_

CHRY-

SENE

TOTAL

(UG/L) <10

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) 9.2

1.8

3-2

0.12

ANTHRA

CENE

TOTAL

(UG/

L) <5

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5___

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <5___

1.6

___

---

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5___

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L) <5___

0.6

0.7

0.7

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

___

ETHYL-

BENZENE

TOTAL

(UG/

L)

<0.2

<0.2

<0.2

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/

L) <5___

<0.2

<0.2

<0.2 BENZO-

A-

PYRENE

TOTAL

(UG/

L) <10

---

FLUOR-

ANTHENE

TOTAL

(UG/L) <5___

NITRO

BENZENE

TOTAL

(UG/

L) <5___

1-9

2.2

2.2 BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L) <5

FLUOR-

ENE

TOTAL

(UG/L) <5__

_

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <5___

12 15 28

TABLE 9.--CONCENTRATIONS OF NUTRIENTS, TRACE MET

ALS,

VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS,

AND PHYSICAL DATA IN

WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER, LOUISIANA, MAY 1986--CONTINUED

O1

10

DATE

MAY 1986

21.. .

21.. .

21.. .

DATE

MAY 1986

21..

.21

.. .

21.

. .

DATE

MAY 1986

21...

21.

. .

21..

.

DATE

MAY 1986

21..

.21

.. .

21.

. .

PHENAN-

THRENE

TOTAL

(UG/

L)

<5___

---

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5 <0.2

<0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L)

<6___

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L) <30

PYRENE

TOTAL

(UG/

L)

<5__

----

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

___

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 0.8

0.9

0.5

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) 0.4

0.3

<0.2

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<6___

PHENOL

(C6H-

50H)

TOTAL

(UG/L)

<6__

_

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

<6___

NAPHTH

ALENE

TOTAL

(UG/L)

<5___

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

<0.2

1,2,5.6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0___

2,4-

DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/L) <3

0___

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0__

_

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L)

<5___

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

40.4

0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5 <0.2

<0.2

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<5___

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5___

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

30.4

0.5

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5 <0.2

<0.2

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

<0.2

<0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

20-

30.4

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

<0.2

<0.2

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5___

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 0.6

0.3

0.3

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

___

---

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L)

<5>_

_

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5__

_

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5___

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L) <10

___

2-CHLORO-

PHENOL

TOTAL

(UG/

L)

<6__

_

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

___

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

<5___

---

IN SITU WATER-QUALITY MEASUREMENTS, MAY 19

-22,

1986

SPEC

Ol

GO

SITE NAME,

DEPTH

TIME

(FEET)

CALCASIEU RIVER

AT BUOY 13

01600

CALCASIEU RIVER

100

FT DOWNSTREAM

FROM BAYOU D'lNDE

1530

BAYOU D'lNDE AT

MOUTH

1550

INDUSTRIAL OUTFALL

AT BAYOU D'lNDE

1610

INDUSTRIAL OUTFALL

AT BRIDGE 0.25

MILE ABOVE MOUTH

1630

INDUSTRIAL OUTFALL

AT LOCKPORT MARSH

BRIDGE

0900

CALCASIEU RIVER

AT BAYOU D'lNDE

1730

CALCASIEU RIVER

AT BUOY 130

SHIP CHANNEL

1800

CALCASIEU RIVER

AT BURTON LANDING

1800

CALCASIEU RIVER AT

PETROLEUM REFINERY

1 /\

«^ /\

1 5 3 3 7 8 3 1 41 1 42 121

1 11

.6 .0 .6 3 3 .2 .3 .6 .2 .6 9 .6 .1 .6 .2

TEMP

PH

(DEG

C)

(U

NITS

)

24.

24.

28.

26.

27-

35.

34.

26.

24.

26.

25.

26.

24. 25. 25.

MAY

4 1 3 7 4 0

MAY

1 4 5 8 4

MAY

3 2

MAY

5 0

19 6 6 7 7 7 7

20

7 8 7 7 7 21 8 7

22

8 7

, 19

86 7 .8 .6 7 .8 3 , 19

86.6 .0 .1 .0 .6 , 1986

.5 9 , 1986

.0 .8

DO

(MG/L)

3- 3. 7- 8. 8. 6. 5. 9- 4. 6. 3. 10. 5. 10. 5-

7 3 9 0 3 2 2 0 1 8 0 7 5 7 4

COND

SALINITY

ORP

(US/

CM)

(PPT)

(MV

4 5

10

8 9 12 12 8 31 4 28 16 27 16 20

,300

1.

9,1

60

2.3

,600

5.

3

,800

4.6

,820

5.2

,900

7-1

,570

7-0

,010

4.1

,500

12.9

,740

2.1

,700

17-5

,600

9.7

,800

16

.8

,600

9-

7,800

16.8

+140

+140

+134

+131

+091

+ 138

+184

+114

+145

+158

+ 127

+141

+156

+141

+156

1030

TABLE 9---CONCENTRATIONS OF NUTRIENTS, TRACE METALS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS, AND

PHYSICAL DATA IN

WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RI

VER,


[ORGANIC CA

RBON

, IN

MILLIGRAMS PER LI

TER]

FRACTIONATION OF DISSOLVED ORGANIC CARBON INTO HYDROPHILIC AND HYDROPHOBIC COMPONENTS FROM THE LOWER CALCASIEU RI

VER,

LOUISIANA

SITE NAME






DISSOLVED

ORGANIC

CARBON

9.5

6.1

6.4

6.5

5.8

HYDROPHOBIC

FRACTION

4.6

2.7

2.3

2.3

2.4

HYDROPHILIC

FRACTION

4.9

3-4

4.1

4.2

3-4

CJl

TABLE 10. TOTAL TRACE-METAL CONCENTRATION PROFILES FOR CORE SAMPLES FROM THE LOWER CALCASIEU RIVER, LOUISIANA, MAY 1986

[OMENTRATICNS IN MICROGRAMS PER GRAM, DEPTH IN INCHES FRCM SURFACE]

SITE





DEPTH IRON MANGANESE CHROMIUM MERCURY (INCHES)

0- 11- 28- 917-18

0- 11- 23- 415-1631-32

0- 11- 22- 316-17

0- 11- 28- 918-19

1.72.23.23.6

3.43.83.42.70.84

1.72.01.92.2

2.42.93.32.1

89130310290

650690690670130

190210270210

470730900340

33506276

82831506930

938942120

789710058

0.0200.0300.0500.070

0.970.570.680.620.36

0.090<0.005<0.0050.020

0.0300.0200.0300.040

155

TA

BL

E

11.-

-CO

NC

EN

TR

AT

ION

S

OF

VO

LA

TIL

E

OR

GA

NIC

CO

MPO

UN

DS

AN

D

PHY

SIC

AL

D

ATA

IN

W

ATE

R FR

OM

TH

E LO

WER

C

AL

CA

SIE

U

RIV

ER

AN

D

BAY

OU

D

'lND

E

AR

EA

, L

OU

ISIA

NA

, A

PR

IL

19

8?

301

404093144800

- C

AL

CA

SIE

U

RIV

ER

A

T BU

OY

13

0 A

T LA

KE

CH

AR

LE

S,

LO

UIS

IAN

A

01

DATE

APR 1987

15...

15...

DATE

APR 1987

15..

.15

...

DATE

APR 1987

15...

15...

DI-

CARBON-

CHLORO-

CIS

DI-

CHLORO-

TETRA-

DI-

METHYL-

1,3-DI-

CHLORO-

DI-

SAM-

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

CHLO

- CHLORO-

BROMO-

FLUORO-

PLING

BENZENE

FORM

RIDE

BENZENE METHANE

ETHANE

FORM

RIDE

PROPENE

METHANE METHANE

TIME

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEET)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

1725

1726

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

1.6

19-8

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

<0.2

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

<0.2

<0.2

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) <0.2

<0.2

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

0.9

2.2

STYRENE

TOTAL

(UG/L) <0.2

<0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

<0.2

<0.2

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

<0.2

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

<0.2

TOLUENE

TOTAL

(UG/L) <0.2

<0.2

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<0.2 0.9

<0.2

0.4 TRAN

S-1,

3-Di

-CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

<0.2

<0.2

<0.2 TR

I-CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<0.2

<0.2

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

<0.2 TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L)

<0.2

<0.2

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

<0.2 VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

<0.2

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

<0.2

<0.2

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L) <0.2

<0.2

1,2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/

L) <0.2

<0.2

<0.2

<0.2

<0.2

<0.2

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

<0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L) <0.2

<0.2

301244093171300

- INDUSTRIAL OUTFALL ABOVE 1-210

BRIDGE NEAR MAPLEWOOD, LOUISIANA

DATE

APR 1987

15..

.

SAM

PLING

BENZENE

TIME

DEPTH

TOTAL

(FEE

T) (U

G/L)

1200

1.6

1201

3-3

<0.2

<0.2

BROMO-

FORM

TOTAL

(UG/

L) 500

350

CARBON-

CHLORO-

TETRA-

DI-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

RIDE

BENZENE METHANE

ETHANE

FORM

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

0.2

0.2

<0.2

<0.2

(UG/L)

(UG/L)

40

0.3

39<0

.2

TOTAL

(UG/

L)

29 30

DI-

CIS

DI-

CHLORO-

METHYL-

1,3-DI-

CHLORO-

DI-

CHLO

- CHLORO-

BROMO-

FLUORO-

PROPENE

METHANE

METHANE

TOTAL

TOTAL

TOTAL

RIDE

TOTAL

(UG/L) <0.2

<0

.2

(UG/L) <0.2

<0.2

(UG/

L)

(UG/L)

5-6

5-8

<0.2

<0.2

Ol

DATE

APR 1987

15...

15...

DATE

APR 1987

15..

.15

...

ETHYL-

BENZENE

TOTAL

(UG/

L) <0.2 0.2

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0-5

0.5

METHYL-

BROMIDE

TOTAL

(UG/

L) 0.2

0.2

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

12 13

METHYL-

TETRA-

ENE

CHLORO-

CHLO-

ETHYL-

RIDE

STYRENE

ENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

2.0

<0.2

102.7

<0.2

10

1,1,2-

1,1,2,2

TRI-

TETRA-

1,2-DI-

CHLORO-

CHLORO-

CHLORO-

ETHANE

ETHANE

BENZENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/

L)

7-7

4.7

<0.2

7.8

5-2

<0.2

TRANS-

TRI-

TRI-

XYLENE

1,1-DI-

1,3-

DI-

CHLORO-

CHLORO-

VINYL

TOTAL

CHLORO-

CHLORO-

ETHYL-

FLUORO-

CHLO-

WATER

ETHYL-

TOLUENE

PROPENE

ENE

METHANE

RIDE

WHOLE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOT REC

TOTAL

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

<0.2

<0.2

10

<0.2

0.5

<0.2

0.8

<0.2

<0.2

11

<0.2

0.5

0.7

1.0

2-1,

2-

CHLORO-

1,2-

DI-

1,2-

DI-

1,3-

DI-

1,3-

DI-

1,4-

DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

39

<0.2

<0

.2

<0.2

<0

.2

<0.2

<0.2

40

<0.2

<0

.2

<0.2

<0.2

<0.2

<0.2

301234093174900 -

INDUSTRIAL OUTFALL CANAL AT BR

IDGE

, 0.25 MILE ABOVE MOUTH

SAM-

CARBON-

TETRA-

DI-

CHLORO-

CIS

DI-

CHLORO-

DI-

METHYL-

1,3-DI-

CHLORO-

DI-

BROMO-

CHLO-

CHLORO-

BROM

O-

CHLORO-

CHLORO-

CHLO

- CHLORO-

BROMO-

FLUORO-

PLING

BENZENE

FORM

RIDE

BENZENE

METHANE

ETHANE

FORM

RIDE

PROPENE

METHANE

METHANE

DATE

TIME

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEE

T) (U

G/L)

(U

G/L)

(U

G/L)

(U

G/L)

(U

G/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)APR 1987

15..

.15

...

DATE

APR 1987

15...

15..

.

1340

1341

ETHYL-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

1.6

3-3

METHYL-

BROMIDE

TOTAL

(UG/

L) 0.2

0.2

<0.2

420

<0.2

<0.2

420

<0.2

METHYL-

TETRA-

ENE

CHLORO-

CHLO-

ETHYL-

RIDE

STYRENE

ENE

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/

L)

1.8

<0.2

10

1.8

<0.2

10

<0.2

48

0.2

22

<0.2

<0.2

6.1

<0.2

<0.2

47

0.2

22

<0.2

<0.2

6.3

<0.2

TRANS-

TRI-

TRI-

XYLENE

1,1-DI-

1,3-

DI-

CHLORO-

CHLORO-

VINYL

TOTAL

CHLORO-

CHLORO-

ETHYL-

FLUORO-

CHLO-

WATER

ETHYL-

TOLUENE

PROPENE

ENE

METHANE

RIDE

WHOLE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOT REC

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

<0.2

<0.2

8.5

<0.2

0.

4 0.

8 0.

8<0

.2

<0.2

9.0

<0.2

0.4

<0.2

0.7

TA

BL

E

11.-

-CO

NC

EN

TR

AT

ION

S

OF

VO

LA

TIL

E

OR

GA

NIC

CO

MPO

UN

DS

AN

D

PHY

SIC

AL

D

ATA

IN

W

ATE

R

FRO

M

THE

LOW

ER

CA

LC

ASI

EU

R

IVE

RA

ND

BA

YO

U

D'lN

DE

A

REA

, L

OU

ISIA

NA

, A

PR

IL

198?

--C

ON

TIN

UE

D

cn

oo

DATE

APR 1987

15...

15...

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.5

0.5

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 9-7

9-5

SAM-

2-1,1,2-1,1,2,2

1,2-

CHLORO-

TRI-

TETR

A-

1,2-

DI-

1,2-

DI-

1,2-

DI-

1,3-

DI-

1,3-

DI-

1,4-

DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLO

RO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE

ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

6.4

4.8

<0.2

32

<0.2

<0.2

<0.2

<0

.2

<0.2

<0

.26.3

4.5

<0.2

31

<0.2

<0.2

<0.2

<0

.2

<0.2

<0

.2


DI-

CARBON-

CHLORO-

CIS

DI-

CHLORO-

TETRA-

DI-

METHYL-

1,3-DI-

CHLORO-

DI-

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

CHLO

- CHLORO-

BROMO-

FLUORO-

PLING

BENZENE

FORM

RIDE

BENZENE

METHANE ETHANE

FORM

RIDE

PROPENE

METHANE

METHANE

DATE

APR 1987

15..

.15

...

DATE

APR 1987

15...

15..

.

DATE

APR 1987

15..

.15...

TIME

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEET) (UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

1415

1416

ETHYL-

BENZENE

TOTAL

(UG/

L) 0.8

<0.2

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.6

0.8

1.6

8.2

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

<0.2

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 7-

92.6

0.4

110

<0.2

<0

.2

36

<0.2

19

<0.2

<0.2

5.

2 <0

.2<0

.2

120

<0.2

<0

.2

14

<0.2

8.4

<0.2

<0.2

2.6

<0.2

METHYL-

TETRA-

TRAN

S-

TRI-

TRI-

XYLENE

1,1-DI-

ENE

CHLORO-

1,3-

DI-

CHLORO-

CHLORO-

VINYL

TOTAL

CHLORO-

CHLO-

ETHYL-

CHLO

RO-

ETHYL-

FLUORO-

CHLO-

WATER

ETHYL-

RIDE

STYRENE

ENE

TOLUENE

PROPENE

ENE

METHANE

RIDE

WHOLE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOT REC

TOTAL

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

1.7

<0.2

8.7

1.2

<0.2

7.1

<0.2

0.

4 1.4

0.6

0.5

<0.2

4.1

<0.2

<0.2

3.1

<0.2

0.

2 <0.2

0-3

1,1,2-1,1,2,2

1,2-

2-CHLORO-

TRI-

TETRA-

1,2-

DI-

1,2-DI-

1,2-

DI-

1,3-

DI-

1,3-DI-

1,4-

DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLO

RO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE

ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

5-4

4.2

<0.2

30

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

3-6

1.9

<0.2

18

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

301210093173900

- BAYOU D'lNDE, 0-5 MILE ABOVE MOUTH

CJ1

VO

DATE

APR 1987

15...

15...

DATE

APR 1987

15...

15...

DATE

APR 1987

15...

15...

DATE

APR 1987

15...

15...

TIME

1515

1516

ETHYL-

BENZENE

TOTAL

(UG/L)

<0.2

<0.2

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

<0.2

TIME

1540

15^1

DI-

CARBON-

CHLORO-

CIS

DI-

CHLORO-

TETRA-

DI-

METHYL-

1,3-DI-

CHLORO-

DI-

SAM-

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

CHLO-

CHLORO-

BROMO-

FLUORO-

PLING

BENZENE

FORM

RIDE

BENZENE

METHANE

ETHANE

FORM

RIDE

PROPENE

METHANE

METHANE

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEET)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

1.6

<0.2

53

<0.2

<0.2

6.4

<0.2

3-

2 <0.2

<0.2

1.2

<0.2

9.9

<0.2

37

<0.2

<0.2

5-6

<0.2

3-

2 <0

.2

<0.2

1.2

<0.2

METHYL-

TETRA-

TRANS-

TRI-

TRI-

XYLENE

1,1-DI-

ENE

CHLORO-

1,3-DI-

CHLORO-

CHLORO-

VINYL

TOTAL

CHLORO-

METHYL-

CHLO-

ETHYL-

CHLORO-

ETHYL-

FLUORO-

CHLO-

WATER

ETHYL-

BROMIDE

RIDE

STYRENE

ENE

TOLUENE

PROPENE

ENE

METHANE

RIDE

WHOLE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOT REC

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

<0.2

<0.2

<0.2

1.5

<0.2

<0

.2

1.3

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

1.4

<0.2

<0

.2

1.2

<0.2

<0.2

<0.2

<0.2

1,1,1-1,1,2-1,1,2,2

1,2-

2-

CHLO

RO-

TRI-

TRI-

TETRA-

1,2-DI-

1,2-DI-

1,2-DI-

1,3-DI-

1,3-DI-

1,4-DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

ETHANE

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE

ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

1.0

0.8

<0.2

<0

.2

4.6

<0.2

<0

.2

<0.2

<0.2

<0.2

<0.2

1.0

0.8

<0.2

<0

.2

4.6

<0.2

<0

.2

<0.2

<0.2

<0.2

<0.2

301145093172800 - CALCASIEU RIVER, 0.25 MILE BELOW BAYOU D'lNDE

DI-

CARBON-

CHLORO-

CIS

DI-

CHLORO-

TETRA-

DI-

METHYL-

1,3-DI-

CHLORO-

DI-

SAM-

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

CHLO-

CHLORO-

BROMO-

FLUORO-

PLING

BENZENE

FORM

RIDE

BENZENE METHANE

ETHANE

FORM

RIDE

PROPENE METHANE

METHANE

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEET) (UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

1.6

<0.2

55

<0.2

<0

.2

6.8

<0.2

3-7

<0.2

<0.2

1.5

<0.2

26.4

<0.2

9.

0 <0

.2

<0.2

1.

6 <0

.2

0.9

<0.2

<0.2

0.3

<0.2

TABLE 11.--CONCENTRATIONS OF VOLATILE ORGANIC COMPOUNDS AND PHYSICAL DATA IN WATER FROM THE LOWER CALCASIEU RIVER

AND BAYOU D'lNDE AR

EA,

LOUISIANA, APRIL 198?--CONTINUED

DATE

APR 1987

15...

15..

.

DATE

APR 1987

15...

15...

DATE

APR 1987

15...

15...

DATE

APR 1987

15...

15...

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

TIME

1650

1651

ETHYL-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

METHYL-

TETR

A-

TRANS-

TRI-

TRI-

XYLENE

1,1-DI-

ENE

CHLORO-

1,3-

DI-

CHLORO-

CHLORO-

VINYL

TOTAL

CHLORO-

METHYL-

CHLO-

ETHYL-

CHLORO-

ETHYL-

FLUORO-

CHLO-

WATER

ETHYL-

BROMIDE

RIDE

STYRENE

ENE

TOLUENE

PROPENE

ENE

METHANE

RIDE

WHOLE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOT REC

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

<0.2

<0.2

<0.2

1.

7 <0.2

<0.2

1.

4 <0

.2

<0.2

<0

.2

<0.2

<0.2

<0.2

<0.2

0.3

<0.2

<0

.2

0.3

<0.2

<0

.2

<0.2

<0.2

1,1,1-

1,1,

2-

1,1,2,2

1,2-

2-CHLORO-

TRI-

TRI-

TETR

A-

1,2-

DI-

1,2-

DI-

1,2-

DI-

1,3-DI-

1,3-DI-

1,4-DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

ETHANE

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE

ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

1.1

1.2

0.6

<0.2

5-

3 <0

.2

<0.2

<0

.2

<0.2

<0

.2

<0.2

0.3

0.2

<0.2

<0

.2

1.4

<0.2

<0.2

<0

.2

<0.2

<0.2

<0.2

300957093190800 - CALCASIEU RIVER AT PETROLEUM REFINERY, 3-9 MILES SOUTH OF HOLLYWOOD, LOUISIANA

DI-

CARBON-

CHLORO-

CIS

DI-

CHLORO -

TETRA-

DI-

METHYL-

1,3-DI-

CHLORO-

DI-

SAM-

BROMO-

CHLO-

CHLORO-

BROM

O-

CHLORO-

CHLORO-

CHLO-

CHLORO-

BROMO-

FLUORO-

PLING

BENZENE

FORM

RIDE

BENZENE

METHANE

ETHANE

FORM

RIDE

PROPENE

METHANE

METHANE

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEE

T) (U

G/L)

(U

G/L)

(U

G/L)

(U

G/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

1.6

<0.2

12

<0.2

<0

.2

2.0

<0.2

<0

.2

<0.2

<0

.2

0.4

<0.2

23.1

<0.2

5.3

<0.2

<0

.2

0.9

<0.2

<0

.2

<0.2

<0

.2

0.2

<0.2

METHYL-

TETRA-

TRANS-

TRI-

TRI-

XYLENE

1,1-DI-

ENE

CHLORO-

1,3-

DI-

CHLORO-

CHLORO-

VINYL

TOTAL

CHLORO-

METHYL-

CHLO-

ETHYL-

CHLORO-

ETHYL-

FLUORO-

CHLO-

WATER

ETHYL-

BROMIDE

RIDE

STYRENE

ENE

TOLUENE

PROPENE

ENE

METHANE

RIDE

WHOLE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOT REC

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

<0.2

<0.2

<0.2

0.

4 <0

.2

<0.2

0.4

<0.2

<0

.2

<0.2

<0

.2<0

.2

<0.2

<0.2

0.2

<0.2

<0

.2

0.2

<0.2

<0

.2

<0.2

<0

.2

DATE

APR 1987

15..

.15...

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

3<0

.2

SAM-

1,1,2-1,1,2,2

1,2-

2-CHLORO-

TRI-

TETRA-

1,2-DI-

1,2-DI-

1,2-DI-

1,3-DI-

1,3-DI-

1,4-DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE

ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

0.3

<0.2

<0.2

1.9

<0.2

<0.2

<0.2

<0.2

<0

.2

<0.2

0.2

<0.2

<0.2

1.0

<0.2

<0.2

<0

.2

<0.2

<0

.2

<0.2


DI-

CARBON-

CHLORO-

CIS

DI-

CHLORO-

TETRA-

DI-

METHYL-

1,3-DI-

CHLORO-

DI-

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

CHLO-

CHLORO-

BROMO-

FLUORO-

PLING

BENZENE

FORM

RIDE

BENZENE

METHANE

ETHANE

FORM

RIDE

PROPENE METHANE METHANE

DATE

TIME

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEET) (UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

APR 1987

15...

15...

DATE

APR 1987

15...

15...

DATE

APR 1987

15..

.15

...

1610

1611

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

1.6

23-1

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

<0.2

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

<0.2

3.7

<0.2

<0.2

0.6

<0.2

<0.2

<0

.2

<0.2

<0

.2

<0.2

<0.2

5.

2 <0.2

<0.2

0.7

<0.2

0.3

<0.2

<0

.2

<0.2

<0

.2

METHYL-

TETRA-

TRANS-

TRI-

TRI-

XYLENE

1,1-DI-

ENE

CHLORO-

1,3-DI-

CHLORO-

CHLORO-

VINYL

TOTAL

CHLORO-

CHLO-

ETHYL-

CHLORO-

ETHYL-

FLUORO-

CHLO-

WATER

ETHYL-

RIDE

STYRENE

ENE

TOLUENE

PROPENE

ENE

METHANE

RIDE

WHOLE

ENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOT REC

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

2-1,1,2-

1,1.2,2

1,2-

CHLORO-

TRI-

TETRA-

1,2-DI-

1,2-DI-

1,2-DI-

1,3-DI-

1,3-DI-

1,4-DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE

ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

<0.2

<0.2

<0.2

0.6

<0.2

<0

.2

<0.2

<0

.2

<0.2

<0

.2<0.2

<0.2

<0.2

0.8

<0.2

<0.2

<0.2

<0.2

<0

.2

<0.2

to

TABLE 11.--CONCENTRATIONS OF VOLATILE ORGANIC COMPOUNDS AND PHYSICAL

DATA IN WATER FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AREA,

LOUISIANA, APRIL 1987--CONTINUED

IN SITU WATER-QUALITY MEASUREMENTS, APRIL 15

, 1987

SITE NAME,

TIME

CALCASIEU RIVER

AT BUOY 13

0 1725

INDUSTRIAL OUTFALL

AT LOCKPORT MARSH

BRIDGE

1200

INDUSTRIAL OUTFALL

AT BRIDGE 0.25

MILE ABOVE BAYOU

D'lNDE

1340

INDUSTRIAL OUTFALL

AT BAYOU D'lNDE

1415

BAYOU D'lNDE AT

MOUTH

1515

CALCASIEU RIVER

0.25 MILE BELOW

BAYOU D'lNDE

1540

CALCASIEU RIVER

AT PETROLEUM

REFINERY

1650

CALCASIEU RIVER

AT BURTON LANDING

1610

DEPTH

(FEE

T)

1.6

9-9

19-8

1.6

3-3

1.6

3-3

1.6

3.3

8.2

1.6

5-0

9-2

1.6

9-9

16.5

26.4

39-6 1.6

9-9

23.1

36

-3 1.6

9-9

23.1

36

.3

TEMP

(DEG C)

19.1

19-0

18.9

30.6

30.6

29-7

29-7

29.4

29

.428.0

24.6

22

.7

22.0

22.1

21.8

19.5

18.3

17-1

20.6

19.8

19.1

18.1

20.5

19.7

18.9

18.8

PH(U

NITS

)

7^4

7.4

7.0

7-0

7-1

7-1

7.4

7.4

7-4

8.8

8.6

8.4

8.6

8.6

7-9

7-7

7.6

8.7

8.3

8.0

7-8

8.4

8.0

7.8

7-9

DO

(MG/

L)

7.3

7-7

5.4

7-3

7-7

8.4

9-1

9-0

8.6

8.8

9-4

9-5

9-0

10.3

9.6

6.5

3.7

2.7

10.4

7-6

5-9

3-8

8.6

8-5

8.5

8.8

SPEC

COND

(US/

CM)

5,200

7,65

0 14,800

12,9

70

13,0

80

13,070

13,0

50

13,1

20

13,1

00

13,0

50

12,300

12,290

12,3

30

12,2

20

12,0

00

13,5

00

22,8

00

29,5

00

14,240

15,6

00

17,3

00

29,4

00

12,5

00

14,2

00

21,5

00

29,3

00

SAL

INITY

(PPT

)

2.4

3-9

8.2

7-0

7-2

7-2

7.2

7-3

7-2

7-0

6!7

6.7

6.7

6.6

7-2

13-7

18.1 8.0

8.8

10.0

18.2 6.8

8.0

12.4

18.1

ORP

(MV) +143

+152

+139

+ 173

+175

+162

+162

+151

+1

53

+148

+ 173

+174

+177

+124

+1

21

+133

+1

29

+187

+112

+121

+123 +131

+125

+135

+141

+1

40

CO

TABLE 12.--CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS AND PHYSICAL DATA IN WATER AND BOTTOM

MATERIAL FROM THE LOWER CALCASIEU RIVER AND BAYOU D'

lNDE

, LO

UISI

ANA,

APRIL 1987


TRIPLICATE SUBSAMPLES OF BOTTOM MATERIAL FROM ONE COMPOSITED SAMPLE

DATE

APR 198?

15..

.15...

15...

DATE

APR 1987

15..

.15...

15...

DATE

APR 1987

15..

.15

...

15...

TIME

0900

0915

0920

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<270

<260

<270

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<270

<260

<270

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<270

. <260

<270

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<270

<260

<270

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<1600

<1600

<1600

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<270

<260

<270

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

5700

5500

5500

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

5800

5800

5800

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<270

<260

<270

FLUOR -

ENE

BOT.MAT

(UG/

KG)

<270

<260

<270

PYRENE

BOT.MAT

(UG/

KG)

<270

4800

4800

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<530

<520

<540

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<270

<260

<270

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<530

<520

<540

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<530

<520

<540

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<270

1100

<270

BENZO A

ANTHRAC

ENE1 , 2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<270

<260

<270

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<530

<520

<540

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<530

<520

<540

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<270

2300

<270

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<270

<260

<270

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<270

<260

<270

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

7600

8100

7700

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<270

<260

<270

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<270

<260

<270

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<530

<520

<540

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<270

<260

<270

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<270

<260

<270

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<270

470

<270

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<270

<260

<270

N-NITRO

-SOD

I-METHY-

LAMINE

BOT.MAT

(UG/

KG)

<270

<260

<270

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<270

<260

<270

CHRY-

SENE

BOT.MAT

(UG/

KG)

<530

<520

<540

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<270

<260

<270

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<270

<260

<270

DI-N-

2-

2-

OCTYL

2,4-DI-

2,4-

DP,

2,4-DI-

CHLORO-

NITRO-

PHTHAL-

CHLORO-

IN

NITRO-

PHENOL

PHENOL

ATE

PHENOL

BOTTOM

TOLUENE

3,3'

- 4-

2,4-

2,4,

6-

DI-

BROMO-

DI-

TRI-

2,6-DI-

CHLORO-

PHENYL

NITRO-

CHLO

RO-

NITRO-

BENZI-

PHENYL

PHENOL

PHENOL TOLUENE

DINE

ETHER

DATE

BOT.MAT

BOT.MAT

BOT.MAT

BOT.MAT

MAT.

BOT.MAT

BOT.MAT

BOT.MAT

BOT.MAT

BOT.MAT

BOT.MAT

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

APR 1987

15...

15..

.15...

\ - / ___ ,

,

<270

<260

<270

<270

<260

<270

<530

<520

<540

<270

<260

<270

<270

<260

<270

<270

<260

<270

<1100

<1000

<1100

<1100

<1000

<1100

<270

<270

<130

0 <270

<130

0 9900

<130

0 <2

70

TABLE 12.--CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS AND PHYSICAL DATA IN WATER AND

BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER AND BAYOU D'

lNDE

, LOUISIANA, APRIL 198?--CONTINUED

DATE

APR

198?

15...

15..

. 15...

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

BOT.MAT

(UG/

KG)

DI-N

-BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

BENZI-

DINE

BOT.MAT

(UG/

KG)

EXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<270

<270

1400

0 14

000

<1600

<160

0 <1

600

<160

0 <1

600

<160

0

<270

<2

60

<270

<160

0 <1

600

<160

0

1400

013

000

14000

<270

<2

60

<270

<270

0 <2

600

<270

0

2800

0 17000

50000

25000

37000

1800

0

DATE

APR 1987

15..

. 15-..

15..

.

DEIONIZED WATER

ANALYSES AT 1400 ARE FROM TOTAL ELUTRIATE SAMPLES, ANALYSES AT 1401 ARE FROM DISSOLVED

ELUTRIATE SAMPLES, ANALYSES AT 14

05 ARE FROM NATIVE (T

OTAL

) WATER SAMPLES

TIME

1400

1401

1405

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L)

ANTHRA

CENE

TOTAL

(UG/

L)

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L)

BENZO K

FLUO

R-AN

- THENE

TOTAL

(UG/L)

BENZO -

A-

PYRENE

TOTAL

(UG/

L)

BIS

2-

CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L)

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L)

BIS (2

- CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L)

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L)

CHRY-

SENE

TOTAL

(UG/L)

<5.0

<5

.0

<5-0

<5.0

<5.0

<5.0

<5.0

<5-0

<5.0

<5-0

<5

-0<5.0

<5.0

DIETHYL

PHTHAL-

ATE

DATE

TOTAL

(UG/

L)APR 1987

15...

<5-0

15...

<5-0

15..

. <5-0

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

<5.0

<5.0

FLUOR-

ANTHENE

TOTAL

(UG/L) <5.0

<5-0

<5-0

FLUOR-

ENE

TOTAL

(UG/

L) <5.0

<5.0

<5-0

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L) <5.0

<5-0

<5-0

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5-0

<5-0

<5-0

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0<10

<10

ISO-

PHORONE

TOTAL

(UG/

L) <5.0

<5.0

<5.0

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L) <5-0

<5-0

<5-0

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L) <5-0

<5-0

<5-0

N-NITRO

-SOD

I-METHY-

LAMINE

TOTAL

(UG/

L) <5.0

<5-0

<5-0

NITRO

BENZENE

TOTAL

(UG/

L)

<5.0

<5.0

<5-0

DATE

APR 1987

15..

. 15...

15...

DATE

APR 1987

15...

15...

15...

cr>

tnDATE

APR 1987

15...

15...

15...

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0 <3

0 <3

0

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5.0

<5-0

PHENAN-

THRENE

PYRENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L)

BENZO A

ANTHRAC

ENE1

, 2-

BENZANT

HRACENE

TOTAL

(UG/

L)

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

1,2,

4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

1,2,

5,6

-DIBENZ

-ANTHRA

-CEN

ETOTAL

(UG/L)

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/L)

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

2-

CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L)

<5-0

<5-0

<5-0

2-

<5.0

<5

.0

<5-0

DI-N-

OCTYL

<5.0

<5.0

<5.0

7.0

<5.0

<5

.0

<5.0

<5.0

<5.0

<5.0

<5.0

<5-0

2,4-DI-

2,4-

DI-

2,4-DI-

NITRO-

PHTHAL-

CHLORO-

METHYL-

NITRO-

PHENOL

ATE

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

2,4,-

2,4,

6-DI

- TR

I-

2,6-DI-

NITRO-

CHLORO-

NITRO-

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

<5.0

<5.0

<5.0

3,3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/L)

<5.0

<5.0

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5-0

<5.0

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5-0

<5-0

4-NITRO-

PHENOL

TOTAL

(UG/

L)

<io

<10

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L)

<5.0

<5-0

PHENOL

(C6H

-50H)

TOTAL

(UG/

L)

<5-0

<5.0

NAPHTH

ALENE

TOTAL

(UG/

L)

<5.0

<5-0

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<20

<20

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/

L)

<20

<20

DI-N-

BUTYL

PHTH

AL-

ATE

TOTAL

(UG/L)

<5.0

<5.0

BENZI-

DINE

TOTAL

(UG/L)

<25

<25

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5.0

<5.0

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

<30

<30

<30

<30

<30

<5.0

<5.0

<5.0

<5.0

<5

.0

<30

<30

<30

<5.0

<5.0

<5.0

<5.0

<5.0

<50

<50

<50

<5.0

<5.0

<5.0

15

<5.0

<5.0

08015500 - CALCASIEU RIVER NEAR KINDER, LOUISIANA

ANALYSES AT 1300 ARE FROM DISSOLVED ELUTRIATE SAMPLES, ANALYSES AT 13

01 ARE FROM TOTAL ELUTRIATE SAMPLES,

ANALYSES AT 1100 ON APRIL ARE FROM NATIVE (T

OTAL

) WATER SAMPLES

DATE

APR 1987

15..

. 15

-..

16...

TIME

1300

1301

1100

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L)

ANTHRA

CENE

TOTAL

(UG/

L)

BENZO B

FLUO

R-AN

-THENE

TOTAL

(UG/L)

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L)

BENZO-

A-PYRENE

TOTAL

(UG/

L)

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L)

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/L)

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/L)

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L)

CHRY-

SENE

TOTAL

(UG/L)

<5.0

<5

-0

<5.0

<5-0

<5

.0

<5-0

<5.0

<5

-0

<5.0

<5-0

<5.0

<5.0

<5.0

<5.0

<5.0

<5.0

<5

.0

<5.0

<5-0

<5.0

<5.0

TABLE 12.--CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS AND PHYSICAL DATA IN

WATER AND

BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE, LOUISIANA, APRIL 198?--CONTINUED

HEXA-

N-

DI-

CHLORO-

INDENO

NITRO-

N-NITRO

N-NITRO

DIETHYL

METHYL

CYCLO-

HEXA-

(1,2,3-

SODI-N-

-SODI-

-SOD

I-

PHTHAL-

PHTHAL-

FLUOR-

FLUOR-

PENT-

CHLORO-

CD)

ISO-

PROPYL-

PHENY-

METHY-

NITRO-

ATE

ATE

ANTHENE

ENE

ADIENE

ETHANE

PYRENE

PHORONE

AMINE

LAMINE

LAMINE

BENZENE

DATE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

APR 1987

15...

15...

16... DATE

APR 1987

15...

15...

16...

DATE

APR 1987

15...

15...

16..

.

DATE

APR 1987

15...

15..

.16...

<5.0

<5.0

<5.0 PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0<3

0<3

0

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

<5.0

<5.0

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5.0

<5.0

<5.0

<5.0

<5.0

<5.0 PHENAN-

THRENE

TOTAL

(UG/

L) <5.0

<5.0

<5.0

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5.0

<5.0

<5.0

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

<30

<30

<5.0

<5.0

<5-0 PYRENE

TOTAL

(UG/L) <5.0

<5-0

<5-0

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0<1

0<10

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L) <30

<30

<30

<5.0

<5.0

<5.0

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

<10

<10

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

<5.0

<5-0

PHENOL

(C6H

-50

H)TOTAL

(UG/

L) <5-0

<5.0

<5-0

<5.0

<5.0

<5.0

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5.0

<5.0

<5.0

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <5.0

<5.0

<5.0

NAPHTH

ALENE

TOTAL

(UG/

L) <5.0

<5.0

<5.0

<5.0

<5.0

<5.0 1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) 8.0

7.0

<5.0

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

<5.0

<5.0

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

<30

<30

<10

<10

<10 1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

<5-0

<5-0

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

<20

<20

BIS(2-

ETHYL

HEXYL)

PHTHAL -

ATE

TOTAL

(UG/L) <5.0

<5.0

<5.0

<5.0

<5.0

<5.0 1,2,5,6

-DIBENZ

-ANTHRA

-CEN

ETOTAL

(UG/L) <1

0<10

<10

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0<20

<20

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

<5.0

<5.0

<5.0

<5.0

<5.0 1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

<5.0

<5.0

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

<5.0

<5.0

BENZI-

DINE

TOTAL

(UG/L) <5

0<50

<50

<5-0

<5.0

<5.0 1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

<5.0

<5.0

3,3'-

DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/L) <2

5<2

5<2

5

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

<5-0

<5.0

<5.0

<5-0

<5.0

<5-0

<5.0

<5-0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5.0

<5.0

<5.0

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5.0

<5.0

<5.0

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L) <5.0

13 <5.0

301210093173900 - BAYOU D'lNDE 0.5 MILE ABOVE MOUTH

ANALYSES AT 12

00 ARE FROM TOTAL ELUTRIATE SAMPLES, ANALYSES AT 1503 ARE FROM NATIVE (W

HOLE

) WATER SAMPLES.

DISSOLVED ANALYSES WERE RUINED DURING ANALYSIS.

DATE

APR 1987

15...

15..

.

TIME

1200

1503

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L)

ANTHRA

CENE

TOTAL

(UG/

L)

BENZO B

FLUO

R-AN-

THENE

TOTAL

(UG/L)

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L)

BENZO-

A-PYRENE

TOTAL

(UG/L)

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L)

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/L)

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L)

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L)

CHRY-

SENE

TOTAL

(UG/

L)

<5-0

<5.0

<5.0

<5

.0<5

-0

<5.0

<5-0

<5

-0<5

-0

<5.0

<5-0

<5.0

<5.0

<5.0

DATE

APR 1987

15...

15...

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

<5-0

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

<5.0

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5-0

<5-0

FLUOR-

ENE

TOTAL

(UG/

L) <5.0

<5-0

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L) <5.0

<5.0

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5-0

<5.0

INDENO

d.2,3-

CD)

PYRENE

TOTAL

(UG/L) <10

<10

ISO-

PHORONE

TOTAL

(UG/L) <5-0

<5.0

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L) <5-0

<5.0

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L) <5.0

<5.0

N-NITRO

-SOD

I-METHY-

LAMINE

TOTAL

(UG/L) <5.0

<5.0

NITRO

BENZENE

TOTAL

(UG/

L) <5.0

<5-0

DATE

APR 1987

15..

. 15

...

DATE

APR

1987

15..

. 15...

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L)

PHENAN-

THRENE

TOTAL

(UG/L)

PYRENE

TOTAL

(UG/

L)

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L)

BENZO A

ANTKRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L)

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L)

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L)

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L)

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/L)

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

<30

<30

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

<5

-0

<5-0

<5

-0

2-

<5-0

<5

.0

DI-N-

OCTYL

<5-0

<5.0

<5.0

<5.0

<5-0

<5

.0<5

.0

<5-0

2,4-

DI-

2,4-DI-

2,4-DI-

2,4,6-

<5.0

<5.0

3,3'-

DI-

<5-0

<5.0

4-

BROMO-

NITRO-

PHTHAL-

CHLORO-

METHYL-

NITRO-

PHENOL

ATE

PHENOL

PHENOL

TOLUENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

2,4,-

DI-

TRI-

2,6-DI-

CHLORO-

PHENYL

NITRO-

CHLORO-

NITRO-

BENZI-

PHENYL

PHENOL

PHENOL

TOLUENE

DINE

ETHER

TOTAL

(UG/L)

TOTAL

(UG/L)

TOTAL

(UG/

L)TOTAL

(UG/

L)TOTAL

(UG/L)

<5-0

<5

-0<5.0

<5-0

<5.0

<5

-0<5

-0

<5.0

<20

<20

<20

<20

<5.0

<5.0

<25

<25

<5-0

<5-0

TABLE 12.--CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS AND PHYSICAL DATA IN WATER AND

BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE, LOUISIANA, APRIL 198?--CONTINUED

DATE

APR 1987

15..

.15

...

IN

SITE NAME,

TIME

BAYOU D'lNDE

AT MOUTH

1500

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

<5-0

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

<30

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L) <30

<30

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5.0

<5-0

NAPHTH

ALENE

TOTAL

(UG/

L) <5.0

<5.0

SITU WATER-QUALITY READINGS, APRIL 15

-16,

DEPTH

(FEET) 1.6

6.0

9.2

TEMP

(DEC

C)

24.6

22.7

22.0

PH

(UNI

TS)

APRIL 15,

8.8

8.6

8.4

DO

(MG/

L)

1987 9.4

9-5

9-0

SPEC

COND

(US/

CM)

12,300

12,290

12,330

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

<30

1987 SAL

(PPT

)

6.7

6.7

6.7

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/

L) <5-0

<5-0

ORP

(MV)

+173

+174

+177

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

<5.0

HEXA-

BENZI-

CHLORO-

DINE

BENZENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)

<50

<5-0

<50

<5-0

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L) <5-0

<5.0

00C

AL

CA

SIE

U

RIV

ER

NEA

R

KIN

DER

1

10

0

1.6

APR

IL

16,

1987

18.8

7-

2 7-8

570

.0t-0

84

a\

TABLE 13.--CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN BOTTOM MATERIAL

FROM BAYOU D'

lNDE

, LOUISIANA, APRIL-JULY 1987

[TRIPLICATE CONTROL SAMPLES THAT WERE NOT IRRADIATED, AND NOT INCUBATED, ARE FOUND IN TABLE 12]


DATE

TIME

APR 1987

15..

. 1000

15..

. looi

15...

1002

TRIPLICATE

JUL 04

...

1000

04...

1001

04...

1002

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

ANTHRA

CENE

BOT.MAT

(UG/

KG)

TRIPLICATE SAMPLES

<350

<38o

<200

<350

<380

7bOO

SAMPLES THAT WERE

<200

<210

<200

<200

<210

<200

TRIPLICATE SAMPLES THAT

JUL 08

...

1200

08...

1201

08...

1202

DIETHYL

PHTHAL-

ATE

DATE

EOT. MAT

(UG/

KG)

APR 1987

15...

<350

15-..

<380

15...

<200

JUL 04

...

<200

04...

<210

04...

<200

JUL 08

...

<200

08...

19000

08...

<180

<200

<200

<180

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<350

12000

<200

<200

<210

<200

<200

<200

<180

<200

<200

<180

FLUO

R-ANTHENE

BOT.MAT

(UG/

KG)

3700

<380

4600

<200

4600

3800

4500

4700

3700

<350

<380

<200

BENZO B

FLUO

R-AN

-THENE

BOT.MAT

(UG/

KG)

THAT WERE

<700

<770

<400

NOT IRRADIATED. BUT

<200

<210

<200

<400

<400

<400

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

IRRADIATED, BUT

<700

<770

<400

<700

<770

<4oo

WERE INCUBATED

<400

<400

<400

<400

<400

<400

WERE IRRADIATED AND INCUBATED AT 20

<200

<200

<180

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<350

<380

11000

<200

<210

<200

<200

<200

<180

<500

<400

<350

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<350

<3«0

<200

<200

<210

<200

<200

<200

<180

<500

<400

<350

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<210

<200

<200

<200

<180

<500

<400

<350

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<700

<770

<400

<400

<400

<400

<500

<400

<350

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

CHRY-

SENE

BOT.MAT

(UG/

KG)

NOT INCUBATED

<350

<380

<200

<350

<380

<200

<350

<380

<200

AT 20

DEGREES CELSIUS FOR 60

<200

<210

<200

DEGREES

<200

<200

<180

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<350

<3»0

<200

<200

<210

<200

<200

<200

<180

<200

<210

<200

CELSIUS FOR

<200

<200

<180

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<350

<3»0

<200

<200

<210

<200

<200

<200

<180

<200

<200

<200

60 DAYS

<230

<200

<180

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<210

<200

<200

<200

<180

<350

<380

<200

DAYS <2

00<2

10<2

00

<200

<200

<180

N-NITRO

-SOD

I-METHY-

LAMINE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<210

<200

<200

<200

<180

<700

<770

<400

<400

<400

<400

<500

<400

<350

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<350

<3»0

<200

<200

<210

<200

<230

<200

<180

TABLE 13.--CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN BOTTOM MATERIAL

FROM BAYOU D'lNDE, LOUISIANA, APRIL-JULY 198?--CONTINUED

x] O

DATE

APR 1987

15..

.15

...

15...

JUL 04

...

04...

04...

JUL 08

...

08...

08...

DATE

APR 1987

15...

15...

15...

JUL 04

...

04..

.04

...

JUL 08

...

08..

.08...

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<350

<3

80<200

<200

<210

<200

<200

<200

<180

2-

CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<350

<3

80<200

<200

<210

<200

<200

<200

<180

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<2100

<2300

<1200

<1200

<1300

<110

0

<1400

<1300

<110

0

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<350

<3

80

<200

<200

<200

<200

<200

<200

<180

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<350

<3

80

<200

<200

<210

4000

<200

<200

<180

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<350

<3

80<2

00

<200

<2

00

<200

<230

<200

<1

80

PYRENE

BOT.MAT

(UG/

KG)

3200

3400

4000

<200

4000

3300

4200

4100

3200

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<700

<770

<400

<400

<400

<400

<500

<400

<3

50

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<700

<7

70

<400

<400

<4

00

<400

<500

<4

00

<350

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<200

<200

<230

<2

00

<180

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<2

10

<200

<200

<200

<180

2,4-

DP,

INBOTTOM

MAT.

(UG/

KG)

<350

<350

<200

<200

<2

00

<200

<230

<2

00

<180

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<350

<380

1800

<200

<2

10

800

1200

18

00

1100

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<210

<2

00

<200

<200

<1

80

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

5000

5500

6300

<200

6100

5400

6900

6800

54

00

2,4-

DI

-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1400

<1500

<800

<800

<900

<700

<900

<9

00

<700

1,2,

5,6

-DIB

ENZ

-ANT

HRA

-CENE

BOT.MAT

(UG/

KG)

<700

<7

70

<400

<400

<4

00

<400

<500

<4

00

<350

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<1400

<1500

<800

<800

<900

<700

<900

<900

<700

1,3-

Dl-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<350

<380

500

<200

<2

10

<200

<200

<2

00

<180

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<2

10

<200

<200

<2

00

<180

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<210

<2

00

<200

<200

<180

3,3'

-DI

- CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<180

0<1

900

<990

<1000

<1100

<900

<1200

<110

0 <880

DATE

APR 1987

15...

15..

.15

...

JUL 04

...

04..

.04

...

JUL 08

...

08...

08..

.

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<350

<380

7200

<200

<210

6800

<200

<200

<180

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<350

<380

11000

<200

<210

10000

12000

<200

9300

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<2100

<2300

<1200

<1200

<130

0<1100

<1400

23000

<1100

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<2100

<2300

<1200

<1200

<130

0<1100

<1400

<130

0<1100

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<200

<200

4300

4100

3300

PENT

A-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<210

0<2

300

<1200

<120

0<1

300

<110

0

<1400

<130

0<1100

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

BOT.MAT

(UG/

KG)

9100

1000

0<200

<200

11000

<200

<200

<200

<180

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<350

<380

<200

<200

<210

<200

<200

1500

<180

BENZI-

DINE

BOT.MAT

(UG/

KG)

<350

0<3800

<2000

<2000

<2200

<1800

<2300

<2200

<1800

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL

.(U

G/KG

)

19000

33000

<200

13000

18000

36000

43000

53000

24000

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

11000

12000

16300

12000

13000

13000

15000

15000

12000

TABLE 14.--CONCENTRATIONS OF VOLATILE ORGANIC COMPOUNDS AND PHYSICAL DATA IN WATER

COLLECTED FROM THE BAYOU D'lNDE AR

EA,

LOUISIANA, SEPTEMBER 198?

301244093171300 - INDUSTRIAL OUTFALL ABOVE 1-210 BRIDGE NEAR MAPLEWOOD, LOUISIANA

CARBON-

CHLORO-

DATE

SEP 1987

17...

17...

TIME

0800

0801

SAM

PLING

DEPTH

(FEET)

1.6

3.0

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

BROMO -

FORM

TOTAL

(UG/

L)

73 74

TETR

A-CHLO-

RIDE

TOTAL

(UG/L) 0.

20.3

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

DI-

BROMO-

METHANE

TOTAL

(UG/L) 6.2

6.0

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

CHLORO

FORM

TOTAL

(UG/L) 120

120

METHYL-

CHLO

RIDE

TOTAL

(UG/

L) <0.2

<0.2

to

DATE

SEP 1987

17...

17...

DATE

SEP 1987

17...

17...

DATE

SEP 1987

17...

17...

CIS

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<0.2

TRANS-

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L) 5.8

6.3

DI-

CHLORO-

BROM

O-METHANE

TOTAL

(UG/L) 1.6

1.5

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 5.4

5.8

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 59 60

ETHY

L-BENZENE

TOTAL

(UG/L) <0.2

<0.2

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

<0.2

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

<0.2

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

<0.2

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L) <0.2

<0.2

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) 1.4

1.3

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 0.

70.6

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<0.2

STYRENE

TOTAL

(UG/L) <0.2

<0.2

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

40.5

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 7-1

8.0

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.

42.6

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) 1.

71.8

TOLUENE

TOTAL

(UG/L) <0.2

<0.2

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 7-7

8.0

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

<0.2

301234093173600 - INDUSTRIAL OUTFALL AT LOCKPORT MARSH BRIDGE

CARBON-

CHLORO-

DI-

DATE

SEP

1987

17

...

17..

.

TIME

0947

0951

SAM-

BROMO-

PLING

BENZENE

FORM

DEPTH

TOTAL

TOTAL

(FEET)

(UG/

L)

(UG/

L)

TETR

A-CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

RIDE

BENZENE

METHANE

ETHANE

FORM

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

1.6

8.6

<0.2

1.0

65 600.

3<0.2

5.4

3-5

<0.2

METHYL-

CHLO

RIDE

TOTAL

(UG/

L) <0.2

GJ

DATE

SEP 1987

I?..-

17...

CIS

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<1.0

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 1.2

1.0

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<1.0

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

<1.0

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

<1.0

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L) 1-

31.

0

STYRENE

TOTAL

(UG/L) <0.2

<1.0

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 7.7

8.2

TOLUENE

TOTAL

(UG/

L) <0.2

<1.0

DATE

SEP 1987

17...

17..

.

DATE

SEP 1987

17..

. 17...

TRANS-

TRI-

TRI-

1,3-DI-

CHLORO-

CHLORO-

CHLORO-

ETHYL-

FLUORO-

PROPENE

ENE

METHANE

TOTAL

TOTAL

(UG/L) <0.2

TOTAL

(UG/

L)

(UG/

L)

VINYL

CHLO

RIDE

TOTAL

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L)

(UG/L)

5-7

5-0

<0.2

<0.2

<0.2

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 1.

1 1.

0

1,1-

DI-

1,1,1-

1,1,2-

TRI-

TRI-

CHLORO-

CHLORO-

CHLO

RO-

ETHANE

ETHANE

ETHANE

TOTAL

(UG/

L)TOTAL

(UG/L)

TOTAL

(UG/

L)

0.6

3-0

2.8

9-0

6.9

2-

1,1,2,2

1,2-

CHLORO-

TETRA-

1,2-DI-

1,2-DI-

1,2-

DI-

1,3-DI-

1,3-DI-

1,4-

DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE

ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

6.5

4.4

<0.2

36<0

.2<0

.2<0.2

<0.2

2.1

1.9

<0.2


CARBON-

CHLORO-

DI-

DA

TE

SE

P

1987

17...

17...

TIM

E

1040

1041

SAM

PL

ING

DE

PTH

(FE

ET

)

1.6

5-9

BE

NZ

EN

ETO

TAL

(UG

/L)

<1 .

0<

1.0

BR

OM

O-

FORM

TOTA

L(U

G/L

) 68 52

TETRA-

DI-

METHYL-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

CHLO

RIDE

BENZENE METHANE

ETHANE

FORM

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

<1.0

<1.0

4.1

<l.l

<1.0

<1.0

3-6

<l.i

DATE

SEP 1987

17..

. 17...

DI-

CIS

DI-

CHLORO-

METHYL-

1, 3-DI-

CHLORO-

DI-

ENE

CHLORO-

BROMO-

FLUORO-

ETHYL-

METHYL-

CHLO-

PROPENE

METHANE

METHANE

BENZENE

BROMIDE

RIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

<1.0

1.

0 <1.0

<1.0

<1.0

1.0

<1.0

1.

0 <1.0

<1.0

<1

.0

1.0

STYRENE

TOTAL

(UG/L)

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 8.2

7-7

88 82

TOLUENE

TOTAL

(UG/

L)


COLLECTED FROM THE BAYOU D'lNDE AR

EA,

LOUISIANA, SEPTEMBER 198?--CONTINUED

DATE

SEP 1987

17...

17...

DATE

SEP 1987

17...

17..

.

DATE

SEP 1987

17...

17...

TRANS-

TRI-

TRI-

XYLENE

1,1-DI-

1,3-

DI-

CHLORO-

CHLORO-

CHLORO-

ETHYL-

FLUORO-

PROPENE

ENE

METHANE

TOTAL

TOTAL

(UG/

L)TOTAL

(UG/

L)

(UG/L)

5.6

<1.C

5-

2 <1

.C

VINYL

CHLO

RIDE

TOTAL

TOTAL

WATER

WHOLE

TOT REC

(UG/

L)

(UG/L)

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 1.

0 1.0

1,1-

DI-

1,1,1-

1,1,

2-

TRI-

TRI-

CHLORO-

CHLORO-

CHLO

RO-

ETHANE

ETHANE

ETHANE

TOTAL

(UG/

L)TOTAL

(UG/L)

TOTAL

(UG/

L)

<1.0

2.9

7.5

<1.0

2.7

7-1

2-

1,1,2,2

1,2-

CHLORO-

TETRA-

1,2-DI-

1,2-DI-

1,2-DI-

1,3-DI-

1,3-DI-

1,4-

DI-

TRANSDI

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

ETHANE

BENZENE

ETHANE

PROPANE

BENZENE

PROPENE

BENZENE ETHENE

ETHER

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/

L)

4.7

<1.0

37

<1-0

<1.0

<1.0

<1.C

301210093173900 - BAYOU D'lNDE 0.5 MILE ABOVE MOUTH

1.9

1.8

TIME

1140

1141

SAM

PLING

DEPTH

BROMO-

BENZENE

FORM

CARBON-

CHLORO-

TETRA-

DI-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

RIDE

BENZENE

METHANE

ETHANE

FORM

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

METH

YL-

CHLO

RIDE

TOTAL

(FEE

T)

(UG/

L)(UG/L)

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

1.6

11.6

<0.2

42 110.

4<0.2

3-1

0.9

<0.2

65 21<0.2

DATE

SEP 1987

17..

.17

...

CIS

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <1 .0

<0.2

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L) 1.0

0.3

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <1 .0

<0.2

ETHYL-

BENZENE

TOTAL

(UG/

L) <1.0 0.4

METHYL-

BROMIDE

TOTAL

(UG/L) <1 .0

<0.2

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L) 1.0

0.3

STYRENE

TOTAL

(UG/L) <1.0

<0.2

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 5.8

2-3

TOLUENE

TOTAL

(UG/L) 1.

00.5

DATE

SEP 1987

17...

17...

DATE

SEP 1987

17...

17..

.

DATE

SEP 1987

17..

. 17...

17...

17...

17...

DATE

SEP 1987

17...

17...

17...

17...

17..

.

TRANS-

1,3-Dl-

CHLORO-

PROPENE

TOTAL

(UG/

L) <1.0

<0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 3-

91.1

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 4.2

2.7

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <1.0

<0.2

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <1.0

<0.2

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 35 12

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<1.0

<0.2

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <1.0

<0.2

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L) <1.0

<0.2

1,3-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <1.0

<0.2

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <1.0 0-3

1.3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <1.0

<0.2

1,1-

DI-

CHLO

RO-

ETHANE

TOTAL

(UG/

L) <1.0

o!4

1,4-

DI-

CHLO

RO-

BENZENE

TOTAL

(UG/

L) <1.0

<0.2

1,1.1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 2.4

1-3

1.2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/

L) 1.6

0.8

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 6.

42.1

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1.0

<0.2

301153093171900 - BAYOU D'lNDE AT MOUTH NEAR SULPHUR, LOUISIANA

CARBON-

CHLORO-

TETRA-

DI-

METHYL-

SAM-

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

CHLORO-

CHLO-

PLING

BENZENE

FORM

RIDE

BENZENE METHANE ETHANE

FORM

RIDE

TIME

DEPTH

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(FEE

T)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

1348

1349

1645

1646

1647

CIS

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <1.0

<0.2

<1 .0

<1 .0

<0.2

1.6

8.2

1.6

5.9

8.9 D

I-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L)

<1.0

<0.2

<1 .0

<1 .0

<0.2

<1.0

<0.2

<1 .0

<1.0

<0.2

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <1.0

<0.2

<1 .0

<1 .0

<0.2

15

<i.o

3.9

<0.2

28

<1.0

6.4

<1.0

3-1

<0.2

ETHYL-

METHYL-

BENZENE

BROMIDE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<1.0

<1.0

<0.2

<0.2

<1 .0

<1 .0

<1 .0

<1 .0

<0.2

<0.2

1.0

<0.2

<1 .0

<1.0

<0.2

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) 1.0

<0.2

2.0

1.5

<0.2

1.3

0.4

2.0

<1.0 0.3

STYRENE

TOTAL

(UG/L) <1.0

<0.2

<1.0

<1.0

<0.2

<1.0

<0.2

<1 .0

<1.0

<0.2

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 3-2

0.8

4.5

14 0.7

31

<i.o

6.5

<0.2

47

<i.o

18

<l.o

4.6

<0.2

TOLUENE

TOTAL

(UG/L)

<1.0

<0.2

<1.0

<1.0

<0.2

N] CT»


COLLECTED FROM THE BAYOU D'lNDE AREA,

LOUISIANA, SEPTEMBER 1987 CONTINUED

DATE

SEP 1987

17...

17...

17.-

.17...

17..

.

DATE

SEP 1987

17...

17..

.17-..

17...

17...

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <1 .0

<0.2

<1 .0

<1 . 0

<0.2

1.1.2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 1.6

0.4

2.2

<1 .0

0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 2.2

0.6

3-1

1.0

0.5

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <1 .0

<0.2

<1.0

<1 .0

<0.2

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <1 .0

<0.2

<1 .0

<1 . 0

<0.2

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

16 4.1

23 9-0

3-0

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<1 .0

<0.2

<1.0

<1 .0

<0.2

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <1 .0

<0.2

<1.0

<1 .0

<0.2

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L) <1 .0

<0.2

<1.0

<1 .0

<0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <1 .0

<0.2

<1 .0

<1 .0

<0.2

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <1 .0

<0.2

<1 .0

<1 .0

<0.2

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <1 .0

<0.2

<1 .0

<1 .0

<0.2

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <1 .0

<0.2

<1.0

<1 .0

<0.2

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <1 .0

<0.2

<1.0

<1 .0

<0.2

1.1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.4

0.5

1.7

<1 . 0

0.4

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) 1.0

0.2

1.0

<1 0

0.2

301150093171600 - CALCASIEU RIVER AT BAYOU D'lNDE 2.8 MILES SOUTHEAST OF HOLLYWOOD,

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 2.9

0-9

4.3

1.4

0.7

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L) <1 .0

<0.2

<1 .0

<1 .0

<0.2

LOUISIANA

CARBON-

CHLORO-

DI-

DATE

SEP 1987

17...

17...

17...

TIME

1719

1720

1721

SAM

PLING

DEPTH

(FEET)

1.6

11.2

25.1

BENZENE

TOTAL

(UG/

L) <1 .0

<1 .0

<1.0

BROMO-

FORM

TOTAL

(UG/

L)

248.8

14

TETRA-

CHLO-

CHLORO-

BROM

O-

CHLO

RO-

RIDE

BENZENE

METHANE

ETHANE

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

(UG/L)

<1.0

<1.0

1.

7 <1.C

CHLORO

FORM

TOTAL

(UG/

L)

40 21 29

METH

YL-

CHLO

RIDE

TOTAL

(UG/L) <!.(

<!.(

<!.(

DATE

SEP 1987

17...

17-.

. 17

...

DI-

CIS

DI-

CHLORO-

1,3-DI-

CHLORO-

DI-

CHLORO-

BROMO-

FLUORO-

ETHYL-

METHYL-

PROPENE METHANE METHANE

BENZENE

BROMIDE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) 2.0

2.0

2.0

STYRENE

TOTAL

(UG/L)

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 3.

81-

5 2.5

TOLUENE

TOTAL

(UG/

L)

DATE

SEP 1987

17...

17...

17..

.

DATE

SEP 1987

17..

.17...

17...

TRANS-

TRI-

1,3-

DI-

CHLORO-

CHLORO-

ETHYL-

PROPENE

ENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<i.o

2.

7<1.0

1.2

<1.0

1.

8

1,1,2,2

TETRA-

1,2-DI-

CHLORO-

CHLORO-

ETHANE

BENZENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)1.9

<i.o

<1.0

<1.0

1.2

<1.0

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <1.0

<1.0

<1.0

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L)198.

012

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

<1.0

<1.0

<1.0

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <1.0

<1.0

<1.0

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L) <1.0

<1.0

<1.0

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <1.0

<1.0

<1.0

1,1-DI-

CHLORO-

1,1-DI-

ETHYL-

CHLORO -

ENE

ETHANE

TOTAL

TOTAL

(UG/

L)

(UG/L)

<1.0

<1.0

<1.0

<1.0

<1.0

<1.0

1,3-DI-

1,4-DI-

CHLORO-

CHLORO -

PROPENE

BENZENE

TOTAL

TOTAL

(UG/

L)

(UG/

L)<1

.0

<1.0

<1.0

<1.0

<1.0

<1.0

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.4

<1.0

1.0

1,2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/

L) 1.0

<1.0

<1.0

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 3.

61-7

2.6

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1.0

<1.0

<1.0

IN SITU WATER-QUALITY MEASUREMENTS, SEPTEMBER 17

, 198?

SITE NA

ME,

TIME

INDUSTRIAL OUTFALL

ABOVE 1-210 BRIDGE

0800

INDUSTRIAL OUTFALL

AT LOCKPORT MARSH

BRIDGE

0945

INDUSTRIAL OUTFALL

AT CONFLUENCE WITH

BAYOU D'lNDE

1040

BAYOU D'lNDE 0-

5MILE ABOVE MOUTH

1140

BAYOU D'lNDE AT

MOUTH

1350

BAYOU D'lNDE AT

MOUTH

1645

CALCASIEU RIVER

AT BAYOU D'lNDE

1720

DEPTH

(FEET)

1.6

3-0

1.6

8.6

1.6

5.9

1.6

11.6 1.6

8.2

1.6

5-9

8.9

1.6

11.2

25-1

TEMP

(DEG

C)

38.0

38.1

37-4

35.9

36.1

36.1

34.0

29-3

31.8

28.9

31.8

29.4

29.0

31-9

29.1

29-1

PH

(UNI

TS)

6.6

6.5

6.7

6.8

6.6

6.7

6.9

7-3

7-3

7-4

7.8

7.5

7-3

7-7

7-4

7-5

SPEC

DO

COND

(MG/

L) (U

S/CM

)

3.9

22,100

3.8

22,200

3.6

21,100

3-3

20,800

3.9

20,800

4.3

20,800

4.1

19,900

2.8

20,800

5.8

20,000

2.6

22,600

7-3

19,500

3.5

21,200

1.9

23,700

6.4

19,600

3-7

20,700

0.1

33,100

SAL

(PPT)

13-0

13-1

12.4

12.2

12.2

12.2

11.7

12.2

11.7

13-5

11.3

12.4

14.2

11.5

12.1

20.9

ORP

(MV)

+ 203

+ 197

+ 18

3+ 1

81

+ 188

+ 192

+ 175

+ 134

+ 137

+ 132

+ 102

+ 111

+114

+068

+O4l

-013

TABLE 15.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN WATER, BOTTOM

MATERIAL, AND TISSUE AND PHYSICAL DATA COLLECTED FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AREA,

LOUISIANA, JULY-SEPTEMBER 198?



DATE

JUL 1987

21...

AUG

TIME

1115

1100

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L)

<0.2

<0.2

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

<0.2

<0.2

1,2-DI-

CHLORO-

BROM

O-

ETHANE

FORM

TOTAL

CHLORO-

DI-

BROMO-

CHLORO-

ACE-

ACE-

ACE-

NAPHTH-

NAPHTH-

NAPHTH-

TOTAL

(UG/

L)

<0.2

<0.2

METHANE

TOTAL

FORM

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

TOLUENE

BENZENE

TOTAL

TOTAL

(UG/L)

(UG/

L)

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

<0.2

1.0

<0.2

0-5

YLENE

TOTAL

(UG/L)

<5

<5

YLENE

BOT.MAT

ENE

TOTAL

(UG/

KG)

(UG/L)

<370

<400

<5

<5

M

v3

00

DATE

JUL 1987

21..

.AUG 25

...

DATE

JUL 1987

21...

AUG 25

...

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<370

<400

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<370

<400

ANTHRA

CENE

TOTAL

(UG/

L)

<5 <5

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L)

<5 <5

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<370

<400

BIS (2

-CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<370

<400

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

<10

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5 <5

BENZO B

BENZO B

BENZO K

BENZO K

FLUO

R-AN

-THENE

BOT.MAT

(UG/

KG)

<740

<800

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

<10

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<740

<800

BENZO -

A-PYRENE

TOTAL

(UG/L) <1

0

<10

BIS

BIS

BIS

2-

(2-

(2-

BENZO-

CHLORO-

CHLORO-

CHLORO-

A-

ETHYL

ETHYL)

ETHOXY)

PYRENE

ETHER

ETHER

METHANE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

<?40

<800

<5

<5

<370

<400

<5

<5

BENZYL

PHTH

AL-

CHLORO-

CHLO

RO-

ATE

BENZENE

ETHANE

BOT.MAT

TOTAL

TOTAL

(UG/

KG)

(UG/

L)

(UG/

L)

<370

<400

DI-

DIETHYL

DIETHYL

METHYL

CHRY

- CHRY-

PHTHAL-

PHTHAL-

PHTHAL-

SENE

SENE

ATE

ATE

ATE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

<5

<5

DATE

JUL 198?

21..

. AUG 25

...

DI

METHYL

PHTHAL-

ETHYL-

FLUOR-

FLUOR-

FLUOR-

ATE

BENZENE

ANTHENE

ANTHENE

ENE

BOT.MAT

TOTAL

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/L)

(UG/

KG)

(UG/L)

<370

<400

<0.2

<0.2

<5

<5

<370

<400

<5

<5

:o.2

0.2

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<370

<400

<0.2

<0.2 HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L) <5 <5

<10

<10

HEXA-

CHLORO-

CYCLO-

PENT

-ADIENE

BOT.MAT

(UG/

KG)

<370

<400

<74o

<800

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5 <5

<5 <5 HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<370

<400

<370

<400 INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/L) <10

<10

VO

DATE

JUL 1987

21.

..AUG 25...

DATE

JUL 1987

21..

.AUG 25..

.

DATE

JUL 1987

21..

.AUG 25...

INDENO

d.2,

3-CD

)PYRENE

EOT. MAT

(UG/

KG)

<740

<800

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<370

<400

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

<0.2

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L)

<0.2

<0.2

ISO-

PHORONE

TOTAL

(UG/

L) <5 <5

NITRO

BENZENE

TOTAL

(UG/

L) <5 <5

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<0.2

<0.2

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L)

<0.2

<0.2

METHYL-

BROMIDE

TOTAL

(UG/

L)

<0.2

<0.2

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<370

<400

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

<0.2

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5 <5

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<370

<400

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

<30

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<0.2

<0.2

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<370

<400

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

<0.2

<0.2

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<2200

<2400

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L)

, <0.2

<0.2

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

<10

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <5 <5

PHENAN-

THRENE

TOTAL

(UG/

L) <5 <5

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

<10

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<740

<800

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<370

<400

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<370

<400

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<740

<800

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L)

<0.2

<0.2

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L) <5 <5

PYRENE

TOTAL

(UG/

L) <5 <5

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5 <5

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<0.2

<0.2

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<370

<400

PYRENE

BOT.MAT

(UG/

KG)

<370

<400

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<370

<400

1,3-Di-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<370

<400

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/

L) <5 <5

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<0.2

<0.2

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<0.2

<0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<0.2

<0.2

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

<370

<400

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L)

<0.2

<0.2

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<370

<400

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<370

<400

TABLE 15.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN WA

TER,

BOTTOM


LOUISIANA, JULY-SEPTEMBER 198?--CONTINUED

00 O

DATE

JUL 1987

21...

AUG 25..

.

DATE

JUL 1987

21.

..AUG 25..

.

DATE

JUL 1987

21..

.AUG 25..

.

DATE

JUL 1987

21..

.AUG 25...

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L)

<0.2

<0.2

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5 <5

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<370

<400

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2200

<2400

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5 <5

2,4-DP,

IN

BOTTOM

MAT.

(UG/

KG)

<370

<400

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5 <5

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L)

<5 <5

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<370

<400

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5 <5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

<30

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

19000

21000

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5 <5

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<370

<400

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<2200

<2400

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5 <5

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<370

<400

2,4,

-DI

-NITRO-

PHENOL

TOTAL

(UG/

L) <20

<20

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L) <30

<30

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<370

<400

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5 <5

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1500

<1600

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<2200

<2400

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

<0.2

<0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<370

<400

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

<20

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

<0.2

TRI-

CHLORO-

ETHYL-

ENE

'TOT

AL(U

G/L)

<0.2

<0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <10

<10

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<150

0

<160

0

PHENOL

(C6H-

50H)

TOTAL

(UG/L)

<5 <5

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5 <5

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<740

<800

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5 <5

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

6600

<400

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL

.(U

G/KG

)

<370 <36

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5 <5

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<370

<400

NAPHTH

ALENE

TOTAL

(UG/L)

<5 <5

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L) <5 <5

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<370

<400

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5 <5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

<30

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<370

<400

301234093174900 - INDUSTRIAL OUTFALL CANAL AT BRIDGE 0.25 MILE ABOVE MOUTH

DI-

CARBON-

DATE

JUL 1987

21...

AUG

TIME

1145

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 9-1

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L) 0.2

CHLORO-

BROMO-

ETHANE

FORM

TOTAL

TOTAL

(UG/L)

(UG/L)

CHLORO-

DI-

BROMO-

CHLORO-

ACE-

ACE-

ACE-

NAPHTH-

NAPHTH-

NAPHTH-

METHANE

TOTAL

FORM

TOTAL

TOLUENE

BENZENE

TOTAL

TOTAL

YLENE

TOTAL

YLENE

BOT.MAT

ENE

TOTAL

1400

3-7

<0.2

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<200

<300

31 34

150

110

(UG/L)

(UG/L)

(UG/

L)

33

53

<0.2

1325

0.2

(UG/L) <0.2

<0.2

(UG/L)

(UG/

KG)

(UG/L)

<5

7500

<5

<5<300

<5

BENZO B

BENZO B

BENZO K

BENZO K

FLUOR-

FLUOR-

FLUOR-

FLUOR-

AN-

AN-

AN

THENE

THENE

THENE

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

AN-

THENE

TOTAL

(UG/L)

BENZO-

A-

PYRENE

TOTAL

(UG/L)

BIS

BIS

BIS

2-

(2-

(2-

BENZ

O-

CHLORO-

CHLORO-

CHLORO-

21000

<600

<300

<600

A-PYRENE

BOT.MAT

(UG/

KG)

22000

<600

ETHYL

ETHER

TOTAL

(UG/

L) <5 6.0

ETHYL)

ETHOXY)

ETHER

METHANE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<200

<300

<5

<5

00

DATE

JUL 1987

21...

AUG 25

-..

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<200

<300

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L) <5 <5

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<200

<300

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5 <5

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<200

<300

CHLORO-

BENZENE

TOTAL

(UG/

L)

<0.2

<0.2

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.6

<0.2

CHRY-

SENE

TOTAL

(UG/

L) <10

<10

CHRY

-SENE

BOT.MAT

(UG/

KG)

<300

<600

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5 <5

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<200

<300

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5 <5

DATE

JUL 1987

21...

AUG 25..

.

DI

METHYL

PHTHAL-

ETHYL-

FLUOR-

FLUOR-

FLUOR-

ATE

BENZENE ANTHENE

ANTHENE

ENE

BOT.MAT

TOTAL

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/L)

(UG/KG)

(UG/

L)

<200

<300

<0.2

<0.2

<5

<5

19000

6500

<5

<5

FLUOR -

ENE

BOT.MAT

(UG/

KG)

10000

<300

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L)

<5

<5

HEXA-

CHLORO-

CYCLO-

PENT

- ADIENE

BOT.MAT

(UG/

KG)

<200

<300

HEXA-

CHLO

RO-

ETHAN1

TOTAL

(UG/

L)

<|

<!

INDENO

HEXA-

(1,2

,3-

CHLORO-

CD)

ETHANE

PYRENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

<200

<1C

<300

<1C

00 to

DATE

JUL 1987

21..

.AUG 25..

.

DATE

JUL 1987

21..

.AUG 25-.

.

DATE

JUL 1987

21..

.AUG 25..

.

DATE

JUL 1987

21..

.AUG 25...

NCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN

AND TISSUE AND PHYSICAL DATA COLLECTED FROM THE LOWER CALCASIEU RIVER AND BAYOU

JULY- SEPTEMBER 198?- -CONTINUED

N-

N-

INDENO

METHYL-

NITRO-

NITRO-

N-NITRO

N-NITRO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

22000

<600

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

6800

<300

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.7

1.1

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

ISO-

PHORONE

TOTAL

(UG/L)

<5 <5

NITRO

BENZENE

TOTAL

(UG/L)

<5 <5

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <0.2 1.6

1.2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) 2.0

<0.2

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

<0.2

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<200

<300

1.1.1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 3-1

5-1

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

<5 <5

ISO-

PHORONE

BOT.MAT

(UG/KG)

<200

<300

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <30

<30

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 7-

5

12

1.2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

6700

19000

ENE

CHLO

RIDE

TOTAL

(UG/L) 1.

2

<0.2

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<1000

<1800

1,1.2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.

5

<0.2

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

<10

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

<5 <5

PHENAN-

THRENE

TOTAL

(UG/

L)

<5 <5

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

<10

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<300

<600

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<200

<300

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

18000

<300

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

20000

<600

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<0.2

-SODI-

PHEN

Y-LAMINE

TOTAL

(UG/L)

<5 <5

PYRENE

TOTAL

(UG/L) <5 <5

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L)

<5 <5

1,3-Di-

CHLO

RO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

-SODI-

PHEN

Y-LAMINE

BOT.MAT

(UG/

KG)

<200

<300

PYRENE

BOT.MAT

(UG/

KG)

<200

5600

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

4100

<300

1,3-Di-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<200

<300

WATE

R, BOTTOM

D'lNDE AR

EA,

N-NITRO

N-NITRO

-SOD

I-METHY-

LAMINE

TOTAL

(UG/L)

<5 <5

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 8.2

17

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

<200

<300

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

1,2-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<200

<300

1,4-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<200

430

00

CO

DATE

JUL 1987

21...

AUG 25

...

DATE

JUL 1987

21.

..AUG 25

...

DATE

JUL 1987

21...

AUG 25

...

DATE

JUL 1987

21...

AUG 25

...

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L) <0.2

<0.2

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5 <5

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/KG)

6400

12000

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/KG)

<1000

<1800

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

<5 <5

2,4-DP,

IN BOTTOM

MAT.

(UG/

KG)

<200

<300

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5 <5

BIS (2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L) <5 <5

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<200

<300

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5 <5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

<30

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<9000

16000

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<5 <5

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<200

<300

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1000

<1800

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5 <5

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<200

<300

2,4,

-DI-

NITRO-

PHENOL

TOTAL

(UG/L) <20

<20

4,6-

DINITRO

-ORT

HO-

CRESOL

TOTAL

(UG/

L) <30

<30

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<200

<300

2-NITRO-

PHENOL

TOTAL

(UG/

L)

<5 <5

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<700

<120

0

4,6-

DINITRO

-ORT

HO-

CRESOL

BOT.MAT

(UG/

KG)

<1000

<180

0

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

1.0

0.8

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<200

<300

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

<20

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L)

<0.2

<0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

5-3

8-3

DI-N-

OCTYL

PHTH

AL-

ATE

TOTAL

(UG/L) <1

0

<10

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<700

<1200

PHENOL

(C6H

-50H)

TOTAL

(UG/L) <5 <5

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L) <5 <5

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<300

<600

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5 <5

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<200

<300

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL

.(U

G/KG

)

37000

24000

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<5 <5

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<200

<300

NAPHTH

ALENE

TOTAL

(UG/

L) <5 <5

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

8.0

<5

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<200

<300

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5 <5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

<30

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

34000

27000

TABLE 15.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN WATER, BOTTOM

MATERIAL, AND TISSUE AND PHYSICAL DATA COLLECTED FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AR

EA,


301153093171900 -

BAYOU D'lNDE AT MOUTH NEAR SULPHU

R, LOUISIANA

M

00

DATE

JUL 1987

21.

..SEP 01

...

DI-

CARBON-

CHLORO-

CHLORO-

TETRA-

1,2-DI-

DI-

BROMO-

CHLO-

CHLORO-

BROM

O-

BROM

O-

CHLORO-

METHANE

RIDE

ETHANE

FORM

METHANE

FORM

TOLUENE

BENZENE

TIME

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

1230

1430

5-1

2.5

<0.2

<0.2

10 20

41 160

16 12

22 17

<0.2

<0.2

<0.2

<0.2

BENZO B

BENZO B

BENZO K BENZO K

DATE

JUL 1987

21.

..SEP 01

...

DATE

JUL 1987

21..

.SEP 01

. ..

DATE

JUL 1987

21...

SEP 01

...

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/KG)

<300

<36

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<300 <36

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<300 <36

FLUOR-

FLUOR-

ANTHRA-

CENE

TOTAL

(UG/

L) <5 <5

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L)

<5 <5

ETHYL-

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<300 <36

BIS (2

-CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<300 <36

AN

AN-

THENE

THENE

TOTAL

BOT.MAT

FLUO

R-

FLUOR-

BENZ

O-

BENZO -

AN

AN-

A-

A-THENE

THENE

PYRENE

PYRENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

<10

<10

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5 <5

FLUOR-

FLUOR-

BENZENE

ANTHENE

ANTHENE

TOTAL

TOTAL

BOT.MAT

(UG/

L) <0.

<0.

(UG/L)

(UG/

KG)

2 2

<5

<300

<5

<36

<300 <7l

N-BUTYL

BENZYL

PHTH

AL-

ATE

BOT.MAT

(UG/

KG)

<300 <36

FLUO

R-ENE

<10

<10

CHLORO -

BENZENE

TOTAL

(UG/L) <0.2

<0.2

FLUOR-

ENE

TOTAL

BOT.MAT

(UG/L) <5 <5

(UG/

KG)

<300 <36

<600 <7l

CHLORO -

ETHANE

TOTAL

<10

<600

<10

<71

CHRY

- CHRY-

SENE

SENE

TOTAL

BOT.MAT

(UG/

L)

(UG/L)

(UG/

KG)

<0.2

<0.2

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L)

<5 <5

<10

<600

<10

<71

HEXA-

CHLORO-

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

<5 <5

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5 <5

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5 <5

ACE-

ACE-

NAPHTH-

NAPHTH-

YLENE

ENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<300 <36

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<300 <36

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<300 <36

<5 <5

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/L) <5 <5

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5 <5

INDENO

CYCLO-

HEXA-

HEXA-

(1,2

.3-

PENT-

CHLORO-

CHLORO-

CD)

ADIENE

ETHANE

ETHANE

PYRENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

<300 <36

<5 <5

<300 <36

<10

<10

CD

Ol

DATE

JUL 1987

21...

SEP 01

...

DATE

JUL 1987

21..

.SEP 01

...

DATE

JUL 1987

21...

SEP 01

...

DATE

JUL 1987

21...

SEP 01

...

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UQ/

KQ)

<6oo <71

NAPHTH

ALENE

BOT.MAT

(UQ/

KQ)

<300 <36

1,1-01-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2 1-3

1,2-01-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

ISO-

PHORONE

TOTAL

(UQ/L) <5 <5

NITRO

BENZENE

TOTAL

(UQ/L)

<5 <5

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UQ/L) 0-3

0.5

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UQ/

L) 0.5

<0.2

METHYL-

BROMIDE

TOTAL

(UQ/

L)

<0.2

<0.2

NITRO

BENZENE

BOT.MAT

(UQ/

KG)

<300 <36

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UQ/

L) 1.7

2.6

1.2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UQ/

L)

<5 <5

ISO-

PHORONE

BOT.MAT

(UG/

KQ)

<300 <36

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

<30

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.

9

6.0

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UQ/

KG)

<300 <36

METHYL-

ENE

CHLO

RIDE

TOTAL

(UQ/L)

<0.2

<0.2

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UQ/

KG)

<1800

<210

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UQ/L) <0.2

<0.2

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UQ/

L) <10

<10

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UQ/

L) <5 <5

PHENAN-

THRENE

TOTAL

(UG/

L)

<5 <5

BENZOQH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

<10

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UQ/

KQ)

<600

<71

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UQ/

KQ)

<300 <36

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<300 <36

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KQ)

<6oo <71

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UQ/

L) <0.2

<0.2

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UQ/

L) <5 <5

PYRENE

TOTAL

(UG/

L) <5 <5

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UQ/

L)

<5 <5

1,3-DI-

CHLORO-

BENZENE

TOTAL

(UQ/

L) <0.2

<5

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UQ/

KQ)

<3300

<36

PYRENE

BOT.MAT

(UG/

KG)

<300

<36

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UQ/

KQ)

<300

<36

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/KG)

<300 <36

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UQ/L) <5 <5

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UQ/L) 4.1

6.6

1,2-01-

CHLORO-

BENZENE

TOTAL

(UQ/L) <0.2

<5

1.4-01-

CHLORO-

BENZENE

TOTAL

(UQ/L) <0.2

<5

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UQ/

KQ)

<300 <36

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UQ/L) <0.2

<0.2

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UQ/

KQ)

<300 <36

1.4-01-

CHLORO-

BENZENE

BOT.MAT

(UQ/

KQ)

<300 <36

TABLE 15.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN WA

TER,

BOTTOM



DATE

JUL 1987

21.

. .

SEP 01.

..

DATE

JUL 1987

21.

..SEP 01..

.

00

DATE

JUL 1987

21.

..SEP 01..

.

DATE

JUL 1987

21...

SEP 01..

.

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

<0.2

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

<5 <5

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<300 <36

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<180

0

<210

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

<5 <5

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

<300 <36

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5 <5

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L)

<5 <5

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<300 <36

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

<5 <5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

<30

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

16000

340

2-CHLORO-

PHENOL

TOTAL

(UG/

L)

<5 <5

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<300 <36

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1800

<210

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5 <5

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<300 <36

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

<20

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L) <30

<30

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<300 <36

2-NITRO-

PHENOL

TOTAL

(UG/L)

<5 <5

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/KG)

<1200

<140

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<1800

<210

VINYL

CHLO

RIDE

TOTAL

(UG/L) .

<0.2

0.4

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<300 <36

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

<20

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 3-8

3-8

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0

<10

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<1200

<140

PHENOL

(C6H-

50H)

TOTAL

(UG/L)

<5 <5

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5 <5

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<600

<71

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

<5 <5

PHENOL

(C6H

-50

H)BOT.MAT

(UG/

KG)

<300

<36

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/KG)

16000

15000

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L)

<5 <5

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<300 <36

NAPHTH

ALENE

TOTAL

(UG/L)

<5 <5

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

<5 <5

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<300 <36

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

<5 <5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

<30

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<300 <36


CHLORO-

DATE

TIME

JUL 1987

21.. .

AUG

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L)

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

BROMO-

FORM

TOTAL

(UG/

L)

DI-

BROMO-

METHANE

TOTAL

(UG/L)

CHLORO

FORM

TOTAL

(UG/

L)

TOLUENE

TOTAL

(UG/

L)

BENZENE

TOTAL

(UG/

L)

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

ACE-

NAPH

TH'

ENE

TOTAL

(UG/L)

1300

25...

1230

ACE-

NAPHTH-

ANTHRA-

ANTHRA-

ENE

CENE

CENE

DATE

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

JUL 1987

21..

. <2

70

<5

<270

AUG 25

...

<370

<5

<3

70

0.8

3-5

<0.2 3-5

<0.2

<0.2

1.7

1.9

BENZO B

BENZO B

BENZO K

BENZO K

FLUOR-

FLUOR-

FLUOR-

FLUOR-

AN

THENE

BOT.MAT

(UG/

KG)

AN-

THENE

TOTAL

(UG/

L)

AN-

THENE

BOT.MAT

(UG/

KG)

AN-

THENE

TOTAL

(UG/L)

<0.2

<0.2

BENZO-

A-

PYRENE

TOTAL

(UG/

L)

<0.2

<0.2

<5

<5

<270

<370

<5

<5

BIS

BIS

BIS

2-

(2-

(2-

BENZO-

CHLORO-

CHLORO-

CHLORO-

A-PYRENE

BOT.MAT

ETHYL

ETHER

TOTAL

<540

(UG/

KG)

(UG/L) <5

<5

ETHY

L)

ETHER

EOT.

MAT

(UG/

KG)

<270

<370

ETHOXY)

METHANE

TOTAL

(UG/L) <5 <5

00

x]

DATE

JUL 1987

21...

AUG 25

...

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<270

<370

BIS

(2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5 <5

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<270

<370

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5 <5

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<270

<370

CHLORO -

BENZENE

TOTAL

(UG/L)

<0.2

<0.2

CHLORO -

ETHANE

TOTAL

(UG/L)

<0.2

<0.2

CHRY-

SENE

TOTAL

(UG/

L) <10

<10

C..HRY-

SENE

BOT.MAT

(UG/

KG)

<54o

<740

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5 <5

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<270

<370

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5 <5

DATE

JUL 1987

21..

.AUG 25...

DI

METHYL

PHTHAL-

ETHYL-

FLUOR-

FLUOR-

FLUOR-

ATE

BENZENE

ANTHENE

ANTHENE

ENE

BOT.MAT

TOTAL

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/L)

(UG/

KG)

(UG/

L)

FLUOR-

PENT-

ENE

ADIENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

HEXA-

HEXA-

CHLORO-

CHLORO-

CYCLO-

CYCLO-

PENT-

ADIENE

BOT.MAT

INDENO

HEXA-

HEXA-

(1,2

,3CHLORO-

CHLORO-

CD)

ETHANE

ETHANE

PYRENE

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

<270

<370

<0.2

<0.2

<5

<5

<270

<370

<5

<5

<270

<370

<5

<5

<270

<370

<5

<5

<270

<370

TABLE 15.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN

WATER, BOTTOM


LOUISIANA, JULY-SEPTEMBER 1987--CONTINUED

00 00

DATE

JUL 1987

21.. .

AUG 25

...

DATE

JUL 1987

21...

AUG 25...

DATE

JUL 1987

21.

..AUG 25...

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<540

<740

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<270

<370

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

ISO-

PHORONE

TOTAL

(UG/L)

<5 <5

NITRO

BENZENE

TOTAL

(UG/L)

<5 <5

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

<0.2

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) <0.2

<0.2

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

<0.2

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<270

<370

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5 <5

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<270

<370

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0

<30

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<270

<370

METHYL

ENE

CHLO

RIDE

TOTAL

(UG/L) <0.2

<0.2

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<1600

<2200

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

1,2,5.6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L)

<10

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

<5 <5

PHENAN-

THRENE

TOTAL

(UG/L)

<5 <5

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

<10

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<540

<740

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<270

<370

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

5900

<370

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<540

<740

1,3-

DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<0.2

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/L)

<5 <5

PYRENE

TOTAL

(UG/L)

<5 <5

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L)

<5 <5

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<270

<370

PYRENE

BOT.MAT

(UG/

KG)

4800

<370

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<270

<370

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<270

<370

N-NITRO

-SODI-

METHY-

LAMINE

TOTAL

(UG/L)

<5 <5

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2 0.5

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

<270

<370

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<270

<370

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<270

<370

00

VO

DATE

JUL 1987

21..

.AU

G 25..

.

DATE

JUL 1987

21...

AUG 25

-..

DATE

JUL 1987

21...

AUG 25

...

DATE

JUL 1987

21...

AUG 25

...

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

<0.2

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L)

<5 <5

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<270

<370

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<0.16

<2200

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

<5 <5

2,4-DP,

IN BOTTOM

MAT.

(UG/

KG)

<270

<370

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5 <5

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L) 1210 <5

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<270

<370

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5 <5

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

<30

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

14000

<19000

2-CHLORO-

PHENOL

TOTAL

(UG/L)

<5 <5

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<270

<370

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1600

<2200

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5 <5

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<270

<370

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

<20

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L) <30

<30

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<270

<380

2-NITRO-

PHENOL

TOTAL

(UG/L)

<5 <5

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<110

0

<150

0

4,6-

DINITRO

-ORT

HO-

CRESOL

BOT.MAT

(UG/

KG)

<160

0

<2200

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

<0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<270

<370

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <20

<20

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

<0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 1.0

<0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0

<10

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<1100

<1500

PHENOL

(C6H-

50H)

TOTAL

(UG/L)

<5 <5

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5 <5

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<540

<740

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5 <5

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<270

<370

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<270

<370

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L)

<5 <5

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<270

<370

NAPHTH

ALENE

TOTAL

(UG/L)

<5 <5

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

<5 <5

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<270

<370

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5 <5

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

<30

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<270

<370

TABLE 15.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE

ORGANIC COMPOUNDS IN WATER, BOTTOM MATERIAL, AND TISSUE AND PHYSICAL DATA

COLLECTED FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE AREA,

LOUISIANA,

JULY-SEPTEMBER 1987--CONTINUED

CONCENTRATIONS OF MANMADE ORGANIC COMPOUNDS IN RANGIA CUNEATA, JULY 21

-SEPTEMBER 1,

1987

[CONCENTRATIONS IN MICROGRAMS PER KILOGRAM,

WHOLE TISSUE BASIS]

BROMOFORM

CHLOROFORM

1,2-DICHLOROETHANE

HEXACHLOROBENZENE

HEXACHLOROBUTADIENE

OCTACHLORONAPHTHALENE

OCTACHLOROSTYRENE

BENZOPYRENE

BENZOPERYLENE

NAPHTHALENE

PHENANTHRENE

FLUORANTHENE

PYRENE

CHRYSENE

MOISTURE (PERCENT)

LIPID (PERCENT)

BAYOU D'lNDE

CALCASIEU RIVER

RANGIA BED

AT MOUTH

AT BURTON LANDING

DUPLICATES

DUPLICATES

7/21

7/21

8/25

9/01

8/25

8/25

1 CLAM

ND 5ND

40

NDND

ND

NDND

ND

NDNDNDND

ND 90.4

ND 4ND

CLAMS

NDND

ND

NDNDND

NDNDND 10 ND 90.5

NDNDND

ND 10 ND

ND NDND

NDNDNDNDND 89-9

350 28 17

36 CLAMS

220

580

ND 20 NDND

NDND 10 10 20 88.3

5 8ND 20 15 ND

NDNDND

ND ND 10 20 10 89.4

5 18 ND

0.5

0.5

0.5

0.3

0.3

LOWEST LEVEL OF DETECTION FOR BROMOFORM AND 1,2-DICHLOROETHANE =

2 UG/KG;

DUE TO VARIABLE BL

ANK,

ANY CHLOROFORM VALUE BELOW 15 UG/KG MAY NOT BE RE

AL.

LOWEST LEVEL OF DETECTION FOR ALL OTHERS =10 UG/KQ.

IN SITU WATER-QUALITY MEASUREMENTS, JULY 21,

198? - SEPTEMBER 1, 19

8?.

VD

SPEC

SITE NAME,

TIME

DEPTH

(FEE

T)TEMP

(DEG C)

PH

DO

(UNI

TS)

(MG/

L)

JULY 21

,

LAKE CHARLES

AT RANGIA BED

1115

INDUSTRIAL OUTFALL

0.25 MILE ABOVE

BAYOU D'lNDE

1145

BAYOU D'lNDE AT

MOUTH

1430

CALCASIEU RIVER AT

BURTON LANDING

1300

LAKE CHALRES

AT RANGIA BED

1100

INDUSTRIAL OUTFALL

0.25 MILE ABOVE

BAYOU D'lNDE

1400

CALCASIEU RIVER AT

BURTON LANDING

1230

1.6

3.3

1.6

6.9

1.6

6.3

1.6

4.6

1.6

1.6

5-6

1.6

5.0

28.6

28.6

35.9

36.0

32.7

31.3

29.9

29.6

AUGUST

31.0

41.0

41.0

32.2

31

-7

6.6

6.4

7-3

7.3

7.0

7-0

7.9

7.6

25, 7.3

7.5

7-5

8.2

8.0

SEPTEMBER 1

BAYOU D'lNDE

AT MOUTH

1430

1.6

3.3

32.2

33

.47-8

7.3

1987

4.9

3-8

4.0

4.1

4.4

4.3

7-1

4.0

1987

5-7

5.6

5-4

6.6

5-1

, 1987 7.

8 4.

4

COND

(US/

CM)

1,900

2,400

8,500

8,500

6,460

6,15

0

8,750

12,6

00

7.720

22,2

00

22,2

00

23,0

00

24,5

00

17,5

00

22,5

00

SAL

(PPT)

0.5

0.8

4.4

4.4

3-1

2.9

4.6

6.6

3-9

13-2

13

-2

13-8

14

.8

10.0

13

-3

ORP

(MV)

+157

+154

+156

+1

58

+150

+149

+ 164

+ 165

+188

+168

+168

+ 146

+ 1

57

+163

+ 1

74

TABLE 16.--RADON-222 ACTIVITY LEVELS IN WATER AND BOTTOM MATERIAL IN PRIEN LAKE, LOUISIANA, DECEMBER 1987-FEBRUARY 1988

[DISINTEGRATIONS PER MINUTE PER LITER, DPM/L]

RADON-222 ACTIVITY

DATE SAMPLING CLOSED CHAMBER OPEN CHAMBER TIMETIME (DPM/L) (DPM/L) (HOURS)

FIRST DEPLOYMENT

12-23-871- 6-881-13-88

103009301115

2.11.93.3

0.419.312.6

0.0360.0528.8

SECOND DEPLOYMENT

1-27-881-29-882- 1-882- 9-88

1400100011301500

2.01.64.01.4

2.326.829.319.3

0.044.0117.5313.0

IN SITU RADON-222 SEDIMENT-WATER FLUX AND CALCULATED APPARENTSEDIMENT DIFFUSIVITIES

[DASHES ( ), CORE NOT COLLECTED]

RADON FLUX (ATOMS PER SQUAREMETER PER SECOND)_______________________ DIFFUSIVITY

DATE TIME (SQUARE CENTI-(HOURS) INDIVIDUAL MEAN METERS PER SECOND)

FIRST DEPLOYMENT

1- 6-88 360.0 298 298 1-13-88 528.0 51 174

SECOND DEPLOYMENT

1-29-88 44.0 357 357 7.4 X 10"^2- 1-88 117.5 194 275 4.4 X 10""£2- 9-88 313.0 85 212 2.6 X 10

192

TABLE 16. RADON-222 ACTIVITY LEVELS IN WATER AND BOTTOM MATERIAL IN PRIEN LAKE, LOUISIANA, DECEMBER 1987-FEBRUARY 1988 CONTINUED

DISTRIBUTION OF RADON-222/RADIUM-226 WITHIN A BED-SEDIMENT CORE COLLECTED FROM PRIEN LAKE, LOUISIANA, JANUARY 1988

RAIX>N-222/RADIUM-226

(I

0.0- 1.2 0.521.2- 2.4 0.642.4- 3.5 0.843.5- 4.7 0.854.7- 5.9 0.825.9- 8.3 0.908.3-10.6 1.0010.6-13.0 0.8913.0-15.4 1.0015.4-18.9 0.93

193

TABLE 17. CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN

COMPOSITED TISSUE SAMPLES FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE,

LOUISIANA, MAY 1986

BIOTA SAMPLED

ATLANTIC CROAKER - Micropogonias undulatus

SPECKLED TROUT - Cynoscion nebulosus

BLUE CRAB - Callinectes sapidus

MULLET - Mugil cephalus

HARDHEAD CATFISH - Arius felis

REDFISH - Sciaenops ocellatus

CLAMS - Rangia cuneata

FLOUNDER - Paralichthys sp.

[CONCENTRATIONS IN MILLIGRAMS PER KILOGRAM, WHOLE TISSUE BASIS; LENGTHS IN

CENTIMETERS; WEIGHTS IN GRAMS; ND, NOT DETECTED]

BUOY 130

ATLANTIC ATLANTIC HARDHEAD

CROAKER CROAKER CATFISH

DUPLICATE

BLUE BLUE

CRAB CRAB

DUPLICATE

HEXACHLOROBENZENE

HEXACHLOROBUTADIENE


OCTACHLOROSTYRENE

BENZOPYRENE

BENZOPERYLENE

NAPHTHALENE

PHENANTHRENE

FLUORANTHENE

0.06

0.07

ND

ND

ND

ND

0.01

ND

ND

0.07

0.09

ND

ND

ND

ND

ND

ND

ND

0.04

0.09

ND

0.01

ND

ND

ND

ND

ND

0.01

ND

ND

ND

ND

ND

ND

ND

ND

0.01

ND

ND

ND

ND

ND

ND

ND

ND

NUMBER, SIZE, AND WEIGHT INFORMATION FOR COMPOSITE SAMPLES

ATLANTIC CROAKER

LENGTH WEIGHT

23.2

29.6

140.2

283.2

HARDHEAD CATFISH

LENGTH WEIGHT

26.7

29.9

32.8

20.8

20.5

198.6

233.5

293.9

76.2

75.6

BLUE

LENGTH

16.5

17.4

14.2

15.8

11.2

12.9

CRAB

WEIGHT

203.1

170.5

153.0

172.6

85.4

108.5

194

TABLE 17.--CONCENTRATIONS OF METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS IN




HEXACHLOROBENZENE

HEXACHLOROBUTADIENE


OCTACHLOROSTYRENEBENZOPYRENE

BENZOPERYLENENAPHTHALENE

PHENANTHRENE

FLUORANTHENE

ATLANTIC

CROAKER

0.531.05

ND

NDND

NDND

ND

ND

SPECKLED

TROUT

0.12

0.29

ND

NDND

NDND

ND

ND

HARDHEAD

CATFISH

0.44

3.8

ND

NDND

NDND

ND

ND

BLUE

CRAB

0.17

0.01

ND

NDND

NDND

ND

ND

BLUE

CRABDUPLICATE

0.17

0.01

ND

NDND

NDND

ND

ND

LENGTH. SIZE AND WEIGHT INFORMATION FOR COMPOSITE SAMPLES

ATLANTIC CROAKER LENGTH WEIGHT

SPECKLED TROUT

LENGTH WEIGHTHARDHEAD CATFISH LENGTH WEIGHT

BLUE CRAB LENGTH WEIGHT

19.5

20.4

21.223.1

17.218.4

96.9

95.6

104.0145.1

54.672.0

24.8

24.0

24.529.0

142.0

138.6

125.6288.6

45.0

43.7

35.640.1

37.838.8

694.7

685.3

389.0656.5

523.9565.7

15.0

16.1

13.816.6

12.716.8

166.2

223.6

142.5284.2

147.1257.2


HEXACHLOROBENZENE

HEXACHLOROBUTADIENEOCTACHLORONAPHTHALENE

OCTACHLOROSTYRENEBENZOPYRENE

BENZOPERYLENE

NAPHTHALENE

PHENANTHRENE

FLUORANTHENE

PLANTMATERIAL

0.31

0.32ND

0.07ND

ND

0.03

ND

ND

HARDHEADCATFISH

1.1

9.9ND

0.01ND

ND

0.010.04

ND

NUMBER, LENGTH, AND WEIGHT INFORMATION

FOR COMPOSITE SAMPLES

HARDHEAD CATFISH

LENGTH WEIGHT

26.2

27.5

29.5

28.027.1

31.1

178.1

211.5230.4

221.3185.6

269.2

PLANT MATERIALWEIGHT

APPROX. 50 GRAMS

195



LOUISIANA, MAY 1986 CONTINUED


HEXACHLOROBENZENE

HEXACHLOROBUTADIENE


OCTACHLOROSTYRENE

BENZOPYRENE

BENZOPERYLENE

NAPHTHALENE

PHENANTHRENE

FLUORANTHENE

NUMBER,

SPECKLED

TROUT

0.12

0.37

ND

ND

ND

ND

ND

ND

ND

LENGTH, AND

SPECKLED TROUT HARDHEAD CATFISH

LENGTH WEIGHT LENGTH WEIGHT

30.1 255.6 33

25.2 157.9 31

24.5 135.1 29

24.8 144.0 27

24.6 141.8 26

24.9 147.5 24

.1 317.1

.2 304.0

.9 287.1

.1 202.0

.3 185.6

.8 152.6

SPECKLED

TROUT

DUPLICATE

0.09

0.20

ND

ND

ND

ND

0.01

ND

ND

HARDHEAD

CATFISH

0.12

0.60

ND

0.03

ND

ND

ND

ND

ND

SIZE INFORMATION FOR

ATLANTIC

LENGTH

27.4

23.3

31.2

21.6

22.3

21.1

20.0

22.1

CALCASIEU RIVER AT

HEXACHLOROBENZENE

HEXACHLOROBUTADIENE


OCTACHLOROSTYRENE

BENZOPYRENE

BENZOPERYLENE

NAPHTHALENE

PHENANTHRENE

FLUORANTHENE

SPECKLED

TROUT

0.09

0.15

ND

ND

ND

ND

0.01

ND

ND

SPECKLED

TROUT

DUPLICATE

0.08

0.10

ND

ND

ND

ND

ND

ND

ND

CROAKER

WEIGHT

288.6

170.2

348.2

107.3

119.6

98.6

91.2

141.3

ATLANTIC

CROAKER

0.02

0.11

ND

ND

ND

ND

ND

ND

ND

BLUE

CRAB

0.04

0.01

ND

ND

ND

ND

ND

ND

ND

CLAMS

0.08

0.15

ND

ND

ND

ND

ND

ND

0.03

COMPOSITE SAMPLES

BLUE CRAB

LENGTH WEIGHT

17.8 256.8

15.2 181.4

13.1 124.9

13.7 131.0

10.5 70.3

11.0 85.3

12.4 108.7

10.2 87.2

CLAMS

25 CLAMS . THE

AVERAGE WEIGHT

WAS 4 GRAMS

BURTON LANDING

HARDHEAD

CATFISH

0.06

0.39

ND

0.02

ND

ND

ND

ND

ND

HARDHEAD

CATFISH

0.06

0.37

ND

0.04

ND

ND

ND

ND

ND

MULLET

4.0

3.6

ND

ND

ND

ND

0.10

ND

ND

CLAMS

0.4

1.7

ND

ND

ND

ND

ND

ND

ND

196



LOUISIANA, MAY 1986 CONTINUED

CALCASIEU RIVER AT BURTON LANDING CONTINUED

HEXACHLOROBENZENE

HEXACHLOROBUTADIENE


OCTACHLOROSTYRENE

BENZOPYRENE

BENZOPERYLENE

NAPHTHALENE

PHENANTHRENE

FLUORANTHENE

REDFISH

0.02

0.03

ND

ND

ND

ND

ND

ND

ND

ATLANTIC

CROAKER

0.04

0.13

ND

ND

ND

ND

ND

ND

ND

ATLANTIC

CROAKER

DUPLICATE

0.06

0.10

ND

ND

ND

ND

ND

ND

ND

BLUE

CRAB

0.01

ND

ND

ND

ND

ND

ND

ND

ND

FLOUNDER

0.05

0.15

ND

0.01

ND

ND

ND

ND

ND

LOWER LEVEL OF DETECTION FOR ORGANOCHLORINES - 0.01 MG/KG FOR TISSUE.

LOWER LEVEL OF DETECTION FOR POLYNUCLEAR AROMATIC HYDROCARBONS - 0.01 MG/KG FOR

TISSUE.

NUMBER, LENGTH, AND SIZE INFORMATION FOR COMPOSITE SAMPLES

SPECKLED TROUT

LENGTH WEIGHT

31.0 292.0

29.0 231.0

24.5 138.5

HARDHEAD CATFISH

LENGTH WEIGHT

38.0 782.5

42.0 745.5

HARDHEAD CATFISH

LENGTH WEIGHT

27.0 212.5

28.0 212.5

25.0 171.4

CLAMS

31 CLAMS, AVERAGE

WEIGHT 4 GRAMS

MULLET

LENGTH WEIGHT

23.5 123.0

25.5 174.2

REDFISH

LENGTH WEIGHT

26.0 260.0

ATLANTIC CROAKER

LENGTH WEIGHT

24.5

20.0

19.5

18.0

21.0

221.4

95.0

101.1

73.0

109.0

BLUE CRAB

LENGTH WEIGHT

20.0

18.0

17.5

16.5

18.0

364.8

295.4

222.5

269.5

290.5

FLOUNDER

LENGTH WEIGHT

37.0 653.5

197

TAB

LE

18. C

ON

CE

NT

RA

TIO

NS

O

F IN

OR

GA

NIC

C

ON

STIT

UE

NT

S,

TRA

CE

ME

TA

LS,

V

OL

AT

ILE

AN

D M

ETH

YLE

NE

CH

LO

RID

E-E

XT

RA

CT

AB

LE

OR

GA

NIC

C

OM

POU

ND

S,

INS

EC

TIC

IDE

S,

AN

D

PHY

SIC

AL

D

ATA

IN

W

ATE

R A

ND

BO

TTO

M M

ATE

RIA

L FR

OM

TH

E LO

WER

C

AL

CA

SIE

U

RIV

ER

A

ND

BA

YO

U

D'IN

DE

A

RE

A,

LO

UIS

IAN

A,

JUN

E

1988

301234093173600

- IN

DU

STR

IAL

O

UTF

ALL

A

T LO

CK

POR

T M

ARS

H

BR

IDG

E

VO

00

DATE

JUN 1988

20.. .

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20.. .

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

TIME

0600

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<38o

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<76

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<?6o

PYRENE

BOT.MAT

(UG/

KG)

2800

CADMIUM

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) 1

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<?60

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<?6

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<380

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG) 83

CHRO

MIUM,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G) 20

BENZENE

BOT . MAT

(UG/

KG)

<76

CHLORO

FORM

BOT.MAT

(UG/

KG)

<76

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<76

TOLUENE

BOT.MAT

(UG/

KG)

<15

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

5500

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<760

CHRY-

SENE

BOT.MAT

(UG/

KG)

780

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<76

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG) 98

LEAD,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB)

190

BENZO-

A_

PYRENE

BOT.MAT

(UG/

KG)

<760

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<76

METHY

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

130

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<76

MANGA

NESE,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/

G) 160

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<38o

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<38o

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<380

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<76

MERCURY

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G

AS HG)

1.4

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<380

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<380

N-NITRO

-SOD

I-PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<380

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<76

CARB

ON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/

KGAS C)

25

BIS

(2-

CHLO

RO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<380

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<76

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

<380

1,1-

DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<76

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<380

BROMO-

FORM

BOT.MAT

(UG/

KG)

<76

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

700

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

760

1,1,

1-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

510

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<380

N- BUTYL

BENZYL

PHTH

AL-

ATE

BOT.MAT

(UG/

KG)

570

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<380

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<380

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<76

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<760

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<76

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

2100

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<2300

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<76

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<76o

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<76

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<380

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

580

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<76o

DATE

JUN 1988

20..

.

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

EOT. MAT

(UG/

KG)

<380

1,2-DI-

CHLORO-

ETHANE

EOT. MAT

(UG/

KG)

<76

1,2-

DI-

CHLORO-

BENZENE

EOT. MAT

(UG/

KG)

3100

1,2-DI-

CHLORO-

PROPANE

EOT.

MAT

(UG/

KG)

<76

1,2-TRA

NS-D

I-CHLORO-

ETHENE

EOT.

MAT

(UG/

KG)

<76

1,2,

4-TRI-

CHLORO-

BENZENE

EOT.

MAT

(UG/

KG)

26000

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<?60

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<380

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

1000

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG) 76

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<380

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<380

DATE

JUN 1988

20..

.

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<380

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<760

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<380

2,4-

DP,

IN

BOTTOM

MAT.

(UG/

KG)

<380

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<380

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<150

0

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<1500

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<380

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<190

0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<380

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<380

VD

VDDATE

JUN 1988

20...

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<230

0

4,6-

DINITRO

-ORTHO -

CRESOL

BOT.MAT

(UG/

KG)

<2300

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

1300

TRANS-

1,3-Dl-

CHLORO-

PROPENE

TOTAL

(UG/

L)

<0.08

CIS

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <1

5

PENT

A-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2300

BIS(

2-ETHYL

HEXYL)

PHTH

AL-

ATE

BOT.MAT

(UG/

KG)

<380

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<380

BENZI-

DINE

BOT.MAT

(UG/

KG)

<380

0

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL

.(U

G/KG

)

470000

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

630000

DATE

JUN 1988

20.

..

ALDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<1000

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

ODD,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

DI-

AZIN

ON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DI-

ELDR

IN,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

aooo

ENDO-

SULF

AN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

ENDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

ETHION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

o

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

aooo

o

DATE

HE

PTA

- H

EPT

A-

MALA-

METH-

MET

HY

L M

ETH

YL

PARA

-TOXA-

PHENE,

TOTAL

CHLOR

CHLO

R,

LINDANE

THIO

N,

OXY-

TRI-

PARA

- MI

REX,

TH

ION,

PER-

EPOXIDE

TOTAL

TOTAL

TOTAL

CHLO

R,

THION,

THIO

N,

TOTAL

TOTAL

THANE

TOT. IN

IN BOT-

IN BOT-

IN BOT-

TOT.

IN

TOT. IN

TOT.

IN

IN BOT-

IN BOT-

IN BO

T-

IN BOT-

BOTTOM

BOTTOM

BOTTOM

TOM MA-

TOM MA-

TOM MA-

TOM MA-

MATL.

MATL

. TERIAL

BOTTOM

TOM MA-

TOM MA-

TOM MA-

MATL.

TERIAL

TERIAL

TERIAL

MATL

.TERIAL

TERIAL

TERIAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

JUN 1988

20...

aooo

aooo

aooo

<io

aooo

<io

<io

aooo

<io

aooo

<50000

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG) 20

TABLE 18.--CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE METALS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE

ORGANIC COMPOUNDS, INSECTICIDES, AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER

AND BAYOU D'lNDE AR

EA,

LOUISIANA, JUNE 1988 CONTINUED

301234093174900 - INDUSTRIAL OUTFALL CANAL AT BRIDGE 0.25 MILE ABOVE MOUTH

(O O

O

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

TIME

1445

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.25

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB

) <5

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<580

BENZO-

A-PYRENE

TOTAL

(UG/L) <1

0

CALCIUM

DIS

SOLVED

(MG/L

AS CA)

180

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N)

0.58

LEAD,

DIS

SOLVED

(UG/L

AS PB) <5

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5-0

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<1200

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG

)

540

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P) 0.15

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 70

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<580

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L) <5-0

SODI

UM,

DIS

SOLVED

(MG/L

AS NA)

5500

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD) <1

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

220

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1200

BIS

(2-

CHLORO-

ETHY

L)ETHER

BOT.MAT

(UG/

KG)

<580

POTAS

SIUM,

DIS

SOLVED

(MG/L

AS K) 18

0

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) <1

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN

)

140

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<1200

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L) <5-0

SULFATE

DIS

SOLVED

(MG/L

AS 80

4)

1200

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) <1

MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 270

ANTHRA

CENE

TOTAL

(UG/L) <5-0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<580

CHLO

RIDE,

DIS

SOLVED

(MG/L

AS CL

)

9400

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/

LAS CR

) 20

MERCURY

TOTAL

RECOV

ERABLE

(UG/

LAS HG)

<0.1

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<580

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5.0

FLUO-

RIDE,

DIS

SOLVED

(MG/L

AS F) 0.6

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR) 1

MERCURY

DIS

SOLVED

(UG/L

AS HG)

<0.1

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<580

SILICA ,

DIS

SOLVED

(MG/L

AS

SI02) 20

CHRO

MIUM

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 40

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

1.6

BENZO B

FLUOR -

AN-

THENE

BOT.MAT

(UG/

KG)

<1200

BROMO-

FORM

BOT.MAT

(UG/

KG)

<120

SOLI

DS,

RESIDUE

AT 18

0DEC. C

DIS

SOLVED

(MG/L)

18000

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

940

CARBON ,

ORGANIC

DIS

SOLVED

(MG/

LAS C) 4.

1

BENZENE

BOT.MAT

(UG/

KG)

<120

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N) 0.01

IRON

,DIS

SOLVED

(UG/L

AS FE) 80

CARBON ,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

33

BENZO K

FLUOR -

AN-

THENE

TOTAL

(UG/

L) <10

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<580

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N) 0.10

IRON

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/

GAS FE

)

11000

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<120

0

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<120

DATE

JUN 1988

20.

..

DI-

BROMO-

CHLORO-

CHLORO-

BENZENE METHANE

BOT.MAT

BOT.MAT

(UG/

KG)

(UG/

KG)

<120

<120

CHLORO-

ETHANE

BOX.

MAT

(UG/

KG)

CHLO

RO

FORM

BOX. MAT

(UG/

KG)

CHRY-

SENE

TOTAL

(UG/

L)

CHRY-

SENE

BOT.MAT

(UG/

KG)

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L)

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L)

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<120

<120

<1200

<120

<5-0

<580

<5-0

<580

<120

FLUOR-

FLUOR-

FLUOR-

ANTHENE

ANTHENE

ENE

DATE

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

L)

JUN 1988

<5-0

<580

<5-0

<580

HEXA-

HEXA-

CHLORO-

CHLORO-

CYCLO-

CYCLO-

FLUO

R-

PENT-

ENE

ADIENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

HEXA-

INDENO

INDENO

HEXA-

(1,2

,3-

(1,2

,3-

<5.0

PENT-

CHLORO-

CHLORO-

CD)

ADIENE

ETHANE

ETHANE

PYRENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(US/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

1600

<5-0

<580

CD)

ISO-

ISO-

PYRENE

PHORONE

PHORONE

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/

L)

(UG/

KG)

<1200

<5.0

<580

to ODATE

JUN 1988

20..

.

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L)

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/

KG)

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

NITRO

BENZENE

TOTAL

(UG/

L)

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<120

<120

270

<5-0

<580

<5-0

<580

<580

760

<5.0

<580

DATE

JUN 1988

20.

..

DATE

JUN 1988

20..

.

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L)

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

PHENAN-

THRENE

TOTAL

(UG/L)

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

PYRENE

TOTAL

(UG/L)

PYRENE

BOT.MAT

(UG/

KG)

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

TOLUENE

BOT.MAT

(UG/

KG)

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<30

<350

0

1,1-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<120

<5-0

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

4500

68000

1,1,

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

<5-0

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

<580

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L)

<120

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1200

<23

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5-0

<120

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<580

<120

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

420

<120

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0


ORGANIC COMPOUNDS, INSECTICIDES, AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU

RIVER AND BAYOU D'lNDE AREA, LOUISIANA, JUNE 1988 CONTINUED

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

. .

10 O

10

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

DATE

JUN 1988

20...

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/KG)

4400

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/KG)

<120

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L)

<5-0

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/KG)

<2900

PHENOL

(C6H-

50H)

BOT.MAT

(UG/KG)

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/KG)

<120

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

<5-0

2,4-DP,

INBOTTOM

MAT.

(UG/KG)

<580

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5-0

NAPHTH

ALENE

TOTAL

(UG/L)

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/KG)

<120

2-

CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/KG)

<580

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5-0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/KG)

<580

TRANS-

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L)

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L)

<5-0

2-

CHLORO-

PHENOL

TOTAL

(UG/L)

<5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/KG)

<580

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

<5-0

CIS

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L)

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/KG)

11000

2-

CHLORO-

PHENOL

BOT.MAT

(UG/KG)

<580

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <20

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/KG)

<580

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/L)

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <10

2-

NITRO-

PHENOL

TOTAL

(UG/L)

<5.0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/KG)

<2300

4-

NITRO-

PHENOL

TOTAL

(UG/L) <30

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/KG)

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/KG)

<1200

2-NITRO-

PHENOL

BOT.MAT

(UG/KG)

<580

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

4-NITRO-

PHENOL

BOT.MAT

(.UG/KG)

<3500

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/

L)

1.3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2300

4,6-

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/L) <3

0

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/KG)

<580

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/KG)

<1200

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

<5-0

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/KG)

<3500

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L)

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/KG)

<580

AROCLOR

1016

PCB

TOTAL

(UG/L)

<0.1

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/KG)

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/KG)

<580

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/KG)

<580

3,3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

PHENOL

(C6H-

50H)

TOTAL

(UG/L)

<5.0

BENZI-

DINE

TOTAL

(UG/L)

<580

5-0

<0.1

2<0

.12

<30

<3500

<5.0

2800

<5.0

<580

<50

JUN 20

DATE

1988

. .

.

BENZI-

DINE

BOT.MAT

(UG/KG)

<580

0

AROCLOR

1221

PCB

TOTAL

(UG/L)

<0.1

AROCLOR

1232

PCB

TOTAL

(UG/L)

<0.1

AROCLOR

1242

PCB

TOTAL

(UG/L)

0.8

AROCLOR

1248

PCB

TOTAL

(UG/L)

<0.1

AROCLOR

1254

PCB

TOTAL

(UG/

L) 1.5

AROCLOR

1260

PCB

TOTAL

(UG/L)

<0.1

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL.

(UG/KG)

68000

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L) 9.0

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/KG)

260000

DATE

JUN 1988

20.

..

ALDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<1000

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<1000

ODD,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<1000

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<1000

DDT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<1000

DI-

AZINON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

DI-

ELDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<1000

ENDO-

SULFAN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<1000

ENDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<1000

ETHION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

aoooo

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

aooo

o

JUN 20

DATE

1988

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

MATL.

(UG/KG)

aooo

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

aooo

MALA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

METH-

OXY-

CHLOR,

TOT. IN

BOTTOM

MATL.

(UG/KG)

aooo

METHYL

TRI-

THION,

TOT. IN

BOTTOM

MATL.

(UG/KG)

<10

METHYL

PARA-

THION,

TOT. IN

BOTTOM

MATL.

(UG/KG) 15

MIREX,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

aooo

PARA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/KG)

aooo

TOXA-

PHENE ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<50000

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG) 20

301233093180100 -

INDUSTRIAL OUTFALL CANAL 100 FT ABOVE MOUTH

DUPLICATE SAMPLES

DATE

JUN 1988

20.

. .

20.

. .

DATE

JUN 1988

20.

..20

. .

.

TIME

1415

1416

SILICA,

DIS

SOLVED

(MG/L

AS

SI02) 20

___

SPE

CIFIC

CON

DUCT

ANCE

(US/CM)

25900

---

SOLIDS ,

RESIDUE

AT 180

DEC. C

DIS

SOLVED

(MG/L)

17700

---

PH

(STAND

ARD

UNITS)

6.90

---

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

0.010

___

TEMPER

ATURE

WATER

(DEC C)

35-5

---

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.100

OXYGEN,

DIS-

J

SOLVED

(MG/L)

4.4

---

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.270

___

CALCIUM

DIS

SOLVED

(MG/L

AS CA

)

180--

-

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0-55 ___

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG)

520--

-

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.180

SODIUM,

DIS

SOLVED

(MG/L

AS NA)

5400

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) 1

POTAS

SIUM,

DIS

SOLVED

(MG/L

AS K)

170 -

--

CADMIUM

DIS

SOLVED

(UG/L

AS CD

) a___

SULFATE

DIS

SOLVED

(MG/L

AS S04)

1200---

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) a___

CHLO

RIDE,

DIS

SOLVED

(MG/L

AS CL)

9200---

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 20

___

FLUO-

RIDE,

DIS

SOLVED

(MG/L

AS F)

0.60

___

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) 1

___

TABLE 18.--CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE ME

TALS

, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE


AND BAYOU D'lNDE AREA,


DATE

JUN 1988

20.. .

20.. .

DATE

JUN 1988

20.

..20.. .

DATE

JUN 1988

20.. .

20.. .

DATE

JUN 1988

20.. .

20.. .

DATE

JUN 1988

20.. .

20.

..

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G) 30 -

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

1.6

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<620

<620

BENZO-

A-PYRENE

TOTAL

(UG/L) <1

0

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

0.4

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

580

---

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 3-

3

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5-0

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<1200

<120

0

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<120

<120

IRON,

DIS

SOLVED

(UG/L

AS FE) 80

---

CARB

ON,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/KG

AS C)

50 48

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<620

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L) <5-0

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<120

<120

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS FE)

6300

---

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L) 5-5

7.3

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1200

<120

0

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<620

<620

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<0.2

LEAD,

TOTAL

RECOV

ERABLE

(UG/

LAS PB) <5

CARBON-

TETRA-

CHLO

-RIDE

TOTAL

(UG/L)

<0.2

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<1200

<1200

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L) <5-0

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

<120

LEAD

,DIS

SOLVED

(UG/L

AS PB) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 33 23

ANTHRA

CENE

TOTAL

(UG/L) <5.0

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<620

<620

CHLORO

FORM

BOT.MAT

(UG/

KG)

<120

<120

LEAD,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS PB)

120

BROMO-

FORM

TOTAL

(UG/L) 100

170

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<620

<620

BIS

(2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5.0

CHRY-

SENE

TOTAL

(UG/

L) <10

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN)

200

---

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) 15 18

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<620

<620

CHRY

-SENE

BOT.MAT

(UG/

KG)

<1200

<1200

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN

)

140

---

CHLORO

FORM

TOTAL

(UG/

L)

14 13

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<120

0<1

200

BROMO-

FORM

BOT.MAT

(UG/

KG)

<120

<120

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<120

<120

MANGA

NESE

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/

G) 180

---

TOLUENE

TOTAL

(UG/

L) <0.2

<0.2

BENZENE

BOT.MAT

(UG/

KG)

<120

<120

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0 ___

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1 ---

BENZENE

TOTAL

(UG/

L) <0.2 0.4

BENZO K

FLUOR -

AN-

THENE

TOTAL

(UG/

L) <10

---

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<620

<620

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<620

<620

MERCURY

DIS

SOLVED

(UG/L

AS HG)

0.1

___

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1200

<1200

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<120

<120

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

DI

METHYL

PHTH

AL-

ATE

DATE

BOT.MAT

(UG/

KG)

JUN 1988

20...

20..

. <6

20

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<120

<120

FLUOR-

ANTHENE

TOTAL

(UG/L) <5-0

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

<620

<620

FLUOR-

ENE

TOTAL

(UG/

L) <5-0

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<620

<620

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L) <5-0

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<620

<620

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <5.0

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<620

<620

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

DATE

JUN 1988

20.

..20.

..

INDENO

(1.2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<120

0<1200

ISO-

PHORONE

TOTAL

(UG/L) <5-0

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

<0.2

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<620

<620

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<120

<120

METHYL-

CHLO

RIDE

TOTAL

(UG/L) 0.

3v

^/

0.3

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<120

<120

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) <0.2 0.3

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

260

380

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <5.0

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<620

<620

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/L) <5-0

to

o

en

DATE

JUN 1988

20.

..

20.

..

DATE

JUN 1988

20..

. 20

...

N-NITRO

N-NITRO

-SODI-

-SOD

I-PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

BOT.MAT

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/L)

BOT.MAT

(UG/

KG)

(UG/L)

<620

<6

20<6

20

<620

860

890

<5.0

<620

<6

20

PARA-

PARA-

CHLORO-

CHLORO-

META

META

PHENAN-

PHENAN-

CRESOL

CRESOL

THRENE

THRENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/KG)

<30

<380

0 <3800

TETRA-

TETRA-

CHLORO-

CHLORO-

ETHYL-

ETHY-

ENE

LENE

TOLUENE

ENE

TOTAL

BOT.MAT

BOT.MAT

BOT.MAT

16 17<1

20

<120

<25

<25

<120

<1

20<0.2

<0.2

<120

<120

<120

<120

<5-0

<620

<620

TRI-

TRI-

TRI-

CHLORO-

CHLORO-

CHLORO-

VINYL

ETHYL-

FLUORO-

FLUORO-

CHLOR-

METHANE

METHANE

IDE

TOTAL

BOT.MAT

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/

L)

1,1-DI-

1,1-DI-

CHLORO-

CHLORO-

ETHANE

ETHANE

BOT.MAT

(UG/

KG)

<0.2

0.2

<120

<120

PYRENE

PYRENE

TOTAL

BOT.MAT

(UG/

L)

(UG/

KG)

<5.0

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 0.5

0-9

<620

<620

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<120

<1

20

DATE

JUN 1988

20.. .

20

...

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.

1 2.

7

1,1.

1-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

4400

<120

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 3-

24.7

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

<120

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 4.

06.

7

1,1,

2,2

- TETRA -

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

<1

20

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<620

<1200

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

TOTAL

(UG/L) <5.0

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<620

<620

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

400

<120


TALS



AND BAYOU D'lNDE AR

EA,

LOUISIANA, JUNE 1988--CONTINUED

DATE

JUN 1988

20..

.20...

DATE

JUN 1988

20..

.20...

DATE

JUN 1988

20...

20..

.

DATE

JUN 1988

20..

.20...

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.3

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<620

<620

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

6400

2900

1,3-Di-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<620

<620

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2500

<2500

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

<0.3

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1200

<1200

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<120

<120

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<620

<620

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

...

<620

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) 0.2

0.3

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0<1

0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<620

<620

3,3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/L) <2

5

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<120

<120

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<120

<120

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5.0

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<3100

<3100

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

---

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5.0 ---

2,4-

DP,

INBOTTOM

MAT.

(UG/

KG)

<620

<620

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5.0 ---

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

2300

770

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<620

<620

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

___

<620

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0---

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<620

<620

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5-0 ---

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<120

0<1

200

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<620

<620

2,4,

-DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<620

<620

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5.0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<2500

<250

0

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

DATE

JUN 1988

20..

.20...

DATE

JUN 1988

20..

.20

. ..

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<380

0<3

800

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<380

0<3800

4,6-

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/L) <3

0

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/L) <0.2

<0.2

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<3800

<3800

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/L) <5.0

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

<0.2

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

1100

5700

AROCLOR

1016

PCB

TOTAL

(UG/

L) <0.1

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

PHENOL

(C6H

-50H)

TOTAL

(UG/

L) <5-0

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<620

<620

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<620

<620

BENZI-

DINE

TOTAL

(UG/L) <5

0--

-

NAPHTH

ALENE

TOTAL

(UG/L) 5-

0

BENZI-

DINE

BOT.MAT

(UG/

KG)

<6200

<6200

TRANS-

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

<0.2

VINYL

CHLO

RIDE

TOTAL

(UG/

L) °-z 0.8

CIS

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 4.8

6.9

PENT

A-CH

LORO

-PHENOL

TOTAL

(UG/L) <3

0

AROCLOR

1221 PCB

TOTAL

(UG/L) <0.1

to o

DATE

JUN 1988

20...

20.

..

DATE

JUN 19

88

20.

..

AROCLOR

AROCLOR

AROCLOR

AROCLOR

AROCLOR

HEXA-

1232

1242

1248

1254

1260

CHLORO-

PCB

PCB

PCB

PCB

PCB

BENZENE

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/L)

(UG/

L)

(UG/

L)

(UG/

L)

<0.5

1.4

<5.0

HEXA-

CHLORO-

HEXA-

HEXA-

BENZENE

CHLORO-

CHLORO-

TOT.

IN

BUT-

BOTTOM ADIENE

MATL.

TOTAL

(UG/

KG)

(UG/L)

XYLENE

TOTAL

BUT-

WATER

ADIENCE

STYRENE

WHOLE

BOT.MAT

TOTAL

TOT RE

C (U

G/KG

) (UG/L)

(UG/L)

8400

035000

8.0

5900

3100

<0.2

<0.2

301159093205500 - BAYOU D'lNDE AT LITTLE BAYOU D'lNDE

TIME

0950

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

PH

(STA

ND

ARD

UNIT

S)

TEMPER

ATURE

WATER

(DEG

C)

OXYGEN ,

DIS

SOLVED

(MG/

L)

CALCIUM

DIS

SOLVED

(MG/L

AS CA)

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG)

SODI

UM,

DIS

SOLVED

(MG/L

AS NA

)

POTA

SSI

UM,

DIS

SOLVED

(MG/L

AS K)

SULFATE

DIS

SOLVED

(MG/L

AS S04)

CHLO

RIDE

,DIS

SOLVED

(MG/L

AS CL

)

FLUO-

RIDE

,DIS

SOLVED

(MG/L

AS F)

17800

7.10

28.5

1.4

110

480

2500

7667

05000

0.4

DATE

JUN 1988

20...

SILI

CA,

DIS

SOLVED

(MG/L

AS

SI02) 15

SOLIDS ,

RESIDUE

AT 18

0DEG. C

DIS

SOLVED

(MG/L)

10100

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.01

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.60

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 1.

1

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.43

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

) 1

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) <1

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD) <1

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/

LAS CR

) 8

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR

) 1



AND BAYOU D'lNDE AREA, LOUISIANA, JUNE 1988--CONTINUED

10 O

00

CHRO

MIUM,

RECOV.

FM BOT

TOM MA-

DATE

TERIAL

(UG/G)

JUN 1988

20...

10

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

DATE

(UG/G

AS HG)

JUN 1988

20...

0.35

ACE-

NAPHTH-

YLENE

DATE

BOT.MAT

(UG/KG)

JUN 1988

20...

<780

BENZO -

A-

PYRENE

DATE

TOTAL

(UG/L)

JUN 1988

20...

<10

CHLORO-

BENZENE

DATE

TOTAL

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

330

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 3-3

ACE-

NAPHTH-

ENE

TOTAL

(UG/L)

<5.0

BENZO -

A-

PYRENE

BOT.MAT

(UG/KG)

<1600

CHLORO-

BENZENE

BOT.MAT

IRON,

DIS

SOLVED

(UG/L

AS FE) 40

CARBON,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/KG

AS C)

38

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/KG)

<?80

BIS

2-

CHLORO-

ETHYL

ETHER

TOTAL

(UG/L)

<5.0

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

3100

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L)

<0.2

ACRO-

LEIN

BOT.MAT

(UG/KG)

<1600

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/KG)

<?80

CHLORO-

ETHANE

TOTAL

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/KG)

<1600

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/L)

<5.o

CHLORO-

ETHANE

BOT.MAT

LEAD,

DIS

SOLVED

(UG/L

AS PB) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

3-1

ANTHRA

CENE

TOTAL

(UG/L)

<5.0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/KG)

<780

CHLORO

FORM

BOT.MAT

LEAD,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 20

BROMO-

FORM

TOTAL

(UG/L)

<0.2

ANTHRA

CENE

BOT.MAT

(UG/KG)

<780

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/L)

<5.0

CHRY-

SENE

TOTAL

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN)

650

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L)

<0.2

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/KG)

<?80

CHRY-

SENE

BOT.MAT

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN)

470

CHLORO

FORM

TOTAL

(UG/L) 3-1

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/KG)

<1600

BROMO-

FORM

BOT.MAT

(UG/KG)

<160

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 60

TOLUENE

TOTAL

(UG/L)

<0.2

BENZENE

BOT.MAT

(UG/KG)

<160

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

DIETHYL

PHTHAL-

ATE

TOTAL

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

BENZENE

TOTAL

(UG/

L) <0.2

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L) <10

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<?80

DIETHYL

PHTHAL-

ATE

BOT.MAT

MERCURY

DIS

SOLVED

(UG/L

AS HG)

<0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

<5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/KG)

<1600

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/KG)

<160

DI

METHYL

PHTHAL-

ATE

TOTAL

JUN 1988

20.

..

(UG/L)

<0.2

<160

<160

<0.2

(UG/KG)

(UG/KG)

(UG/L)

<160

<160

<1(

<1600

<160

<5-0

<?80

<5.0

DI

METHYL

PHTHAL-

ETHYL-

ETHYL-

FLUOR-

FLUOR-

DATE

JUN 1988

20.

..

ATE

BENZENE

BENZENE

ANTHENE

ANTHENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

FLUOR-

ENE

TOTAL

FLUOR-

ENE

BOT.MAT

HEXA-

HEXA-

CHLO

RO-

CHLO

RO-

CYCLO-

CYCL

O-PENT-

ADIENE

TOTAL

PENT-

ADIENE

BOT.MAT

(UG/

KG)

(UG/L)

(UG/KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

<?80

<0.2

<160

<5-0

<?80

<5.0

<?80

<5-0

(UG/

KG)

(UG/L)

<780

INDENO

HEXA-

HEXA-

(1,2

,3-

CHLORO-

CHLORO-

CD)

ETHANE

ETHANE

PYRENE

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<5.0

<?80

DATE

JUN 1988

20.

..

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<1600

ISO-

PHORONE

TOTAL

(UG/L) <5.0

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<?80

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<160

METHYL-

CHLO

RIDE

TOTAL

(UG/

L) <0.2

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<l6o

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L) <0.4

METHY-

LENE

CHLO

RIDE

BOT.MAT

(UG/

KG)

270

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L) <5.0

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<?80

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/L) <5.0

10 O

VO

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20.

..

N-NITRO

N-NITRO

-SODI-

-SODI-

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

BOT.MAT

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/L)

PARA-

PARA-

CHLORO-

CHLORO-

META

META

PHENAN-

PHENAN-

CRESOL

CRESOL

TOTAL

BOT.MAT

THRENE

THRENE

PYRENE

TOTAL

BOT.MAT

TOTAL

DATE

JUN 1988

20.

..

<?80

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 4.5

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.4

<780

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<160

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

2800

<780

TOLUENE

BOT.MAT

(UG/

KG)

1.1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

(UG/KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/KG)

(UG/L)

<5.0

<780

<30

<4700

<5.0

<7

8o

<5.0

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT,

(UG/

KG)

<160

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.8

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<160

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<160

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L)

1,1-

DI-

CHLO

RO-

ETHANE

TOTAL

(UG/L) <0.2

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1600

1,1-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5.0

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<780

PYRENE

BOT.MAT

(UG/

KG)

<780

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<160

1,2-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160


TALS





to M O

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

DATE

JUN 1988

20...

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<?80

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<?80

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<?80

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<3100

4,6-

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/

L)

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1600

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

4,6-

DINITRO

-ORTHO -

CRESOL

BOT.MAT

(UG/

KG)

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<160

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<?80

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5.0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<?80

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L)

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<?80

3,3'

-DI

-CHLORO-

BENZI-

DINE

TOTAL

(UG/L) <2

5

AROCLOR

1016

PCB

TOTAL

(UG/L)

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<l6o

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<160

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <5-0

3,3'

-DI

-CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<3900

PHENOL

(C&H-

50H)

.

TOTAL

(UG/L)

1,2.4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5-0

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

<?80

4-BR

OMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<?80

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<?80

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<?80

NAPHTH

ALENE

TOTAL

(UG/L)

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<780

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L)

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<l600

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<780

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<780

CIS

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L)

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<3100

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/L)

<4700

<30

<470

0<0.2

<5.0

<780

5-0

<0.2

<0.2

<30

1,2-

PENTA-

DIBROMO

BIS(2-

BIS(

2-

DATE

JUN 1988

20..

.

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

(UG/

L)

ETHYL

ETHYL

DI-N-

DI-N-

HEXYL)

HEXY

L)

BUTYL

BUTYL

ETHYL-

PHTHAL-

PHTHAL-

PHTHAL-

PHTH

AL-

BENZI-

ENE

ATE

ATE

ATE

ATE

DINE

TOTAL

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

<4700

<0.2

<5-0

2600

<5.0

<?80

<50

BENZI-

DINE

BOT.MAT

(UG/

KG)

<780

0

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

<0.2

TRI-

CHLORO-

AROCLOR

ETHYL-

1221

ENE

TOTAL

PCB

TOTAL

(UG/L)

(UG/L)

1.9

<0.

DATE

JUN 1988

20.. .

AROCLOR

1232

PCB

TOTAL

(UG/

L)

AROCLOR

1242PCB

TOTAL

(UG/

L)

AROCLOR

1248

PCB

TOTAL

(UG/L)

AROCLOR

1254

PCB

TOTAL

(UG/

L)

AROCLOR

1260

PCB

TOTAL

(UG/

L)

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL.

(UG/

KG)

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

STYRENE

TOTAL

(UG/

L)

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L)

<5.0

<780

<5.0

<780

<0.2

<0.2

tO

ALDRIN ,

TOTAL

IN BOT

TOM MA-

DATE

TERIAL

(UG/

KG)

JUN 1988

20...

<100

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ODD,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DI-

AZIN

ON,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

DI-

ELDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ENDO-

SULFAN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ENDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ETHION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<0.

1

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<1000

HEPTA-

CHLOR

EPOXIDE

HEPTA-

CHLO

R,

TOTAL

DATE

JUN 1988

20.

. .

LINDANE

TOTAL

TOT. IN

IN BOT-

IN BOT-

BOTTOM TOM MA-

TOM MA-

MATL.

TERIAL

TERIAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

MALA-

THION,

TOTAL

IN BO

TTO

M MA

TERIAL

[UG/

KG)

METH-

OXY-

CHLOR,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

METHYL

TRI-

THIO

N,TOT. IN

BOTTOM

MATL

.(U

G/KG

)

METHYL

PARA-

THION,

TOT. IN

BOTTOM

MATL

.(U

G/KG

)

MIREX,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

PARA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

TOXA-

PHENE ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

TRI-

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

<100

<100

<10

<100

<1

0 <10

<100

<10

301205093201800 - BAYOU D'lNDE 1 MILE BELOW LITTLE BAYOU D'lNDE

SPE-

MAGNE-

POTAS-

<100

<5000

CHLO-

FLUO-

DATE

JUN 1988

20.

..

TIME

1030

CIFIC

CON

DUCT

ANCE

(US/

CM)

PH

(STA

ND

ARD

UNIT

S)

TEMPER

ATURE

WATER

(DEG

C)

OXYG

EN,

DIS

SOLVED

(MG/L)

CALCIUM

DIS

SOLVED

(MG/L

AS CA)

SIUM,

DIS

SOLVED

(MG/L

AS MG)

SODI

UM,

DIS

SOLVED

(MG/

LAS NA)

SIUM,

DIS

SOLVED

(MG/L

AS K)

SULFATE

DIS

SOLVED

(MG/

LAS S04)

RIDE,

DIS

SOLVED

(MG/L

AS CL)

RIDE,

DIS

SOLVED

(MG/

LAS F)

1740

07.

2029

.02-3

140

340

3500

110

810

6200

0.4


TALS


ORGANIC COMPOUNDS, INSECTICIDES, AND PHYSICAL DATA IN

WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER

AND BAYOU D'lNDE AR

EA,


SOLIDS,

NITRO-

NITRO-

NITRO-

NITRO-

CADMIUM

CHRO-

ro M to

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

DATE

JUN 1988

SILI

CA,

DIS

SOLVED

(MG/L

AS

SI02) 15

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G) 130

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.68

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<830

BENZO-

A-PYRENE

TOTAL

(UG/L)

RESIDUE

AT 18

0DE

G. C

DIS

SOLVED

(MG/L)

12100

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

340

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 3-

5

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L) <5.0

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.01

IRON

,DIS

SOLVED

(UG/L

AS FE) 90

CARBON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

45

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<830

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L)

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS FE

)

21000

DI-

CHLORO-

BROM

O-METHANE

TOTAL

(UG/L) 0.3

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1?00

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.66

LEAD

,TOTAL

RECOV

ERABLE

(UG/L

AS PB) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<1?00

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/L)

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/

LAS N) 1.

0

LEAD

,DIS

SOLVED

(UG/L

AS PB) <5

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 3-1

ANTHRA

CENE

TOTAL

(UG/L) <5.0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P) 0.40

LEAD,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS PB) 60

BROMO-

FORM

TOTAL

(UG/L) 11

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<830

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L)

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

) <1

MANGA

NESE.

TOTAL

RECOV

ERABLE

(UG/

LAS MN

)

550

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) 1.0

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

CADMIUM

DIS

SOLVED

(UG/

LAS CD) <1

MANGA

NESE

,DIS

SOLVED

(UG/

LAS MN

)

550

CHLORO

FORM

TOTAL

(UG/L) 2.

6

BENZO B

FLUO

R-AN

-THENE

BOT.MAT

(UG/

KG)

<1?0

0

BROMO-

FORM

BOT.MAT

(UG/

KG)

RECOV.

FM BOT-'

TOM MA

TERIAL

(UG/G

AS CD) <1

MANGA

NESE

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 150

TOLUENE

TOTAL

(UG/L) <0.2

BENZENE

BOT.MAT

(UG/

KG)

<1?0

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L)

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 10

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

BENZENE

TOTAL

(UG/L) <0.2

BENZO K

FLUOR -

AN-

THENE

TOTAL

(UG/L) <1

0

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

CHRO

MIUM

,DIS

SOLVED

(UG/

LAS CR) 1

MERCURY

DIS

SOLVED

(UG/

LAS HG)

<0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1?0

0

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<iyo

o<5.o

<830

<5-o

<830

<5-0

<830

<5.0

<830

DATE

JUN 1988

20...

DI-

BROMO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLO

RO-

BENZENE

BENZENE

METHANE ETHANE

ETHANE

FORM

TOTAL

EOT.

MAT

EOT. MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/

L)EOT. MAT

EOT.

MAT

<0.2

<170

<0.2

CHRY-

SENE

TOTAL

(UG/

KG)

(UG/

KG)

(UG/

L)

BROM

O-

DI-

DIETHYL

DIETHYL

DI

METHYL

CHRY-

SENE

METHANE

BOT.MAT

BOT.MAT

CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

ATE

TOTAL

(UG/

KG)

(UG/

KG)

(UG/L)

<170

0 <1

70

<5-0

ATE

ATE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<830

<5-0

DATE

JUN 1988

DI

METHYL

PHTHAL-

ETHYL-

ETHYL-

FLUOR-

FLUOR-

FLUOR-

ATE

BENZENE

BENZENE ANTHENE

ANTHENE

ENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

DATE

to »-

to

<830

<0.2

<5-0

<830

<5.0

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<830

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L) <5-0

HEXA

-CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<830

INDENO

HEXA-

HEXA-

(1,2

,3-

CHLORO-

CHLORO-

CD)

ETHANE

ETHANE

PYRENE

TOTAL

BOT.MAT

TOTAL

(UG/

L)

(UG/

KG)

(UG/L)

<5-0

<830

JUN 1988

20.

.. DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

ISO-

PHORONE

TOTAL

(UG/

L)

METHYL-

BROMIDE

TOTAL

(UG/L)

ISO-

PHORONE

BOT.MAT

(UG/

KG)

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

METHYL-

CHLO

RIDE

TOTAL

(UG/L)

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

METHY-

LENE

CHLO

RID

EBOT.MAT

(UG/

KG)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/L)

<170

0<5-0

<0.2

<830

<170

<0.2

<170

<0.3

520

19<830

<5-0

N-NITRO

-SOD

I-PHENY-

LAMINE

BOT.MAT

(UG/

KG)

N-NITRO

-SOD

I-METHY-

LAMINE

BOT.MAT

(UG/

KG)

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

NITRO

BENZENE

TOTAL

(UG/

L)

NITRO

BENZENE

BOT.MAT

(UG/

KG)

PARA

-CH

LORO

-META

CRESOL

TOTAL

(UG/L)

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

PHENAN-

THRENE

TOTAL

(UG/

L)

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

PYRENE

TOTAL

(UG/

L)

PYRENE

BOT.MAT

(UG/

KG)

<830

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 4.4

<830

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<170

<830

TOLUENE

BOT.MAT

(UG/

KG)

<33

<5-0

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<170

<830

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<30

TRI-

CH

LORO

- FL

UORO

- METHANE

BOT.MAT

(UG/

KG)

<170

<5000

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<170

<5-0

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

<830

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<170

<5.0

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

<830

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<170






to

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

DATE

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

4

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<830

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/L)

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

700

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<830

1,3-

Dl-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<830

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1?0

0

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<1?0

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<1?0

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<830

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5.0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

9

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<830

3,3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/

L)

1,1,2,2

-TET

RA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<i?o

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<i?o

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<i?o

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5.0

3,3'

-DI

-CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5-0

2,4-DP,

IN BOTTOM

MAT.

(UG/

KG)

<830

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1?0

0

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<830

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<830

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5-0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<830

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L)

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<830

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1?00

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<830

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

1,2-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<1?0

1,3-

DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5-0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<330

0

4-NITRO-

PHENOL

TOTAL

(UG/L)

JUN 1988

20...

<20

<420

0

DATE

JUN 1988

20..

.

DATE

JUN 19

88

20..

.

CO l-»

Ul

DATE

JUN 1988

20..

.

DI-

4,6-

4,6-

CHLORO-

4-

DINITRO DINITRO

DI-

AROCLOR

NITRO-

-ORTHO-

-ORT

HO-

FLUORO-

1016

PHENOL

CRESOL

CRESOL

METHANE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

PCB

TOTAL

(UG/L)

<5000

<30

<500

0<0.2

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5.0

TRANS-

CIS

PHENOL

1,3-DI-

1,3-DI-

PENTA-

(C6H

- NAPHTH-

CHLORO-

CHLORO-

CHLORO-

50H)

ALENE

PROPENE

PROPENE

PHENOL

BOT.MAT

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

KG)

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

<830

1,2-

PENTA-

DIBROMO

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

(UG/

L)

BIS(2-

BIS(2-

ETHYL

ETHYL

DI-N-

DI-N-

HEXY

L)

HEXYL)

BUTYL

BUTYL

ETHYL-

PHTHAL-

PHTHAL-

PHTHAL-

PHTHAL-

BENZI-

ENE

ATE

ATE

ATE

ATE

DINE

TOTAL

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

L)

(UG/

KG)

(UG/L)

(UG/KG)

(UG/L)

12

BENZI-

DINE

BOT.MAT

(UG/

KG)

<5000

<0.2

<5.0

<830

<5-0

<830

<50

<830

0

<0.2

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

<0.2

<30

TRI-

CHLORO-

AROCLOR

ETHYL-

1221

ENE

PCB

TOTAL

TOTAL

(UG/

L)

(UG/L)

1.6

<0.1

AROCLOR

1232

PCB

TOTAL

(UG/L)

AROCLOR

1242

PCB

TOTAL

(UG/

L)

AROCLOR

1248

PCB

TOTAL

(UG/L)

AROCLOR

1254

PCB

TOTAL

(UG/

L)

AROCLOR

1260

PCB

TOTAL

(UG/L)

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

STYRENE

TOTAL

(UG/

L)

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L)

<5.0

<830

<5-0

<830

<0.2

0.3

DATE

JUN 19

8820...

ALDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DDD,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DOT,

TOTAL

IN BOT

TOM

1 MA

TERIAL

(UG/

KG)

<10

DI-

AZINON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DI-

ELDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ENDO-

SULFAN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ENDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ETHION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PCB,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<100

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DATE

JUN 19

8820...

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

HEPTA-

CHLO

R,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

MALA-

THION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METH-

OXY-

CHLOR ,

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

METHYL

TRI-

THIO

N,TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

METHYL

PARA-

THIO

N,TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

MIREX,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PARA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

TOXA-

PHENE,

TOTAL

IN BO

T

TOM MA

TERIAL

(UG/

KG)

<500

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

TABLE 18. CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE METALS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE


AND BAYOU D'lNDE AR

EA,


301203093195900 - BAYOU D'lNDE 0-5

MILE ABOVE HIGHWAY 10

8

to

DATE

TIME

JUN 1988

20...

1100

SILI

CA,

DIS

SOLVED

(MG/L

DATE

AS

SI 02)

JUN 1988

20...

15

CHRO

MIUM,

RECOV.

FM BO

TTOM MA-

DATE

TERIAL

(UG/G)

JUN 1988

20...

50

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

DATE

(UG/

GAS HG

)JUN 1988

20..

. 0.1?

ACE-

NAPHTH-

YLENE

DATE

BOT.MAT

(UG/

KG)

JUN 1988

20..

. <4

00

SPE

CIFIC

CON

DUCT

ANCE

(US/ CM)

15100

SOLI

DS,

RESIDUE

AT 18

0DE

G. C

DIS

SOLVED

(MG/

L)

12200

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

360

CARBON ,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 3-

5

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5-0

PH

(STAND

ARD

UNITS)

7.20

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.01

IRON

,DIS

SOLVED

(UG/L

AS FE)

110

CARBON ,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

25

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<400

TEMPER

ATURE

WATER

(DEG C)

29-0

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

3400

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0.4

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<810

OXYGEN,

DIS

SOLVED

(MG/L) 1.1

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.69

LEAD

,TOTAL

RECOV

ERABLE

(UG/L

AS PB

) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<8lO

CALCIUM

DIS

SOLVED

(MG/L

AS CA

)

140

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 1.

0

LEAD,

DIS

SOLVED

(UG/L

AS PB

) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.6

ANTHRA

CENE

TOTAL

(UG/

L) <5-0

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG)

360

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.38

LEAD,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 10

BROMO-

FORM

TOTAL

(UG/

L) 12

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<400

SODI

UM,

DIS

SOLVED

(MG/

LAS NA)

3700

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) <1

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

530

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L) 1-3

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

POTAS

SIUM

,DIS

SOLVED

(MG/L

AS K)

12

CADMIUM

DIS

SOLVED

(UG/L

AS CD

) <1

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN)

520

CHLORO

FORM

TOTAL

(UG/L) 2.

3

BENZO B

FLUO

R-AN

-THENE

BOT.MAT

(UG/

KG)

<8lO

SULFATE

DIS

SOLVED

(MG/

LAS S04) 870

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) <1

MANGA

NESE

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 52

TOLUENE

TOTAL

(UG/L) 0.4

BENZENE

BOT.MAT

(UG/

KG)

<8l

CHLO

RIDE,

DIS

SOLVED

(MG/L

AS CL)

6400

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/L

AS CR) 10

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1

BENZENE

TOTAL

(UG/

L) 0.2

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

FLUO

-RIDE,

DIS

SOLVED

(MG/L

AS F) 0.

5

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR

) 1

MERCURY

DIS

SOLVED

(UG/L

AS HG)

<0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5.0

BENZO K

FLUO

R-AN

-THENE

BOT.MAT

(UG/

KG)

<810

DATE

JUN 1988

20..

.

BENZO-

A-PYRENE

TOTAL

(UG/L) <1

0

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<8lO

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5.0

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<400

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L) <5-0

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<400

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5-0

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<400

BROM

O-FORM

BOT.MAT

(UG/

KG)

<8l

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<400

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<8l

DATE

JUN 1988

20.

. .

DI-

BROMO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

BENZENE

BENZENE

METHANE

ETHANE

TOTAL

BOT.MAT

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/

L)

<0.2

<8

l <8l

<0.2

CHLORO-

CHLORO-

CHRY-

ETHANE

FORM

SENE

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/L)

CHRY-

SENE

BOT.MAT

(UG/

KG)

BROM

O-DI

-CH

LORO

-METHANE

BOT.MAT

(UG/

KG)

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L)

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<8lO

<5.0

<400

<5.0

N)

DATE

JUN 1988

20...

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<400

ETHYL-

BENZENE

TOTAL

(UG/

L) <0.2

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<8l

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5-0

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

<400

FLUOR-

ENE

TOTAL

(UG/

L) <5-0

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<400

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L) <5.0

HEXA

- CHLORO-

CYCL

O-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<400

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5.0

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<400

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

ISO-

PHORONE

TOTAL

(UG/L)

METHYL-

BROMIDE

TOTAL

(UG/

L)

ISO-

PHORONE

BOT.MAT

(UG/

KG)

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

METHYL-

CHLO

RIDE

TOTAL

(UG/L)

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L)

METHY-

LENE

CHLO

RIDE

BOT.MAT

(UG/

KG)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

N-

NITR

O-SO

DI-N

-PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<8lO

<5-0

<0.2

<400

<0.2

<5-0

N-NITRO

N-NITRO

N-NITRO

-SOD

I-

-SODI-

-SODI-

PARA-

PARA

-CHLORO-

CHLORO-

PHENY-

LAMINE

TOTAL

(UG/L)

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

BOT.MAT

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

KG)

<5.0

<400

<400

META

CRESOL

TOTAL

(UG/

KG)

(UG/L)

<400

META

PHENAN-

PHENAN-

CRESOL

THRENE

THRENE

PYRENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

<400

<5.0

<400

<30

<240

0<5

-0<4

00<5

.0

TA

BL

E

18.-

-CO

NC

EN

TR

AT

ION

S

OF

INO

RG

AN

IC

CO

NST

ITU

EN

TS,

TR

AC

E M

ETA

LS,

VO

LA

TIL

E

AN

D

MET

HY

LEN

E C

HL

OR

IDE

-EX

TR

AC

TA

BL

EO

RG

AN

IC

CO

MPO

UN

DS,

IN

SE

CT

ICID

ES

, A

ND

PH

YSI

CA

L

DA

TA

IN

WA

TER

AN

D

BOTT

OM

M

ATE

RIA

L FR

OM

TH

E LO

WER

C

AL

CA

SIE

U

RIV

ER

A

ND

BA

YO

U

D'lN

DE

A

RE

A,

LO

UIS

IAN

A,

JUN

E

1988

--C

ON

TIN

UE

D

to M

CD

DA

TE

JUN

1988

20.

. .

DA

TE

JUN

1

98

8

20. ..

DA

TE

JUN

1

98

8

20..

.

DA

TE

JUN

1

98

8

20..

.

PYRENE

BOT.MAT

(UG/

KG)

<400

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.5

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 3-

8

1,1,

1-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<8l

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<400

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<400

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L)

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<81

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.0

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

TOLUENE

BOT.MAT

(UG/

KG)

<16

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<81

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<81

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<400

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<81

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.7

1,2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L) <10

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

TRI-

CHLO

RO-

FLUO

RO-

METHANE

TOTAL

(UG/

L) <0.2

1.1,

2,2

-TET

RA-

CHLO

RO-

ETHANE

BOT.MAT

(UG/

KG)

1700

1,2-

TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<81

2-CH

LORO

-ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<81

2,4-

DI-

METHYL-

PHENOL

TOTAL

(UG/L)

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<81

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5-0

2,4-

DP,

INBOTTOM

MAT.

(UG/

KG)

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<8lO

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<400

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<400

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

1,1-

DI-

CHLO

RO-

ETHANE

BOT.MAT

(UG/

KG)

<81

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

TOTAL

(UG/

L) <10

1,2,5,6

-DIBENZ

-ANTHRA

-CEN

ETOTAL

(UG/L) <1

0

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-

DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<400

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<8lO

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<400

2,4,

-DI

-NITRO-

PHENOL

TOTAL

(UG/L)

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<81

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<81

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5-0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<400

<8l

O<

5.0

<400

<5.0

<4

00

<5

.0<

400

<20

<16

00

10

H*

VO

DATE

JUN 1988

20.. .

DATE

JUN 1988

20..

.

DATE

JUN 1988

20.. .

DATE

JUN 1988

20...

2,4,6-

2,4,

6-TRI-

TRI-

CHLORO-

CHLORO-

PHENOL

PHENOL

TOTAL

EOT.

MAT

(UG/L)

(UG/

KG)

<20

<1600

4,6-

4-

DINITRO

NITRO-

-ORTHO-

PHENOL

CRESOL

EOT.

MAT

TOTAL

(UG/

KG)

(UG/

L)

<2400

<30

1,2-

PENTA-

DIBROMO

CHLORO-

ETHYL-

PHENOL

ENE

EOT. MAT

TOTAL

(UG/

KG)

(UG/

L)

<2400

<0.2

AROCLOR

AROCLOR

1232

1242

PCB

PCB

TOTAL

TOTAL

(UG/L)

(UG/

L)

<0.1

<0.1

CHLOR-

3,3'-

3,3'-

4-

4-

4-

4-DI-

DI-

BROMO-

BROMO-

CHLORO-

CHLORO-

2,6-

DI-

2,6-DI-

CHLORO-

CHLO

RO-

PHENYL

PHENYL

PHENYL

PHENYL

4-NITRO-

NITRO-

BENZI-

BENZI-

PHENYL

PHENYL

PHENYL

PHENYL

NITRO-

TOLUENE

TOLUENE

DINE

DINE

ETHER

ETHER

ETHER

ETHER

PHENOL

TOTAL

BOT. MAT

TOTAL

BOT.

MAT

TOTAL

BOT. MAT

TOTAL

BOT. MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

<5-0

<400

<2

5 <2000

<5.0

<400

<5.0

<400

<30

DI-

4,6-

CHLORO-

TRANS-

CIS

DINITRO

DI-

AROCLOR

PHENOL

PHENOL

1,3-DI-

1,3-DI-

PENTA-

-ORT

HO-

FLUORO-

1016

(C

&H-

(C&H-

NAPHTH-

CHLORO-

CHLORO-

CHLORO-

CRESOL

METHANE

PCB

50H)

50H)

ALENE

PROPENE

PROPENE

PHENOL

BOT.

MAT

TOTAL

TOTAL

TOTAL

BOT. MAT

TOTAL

TOTAL

TOTAL

TOTAL

(UG/

KG)

(UG/L)

(UG/L)

(UG/L)

(UG/

KG)

(UG/L)

(UG/L)

(UG/L)

(UG/L)

<2400

<0.2

<0

.1

<5.0

<400

<5.0

<0

.2

<0.2

<30

BIS(

2-

BIS(2-

ETHYL

ETHYL

DI-N-

DI-N

- TRI-

HEXY

L)

HEXYL)

BUTYL

BUTYL

VINYL

CHLORO-

AROCLOR

PHTHAL-

PHTHAL-

PHTHAL-

PHTH

AL-

BENZI-

BENZI-

CHLO-

ETHYL-

1221

ATE

ATE

ATE

ATE

DINE

DINE

RIDE

ENE

PCB

TOTAL

BOT. MAT

TOTAL

BOT.

MAT

TOTAL

BOT.

MAT

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

L)

(UG/L)

<5-0

<400

<5.0

<400

<50

<400

0 <0

.2

1.6

<0.1

HEXA-

CHLORO-

HEXA-

HEXA-

XYLENE

AROCLOR

AROCLOR

AROCLOR

HEXA-

BENZENE

CHLORO-

CHLORO-

TOTAL

1248

1254

1260

CH

LORO

- TOT. IN

BUT-

BUT-

WATER

PCB

PCB

PCB

BENZENE

BOTTOM

ADIENE

ADIENCE

STYRENE

WHOLE

TOTAL

TOTAL

TOTAL

TOTAL

MATL.

TOTAL

BOT. MAT

TOTAL

TOT REC

(UG/L)

(UG/L)

(UG/L)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/L)

<0.1

<0.1

<0

.1

<5.0

<400

<5.0

<400

<0.2

1.0

DI-

DI-

ENDO-

ALDRIN,

DANE,

ODD,

DDE,

DOT,

AZ

INON

, EL

DRIN

, SU

LFAN

, EN

DRIN

, ETHION,

PCB,

PCN,

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

IN BOT-

IN BOT-

INBOT-

IN BOT-

IN BOT-

IN BO

T-

IN BOT-

IN BOT-

IN BOT-

IN BOT-

IN BOT-

IN BOT-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM MA-

DATE

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

JUN 1988

20.

. .

<10

<10

<10

<10

<10

<10

<10

<10

290

<10

<100

<100


TALS





HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

DATE

MATL.

(UG/

KG)

JUN 1988

20...

<10

HEPTA-

CHLO

R,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

MALA-

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METH-

OXY-

CHLOR,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

METHYL

TRI-

THION,

TOT. IN

BOTTOM

MATL

.(U

G/KG

)

<10

301209093193600 - BAYOU D'lNDE

DATE

TIME

JUN 1988

20...

1115

SILICA,

DIS

SOLVED

(MG/L

DATE

AS

SI02

)JUN 1988

20...

16

CHRO

MIUM,

RECOV.

FM BOT

TOM MA-

DATE

TERIAL

(UG/

G)JUN 1988

20...

100

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

DATE

(UG/G

AS HG)

JUN 1988

20...

0.4

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

18600

SOLI

DS,

RESIDUE

AT 18

0DE

G. C

DIS

SOLVED

(MG/L)

13100

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE)

370

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 3-

1

PH

(STAND

ARD

UNITS)

7.20

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.0

1

IRON

,DIS

SOLVED

(UG/L

AS FE) 70

CARBON ,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

64

TEMPER

ATURE

WATER

(DEG C)

29-5

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

8100

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0-5

OXYG

EN,

DIS

SOLVED

(MG/L) 0-5

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.54

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

CALCIUM

DIS

SOLVED

(MG/L

AS CA

)

160

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.97

LEAD

,DIS

SOLVED

(UG/L

AS PB) <5

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.2

METHYL

PARA-

THION,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

500

FEET

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS M

G) 380

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P) 0-33

LEAD

,RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS PB) 30

BROM

O-FORM

TOTAL

(UG/

L) 18

MIREX,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

PARA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

TOXA-

PHEN

E,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<500

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ABOVE HIGHWAY 10

8

SODI

UM,

DIS

SOLVED

(MG/L

AS NA)

3900

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

) <1

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/

LAS MN)

430

CHLORO-

DI-

BROM

O-METHANE

TOTAL

(UG/L) 1-7

POTAS

SIUM,

DIS

SOLVED

(MG/

LAS K) 12

0

CADMIUM

DIS

SOLVED

(UG/L

AS CD) 1

MANGA

NESE

,DIS

SOLVED

(UG/

LAS MN

)

420

CHLORO

FORM

TOTAL

(UG/

L) 2.0

SULFATE

DIS

SOLVED

(MG/

LAS S0

4) 880

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CD) 1

MANGA

NESE

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G) 150

TOLUENE

TOTAL

(UG/

L) <0.2

CHLO

RIDE

,DIS

SOLVED

(MG/L

AS CL

)

6800

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 10

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1

BENZENE

TOTAL

(UG/

L) <0.2

FLUO-

RIDE,

DIS

SOLVED

(MG/L

AS F) 0.

5

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) <1

MERCURY

DIS

SOLVED

(UG/L

AS HG)

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5-0

BENZO B

BENZO B

BENZO K

BENZO K

ACE-

NAPHTH-

YLENE

DATE

BOT.

MAT

(UG/

KG)

JUN 1988

20...

<840

BENZO-

A-PYRENE

DATE

TOTAL

(UG/L)

JUN 1988

20..

. <10

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L) <5.0

BENZO-

A- PYRENE

BOT. MAT

(UG/

KG)

<160

0

ACE-

NAPHTH-

ENE

BOT.

MAT

(UG/

KG)

<?80

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5-0

ACRO-

LEIN

BOT.

MAT

(UG/

KG)

<1600

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT. MAT

(UG/

KG)

<?80

ACRYLO-

NITRILE

BOT. MAT

(UG/

KG)

<1600

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L) <5-0

ANTHRA

CENE

TOTAL

(UG/L) <5.0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.

MAT

(UG/

KG)

<?80

ANTHRA

CENE

BOT. MAT

(UG/

KG)

<?80

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L) <5-0

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

BOT. MAT

(UG/

KG)

<?80

FLUOR -

AN-

THENE

BOT.

MAT

(UG/

KG)

<1600

BROMO-

FORM

BOT. MAT

(UG/

KG)

<160

BENZENE

BOT.

MAT

(UG/

KG)

<160

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT. MAT

(UG/

KG)

<?80

FLUOR-

AN-

THENE

BOT. MAT

(UG/

KG)

<1600

CARBON

TETRA-

CHLOR-

IDE

BOT.

MAT

(UG/KG)

<160

DATE

DI-

BROMO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

BENZENE

BENZENE

METHANE

ETHANE

ETHANE

FORM

TOTAL

EOT.MAT

EOT.MAT

TOTAL

(UG/L)

BROMO-

DI-

DIETHYL DIETHYL

DI

METHYL

EOT.MAT

EOT.MAT

CHRY-

SENE

TOTAL

CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

ATE

ATE

EOT.MAT

TOTAL

CHRY-

SENE

METHANE

ATE

BOT.MAT

EOT.MAT

TOTAL

to

to

JUN 1988

20..

.

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

^--,

<0.2

DI

METHYL

PHTHAL-

ATE

BOT.

MAT

(UG/

KG)

<?80

ISO-

PHORONE

TOTAL

(UG/L) <5-0

*"' <1

60

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

,._,.._,

<160

ETHYL-

BENZENE

BOT.

MAT

(UG/

KG)

<160

ISO-

PHORONE

BOT. MAT

(UG/

KG)

<?80

V - / /

<0.2

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5.0

METHYL

BROMIDE

BOT.

MAT

(UG/

KG)

<160

V / " /

<160

FLUOR-

ANTHENE

BOT. MAT

(UG/

KG)

i <?80

METHYL-

CHLO

RIDE

TOTAL

(UG/L) <0.2

V "» / "« /

<160

FLUO

R-ENE

TOTAL

(UG/L) <5-0

METHYL

CHLOR

IDE

BOT. MAT

(UG/

KG)

<160

V V«/ M^l <10

FLUO

R-ENE

BOT. MAT

(UG/

KG)

<780

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) <0.2

yvv*/ .» /

<1600

HEXA-

CHLORO-

CYCLO-

PENT

-ADIENE

TOTAL

(UG/

L) <5-0

METHY-

LENE

CHLOR

IDE

BOT.

MAT

(UG/

KG)

390

v >

. ->

~f .* /

<l6o

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5.0

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <5.0

v--/

/

<5-0

HEXA-

CHLORO-

ETHANE

BOT.

MAT

(UG/

KG)

<?80

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT. MAT

(UG/

KG)

<?80

v " / " /

<?80

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

N-NITRO

-SOD

I-PHENY-

LAMINE

TOTAL

(UG/

L) <5.0

V / /

<5-0

INDENO

(1,2

,3-

CD)

PYRENE

BOT. MAT

(UG/

KG)

<1600

N-NITRO

-SODI-

PHENY-

LAMINE

BOT. MAT

(UG/

KG)

<?80

TA

BL

E

18.-

-CO

NC

EN

TR

AT

ION

S

OF

INO

RG

AN

IC

CO

NST

ITU

EN

TS,

TR

AC

E M

ETA

LS,

VO

LA

TIL

E

AN

D

MET

HY

LEN

E C

HL

OR

IDE

-EX

TR

AC

TA

BL

EO

RG

AN

IC

CO

MPO

UN

DS,

IN

SE

CT

ICID

ES

, A

ND

PH

YSI

CA

L

DA

TA

IN

WA

TER

AN

D

BO

TTO

M M

AT

ER

IAL

FR

OM

TH

E LO

WER

C

AL

CA

SIE

U

RIV

ER

A

ND

BA

YO

U

D'lN

DE

A

RE

A,

LO

UIS

IAN

A,

JUN

E

1988

--C

ON

TIN

UE

D

to

to

to

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

<?80

TOLUENE

BOT.MAT

(UG/

KG)

<3l

1,1,

2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.6

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<160

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5.0

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<?80

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<160

1.1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<?80

NITRO

BENZENE

TOTAL

(UG/

L) <5-0

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<?80

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5.0

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<?80

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<160

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1600

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<?80

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5-0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1600

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5-0

PARA-

CHLO

RO-

META

CRESOL

BOT.MAT

(UG/

KG)

<470

0

1,1-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<780

1,3-

DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NI

TRO-

PHENOL

BOT.MAT

(UG/

KG)

<780

PHENAN-

THRENE

TOTAL

(UG/L) <5.0

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

1,2-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,3-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<780

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<160

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1600

PYRENE

TOTAL

(UG/

L) <5.0

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.4

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

PYRENE

BOT.MAT

(UG/

KG)

<780

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<780

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 3-

7

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.7

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<160

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <5.0

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<160

1,1,

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) <0.2

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<160

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

<780

to

to

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

2,4-

DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

CIS

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

AROCLOR

1221 PCB

TOTAL

(UG/L) <0.1

ALDR

IN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<780

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<780

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/L) <3

0

AROCLOR

1232

PCB

TOTAL

(UG/L)

<0.1

CHLOR-

DANE

,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

2,4,

-DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0

PENT

A-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<4?0

0

AROCLOR

1242 PCB

TOTAL

(UG/L)

<0.1

ODD.

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<3100

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<4?0

0

1,2-

DIBROMO

ETHY

L-ENE

TOTAL

(UG/

L) <0.2

AROCLOR

1248

PCB

TOTAL

(UG/

L)

<0.1

DDE,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/L) <3

0

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/

L) 6.0

AROCLOR

1254

PCB

TOTAL

(UG/L)

<0.1

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<3100

4,6-

DINITRO

-ORT

HO-

CRESOL

BOT.MAT

(UG/

KG)

<4?00

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

800

AROCLOR

1260

PCB

TOTAL

(UG/L)

<0.1

DI-

AZIN

ON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5-0

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

DI-

ELDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG) 81

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<780

AROCLOR

1016

PCB

TOTAL

(UG/

L) <0.1

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<780

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<?80

ENDO-

SULFAN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

3,3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5.0

BENZI-

DINE

TOTAL

(UG/

L) <50

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L) <5-0

ENDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG) 27

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<3900

PHENOL

(C6H

-50H)

BOT.MAT

(UG/

KG)

<780

BENZI-

DINE

BOT.MAT

(UG/

KG)

<7800

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<780

ETHION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5.0

NAPHTH

ALENE

TOTAL

(UG/

L)

14

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

<0.2

STYRENE

TOTAL

(UG/

L) <0.2

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<780

TRANS-

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 1.3

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L) 0.

5

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

TA

BL

E

18.-

-CO

NC

EN

TR

AT

ION

S

OF

INO

RG

AN

IC

CO

NST

ITU

EN

TS,

TR

AC

E M

ET

AL

S,

VO

LA

TIL

E

AN

D M

ETH

YLE

NE

CH

LO

RID

E-E

XT

RA

CT

AB

LE

OR

GA

NIC

C

OM

POU

ND

S,

INS

EC

TIC

IDE

S,

AN

D

PHY

SIC

AL

D

ATA

IN

WA

TER

AN

D

BOTT

OM

MA

TER

IAL

FRO

M

THE

LOW

ER

CA

LC

ASI

EU

R

IVE

R

AN

D

BAY

OU

D

'lND

E

AR

EA

, L

OU

ISIA

NA

, JU

NE

19

88--

CO

NT

INU

ED

to

to

DATE

JUN 1988

20.

. .

HEPTA-

CHLOR

EPOXIDE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

HEPTA-

CHLO

R,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

MALA-

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METH-

OXY-

CHLOR.

TOT. IN

BOTTOM

MATL.

(UG/

KG) 43

METHYL

TRI-

THION,

TOT.

IN

BOTTOM

MATL

.(U

G/KG

) 22

301209093193000 - BAYOU D'lNDE

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20.. .

TIME

1145

CARBON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

42

ACE-

NAPHTH-

ENE

EOT.

MAT

(UG/

KG)

<600

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5-0

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

18200

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 1.0

ACRO-

LEIN

EOT.

MAT

(UG/

KG)

<1200

BIS

(2-

CHLORO-

ETHYL)

ETHER

EOT.

MAT

(UG/

KG)

<600

PH

(STA

ND

ARD

UNITS)

7.20

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

ACRYLO-

NITRILE

EOT. MAT

(UG/

KG)

<1200

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L) <5.0

TEMPER

ATURE

WATER

(DEG C)

29-5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 3-4

ANTHRA

CENE

TOTAL

(UG/L) <5.0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<600

OXYG

EN,

DIS

SOLVED

(MG/L) 0.8

BROM

O-FORM

TOTAL

(UG/L) 35

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<600

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5-0

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS CD) <1

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) 3-3

BENZO

BFLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

BIS

(2-

CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<600

METHYL

PARA-

THION,

TOT. IN

BOTTOM

MATL.

(UG/

KG) 14

500

FEET

CHRO

MIUM

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/

G) 50

CHLORO

FORM

TOTAL

(UG/L) 3-0

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1200

BROMO-

FORM

BOT.MAT

(UG/

KG)

<120

MIREX,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

PARA

-THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

TOXA-

TRI-

PHEN

E,

THION,

TOTAL

TOTAL

IN EOT-

IN BOT

TOM MA-

TOM MA

TERIAL

TERIAL

(UG/

KG)

(UG/

KG)

<500

<10

BELOW HIGHWAY 108

IRON

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS FE

)

8200

TOLUENE

TOTAL

(UG/L) <0.2

BENZENE

BOT.MAT

(UG/

KG)

<120

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/

GAS PB) 30

BENZENE

TOTAL

(UG/L) <0.2

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<600

MANGA

NESE

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 170

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5-0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1200

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<120

MERCURY

RECO

V.

CARBON,

FM EOT-

ORGANIC

TOM MA-

DIS-

TERIAL

SOLVED

(UG/

G (MG/L

AS HG)

AS C)

0.28

3-0

ACE-

ACE-

NAPHTH-

NAPHTH-

YLENE

ENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

<600

<5.0

BENZO-

BENZO-

A-

A-

PYRENE

PYRENE

TOTAL

BOT.MAT

(UG/L)

(UG/

KG)

<10

<1200

CHLORO-

CHLORO-

BENZENE

BENZENE

TOTAL

BOT.MAT

(UG/

L)

(UG/

KG)

<0.2

<120

K)

K> cn

DATE

JUN 1988

20.. .

DATE

JUN 1988

20...

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20..

.

DATE

JUN 1988

20.

..

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<120

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<120

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<600

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<120

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

FLUOR-

ANTHENE

TOTAL

(UG/L) <5.0

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<600

NITRO

BENZENE

TOTAL

(UG/L)

11

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

FLUO

R-ANTHENE

BOT.MAT

(UG/

KG)

<600

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<120

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<600

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<120

CHLORO

FORM

BOT.MAT

(UG/

KG)

<120

FLUOR-

ENE

TOTAL

(UG/

L) <5.0

METHYL-

CHLO

RIDE

TOTAL

(UG/

L) <0.2

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<120

CHRY-

SENE

TOTAL

(UG/L) <1

0

FLUOR -

ENE

BOT.MAT

(UG/

KG)

<600

METHYL

CHLO

RID

EBOT.MAT

(UG/

KG)

<120

PARA

-CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<3600

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

CHRY-

SENE

BOT.MAT

(UG/

KG)

<120

0

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L) <5.0

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L) <0.3

PHENAN-

THRENE

TOTAL

(UG/L) <5.0

1,1-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<120

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<600

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

200

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<600

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

HEXA

-CHLORO-

ETHANE

TOTAL

(UG/L) <5.0

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L) <5.0

PYRENE

TOTAL

(UG/L) <5.0

1,1-

DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<120

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<600

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<600

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<600

PYRENE

BOT.MAT

(UG/

KG)

<600

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.6

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L) <5.0

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 6.2

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

430

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<600

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<1200

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<600

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<120

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 1.

1

ETHYL-

BENZENE

TOTAL

(UG/

L) <0.2

ISO-

PHORONE

TOTAL

(UG/

L) <5.0

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

<600

TOLUENE

BOT.MAT

(UG/

KG)

<24

1,1,

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120





DATE

JUN 1988

20..

.

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 1.

1

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<120

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5-0

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

1,1,2,2

-TET

RA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<600

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<600

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<600

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

1.2.

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<600

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5.0

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1200

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<600

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<2400

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<360

0

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5.0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1200

2_NITRO-

PHENOL

TOTAL

(UG/

L) <5-0

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/

L) <30

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<600

1,3-

Dl-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<600

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2400

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<360

0

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<120

1,3-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<600

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1200

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<600

AROCLOR

1016

PCB

TOTAL

(UG/L) <0.1

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<600

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

3,3'-

DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/L) <2

5

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5-0

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<600

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<600

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<300

0

PHENOL

(C6H

-50H)

BOT.MAT

(UG/

KG)

<600

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<120

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L) <10

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5.0

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

NAPHTH

ALENE

TOTAL

(UG/

L)

16

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) <0.2

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<120

2,4-

DP,

INBOTTOM

MAT.

(UG/

KG)

<600

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<600

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

to

to

CIS

1,3-

DI-

CHLORO-

PROPENE

DATE

TOTAL

(UG/

L)JUN 1988

20...

<0.2

AROCLOR

1221

PCB

DATE

TOTAL

(UG/L)

JUN 1988

20...

<0.1

ALDR

IN,

TOTAL

IN BOT

TOM MA-

DATE

TERIAL

(UG/

KG)

JUN 1988

20...

<10

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

DATE

MATL.

(UG/

KG)

JUN 19

8820...

<10

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

AROCLOR

1232

PCB

TOTAL

(UG/

L)

<0.1

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

HEPTA-

CHLO

R,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PENT

A-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<3&00

AROCLOR

1242

PCB

TOTAL

(UG/L)

<0.1

ODD,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

LINDANE

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

AROCLOR

1248

PCB

TOTAL

(UG/

L)

<0.1

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

MALA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

AROCLOR

1254

PCB

TOTAL

(UG/

L)

<0.1

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG) 39

METH-

OXY-

CHLOR,

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<600

AROCLOR

1260

PCB

TOTAL'

(UG/L)

<0.1

DI-

AZIN

ON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METHYL

TRI-

THION,

TOT. IN

BOTTOM

MATL

.(U

G/KG

)

<10

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

DI-

ELDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METHYL

PARA-

THION ,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

301230093181300 - BAYOU D'lNDE 0.25 MILE ABOVE

DATE

TIME

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

PH(S

TAND

ARD

UNIT

S)

TEMPER

ATURE

WATER

(DEG

C)

OXYG

EN,

DIS

SOLVED

(MG/

L)

CALCIUM

DIS

SOLVED

(MG/L

AS CA

)

MAGNE

SIUM

,DIS

SOLVED

(MG/L

AS MG

)

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<600

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL.

(UG/KG)

<600

ENDO-

SULFAN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

MIREX,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

BENZI-

DINE

TOTAL

(UG/L) <5

0

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L) <5.0

ENDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PARA-

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

INDUSTRIAL OUTFALL

SODIUM,

DIS

SOLVED

(MG/L

AS NA)

POTAS

SIUM

,DIS

SOLVED

(MG/

LAS K)

BENZI-

DINE

BOT.MAT

(UG/

KG)

<6oo

o

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<600

ETHION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

CANAL

SULFATE

DIS

SOLVED

(MG/L

AS S04)

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

STYRENE

TOTAL

(UG/

L) <0.2

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

TOXA-

PHEN

E,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<500

CHLO

RIDE

,DIS

SOLVED

(MG/

LAS CL)

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 1-9

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L) <0.2

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

FLUO-

RIDE

,DIS

SOLVED

(MG/L

AS F)

JUN

1988

20

.1220

21900

7-30

29-5

4.2

160

440

4000

140

960

7000

0-5

TABLE 18. CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE ME

TALS




AND BAYOU D'lNDE AR

EA,


00

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

SILI

CA,

DIS

SOLVED

(MG/L

AS

SI02

) 10CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 20

MERCURY

RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS HG)

2.7

ACE-

NAPHTH-

YLENE

EOT.

MAT

(UG/

KG)

<?80

BENZ

O-A-PYRENE

TOTAL

(UG/L) <1

0

SOLIDS,

RESIDUE

AT 18

0DEG.

C

DIS

SOLVED

(MG/

L)

13600

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

390

CARBON,

ORGANIC

DIS

SOLVED

(MG/

LAS C) 2.6

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L) <5.0

BENZO-

A-PYRENE

EOT. MAT

(UG/

KG)

<1600

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.01

IRON

,DIS

SOLVED

(UG/L

AS FE) 40

CARB

ON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/

KGAS C)

60

ACE-

NAPHTH-

ENE

EOT. MAT

(UG/

KG)

<?80

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5-0

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

3400

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 1.4

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1600

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<780

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.05

LEAD

,TOTAL

RECOV

ERABLE

(UG/L

AS PB) 7

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<1600

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L) <5.0

NITR

OGEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.38

LEAD,

DIS

SOLVED

(UG/L

AS PB) <5

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 2.4

ANTHRA

CENE

TOTAL

(UG/L) <5.0

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<780

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.09

LEAD,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 30

BROMO-

FORM

TOTAL

(UG/

L) 73

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<780

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L) <5-0

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) <1

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

210

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) 6.6

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<780

CADMIUM

DIS

SOLVED

(UG/L

AS CD

) <1

MANGA

NESE,

DIS

SOLVED

(UG/

LAS MN

) 80

CHLORO

FORM

TOTAL

(UG/L) 3-

2

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<160

0

BROMO-

FORM

BOT.MAT

(UG/

KG)

<160

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) <1MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 64

TOLUENE

TOTAL

(UG/L) <0.2

BENZENE

BOT.MAT

(UG/

KG)

<160

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 20

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

BENZENE

TOTAL

(UG/L) <0.2

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<780

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR

) <1

MERCURY

DIS

SOLVED

(UG/L

AS HG)

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1600

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<160

DA

TE

JUN

19

88

20...

DI-

BR

OM

O-

CH

LOR

O-

CH

LO

RO

- C

HLO

RO

- C

HLO

RO

- C

HL

OR

O-

CH

LOR

O-

BEN

ZEN

E B

EN

ZE

NE

M

ETH

AN

E ET

HA

NE

ETH

AN

E FO

RM

TO

TAL

BO

T.M

AT

B

OT.

MA

T TO

TAL

(UG

/L)

(UG

/KG

) (U

G/K

G)

(UG

/L)

BOT.MAT

BOT.MAT

<0.2

<160

<160

<0.2

CHRY-

SENE

TOTAL

(UG

/KG

) (U

G/K

G)

(UG

/L)

<16

0 <

160

<1(

BROMO-

DI-

DI-

DIETHYL

DIETHYL

METHYL

CHRY-

CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

SENE

METHANE

ATE

ATE

ATE

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

<160

0<1

60<5.0

<780

<5.0

to

to VO

DATE

JUN 1988

20...

ETHYL-

ETHYL-

FLUO

R-

FLUOR-

FLUOR-

BENZENE

BENZENE

ANTHENE ANTHENE

ENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

FLUOR-

ENE

ADIENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

HEXA-

HEXA-

CHLORO-

CHLORO-

CYCLO-

PENT-

CYCLO-

HEXA-

INDENO

INDENO

HEXA-

(1,2

,3-

(1,2

,3-

PENT-

CHLORO-

CHLORO-

CD)

ADIENE

ETHANE

ETHANE

PYRENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

DATE

JUN

1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

<0.2

<160

<5.0

<?80

<5.0

<780

<5.0

<?80

<5.0

<780

CD

)PY

REN

E B

OT.

MA

T (U

G/K

G)

<16

00

ISO-

PHORONE

TOTAL

(UG/

L)

METHYL-

BROMIDE

TOTAL

(UG/

L)

ISO-

PHORONE

BOT.MAT

(UG/

KG)

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

METHYL-

CHLO

RIDE

TOTAL

(UG/L)

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L)

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L)

<5-0

<0.2

<780

<1

60

<0.2

<160

<0.4

PARA-

PARA-

CHLORO-

CHLORO-

META

META

410

<5.0

<780

N-NITRO

N-NITRO

-SODI-

-SOD

I-PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

BOT.MAT

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/L)

PHENAN-

PHENAN-

CRESOL

CRESOL

THRENE

THRENE

PYRENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

<780

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 5-2

<780

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<160

980

TOLUENE

BOT.MAT

(UG/

KG)

<5-0

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KQ)

<160

<780

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<30

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<16

0

U7

00

VIN

YL

C

HL

OR

ID

EB

OT

.MA

T

(UG

/KQ

)

<16

0

(UG

/KG

) (U

G/L

)

<5.0

<

780

<5

.0

1,1

-DI-

C

HLO

RO

- ET

HA

NE

TOTA

L (U

G/L

)

<0

.2

1,1

-DI-

CH

LO

RO

-ET

HA

NE

BO

T.M

AT

(UG

/KG

)

<16

0

1,1

-DI-

C

HL

OR

O-

ET

HY

L-

EN

ETO

TAL

(UG

/L)

<0

.2

<5

.0

PYR

ENE

BO

T.M

AT

(UG

/KG

)

<780

1,1

-DI-

C

HLO

RO

- E

TH

Y-

LEN

E B

OT.

MA

T (U

G/K

G)

<16

0





DATE

JUN 1988

20...

to CO

O

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.6

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<?80

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<3100

1.1.2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.9

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1600

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<160

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<?80

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<780

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.1

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<780

3.3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<160

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<160

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5-0

3.3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<3900

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5.0

2,4-DP,

INBOTTOM

MAT.

(UG/

KG)

<780

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<160

0

1,2,

4-TR

I-CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

2-CH

LORO

-NAPH-

THALENE

BOT.MAT

(UG/

KG)

<780

2,4-

DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

4-BR

OMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<780

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5-0

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<780

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<780

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<160

0

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<780

2,4,

-DI

-NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<780

1,2-

DI-

CHLO

RO-

ETHANE

BOT.MAT

(UG/

KG)

<160

1,3-

Di-

CHLO

RO-

PROPENE

TOTAL

(UG/L) <0.2

2-NI

TRO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-

DI-

NITR

O-PHENOL

BOT.MAT

(UG/

KG)

<310

0

4-NI

TRO-

PHENOL

TOTAL

(UG/L) <3

0

DATE

JUN 1988

20..

.

DI-

4,6-

4,6-

CHLORO-

4-

DINITRO

DINITRO

DI-

AROCLOR

NITRO-

-ORTHO-

-ORTHO-

FLUORO-

1016

CRESOL

METHANE

PCB

BOT.MAT

TOTAL

TOTAL

(UG/

KG)

(UG/L)

(UG/L)

PHENOL

CRESOL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

<4700

<30

<4?00

1,2-

PENTA-

DIBROMO

BIS(2-

ETHYL

HEXYL)

<0.2

BIS(2-

ETHYL

HEXYL)

DI-N-

BUTYL

PHENOL

(C6H

-50H)

TOTAL

(UG/

L) <5-0

DI-N-

BUTYL

TRANS-

CIS

PHENOL

1,3-DI-

1,3-DI-

PENTA-

(C6H

- NAPHTH-

CHLORO-

CHLORO-

CHLORO-

50H)

ALENE

PROPENE

PROPENE

PHENOL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<?80

DATE

JUN 1988

20..

.

CHLORO-

ETHYL-

PHTHAL-

PHTHAL-

PHTHAL-

PHTHAL-

BENZI-

PHENOL

ENE

ATE

ATE

ATE

ATE

DINE

BOT.MAT

TOTAL

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

<4700

(UG/

L)

(UG/

KG)

(UG/L)

(UG/KG)

(UG/

L)

<0.2

<5.0

<780

<5

-0

<780

<50

to GODATE

JUN 1988

20...

AROCLOR

1232

PCB

TOTAL

(UG/

L)

AROCLOR

1242

PCB

TOTAL

(UG/

L) 0-7

AROCLOR

1248

PCB

TOTAL

(UG/L)

AROCLOR

1254

PCB

TOTAL

(UG/

L) 0.1

AROCLOR

1260 PCB

TOTAL

(UG/L)

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MAIL.

(UG/

KG)

<780

5-0

BENZ

I-DINE

BOT.MAT

(UG/

KG)

<7800

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L) <5-0

<0.2

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<780

<0.2

<30

TRI-

CHLORO-

AROCLOR

ETHYL-

1221

ENE

PCB

TOTAL

TOTAL

(UG/L)

(UG/L)

1.2

<0.1

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L)

STYRENE

TOTAL

(UG/

L) <0.2

<0.2

DATE

JUN 1988

20...

ALDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DDD,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DI-

AZINON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DI-

ELDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ENDO-

SULF

AN,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<100

ENDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ETHION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

0

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<1000

HEPTA-

HEPTA-

MALA-

METH-

METHYL METHYL

PARA

-TOXA-

TRI-

CHLOR

EPOXIDE

TOT.

IN

BOTTOM

DATE

MATL.

(UG/

KG)

JUN 1988

20..

. <100

CHLOR ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

OXY-

CHLOR,

TOT.

IN

BOTTOM

MATL

.(U

G/KG

)

<100

TRI-

THION,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

PARA-

THION,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

MIREX,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

PHEN

E,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<500

0

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

TA

BL

E

18.-

-CO

NC

EN

TR

AT

ION

S

OF

INO

RG

AN

IC

CO

NST

ITU

EN

TS,

TR

AC

E M

ET

AL

S,

VO

LA

TIL

E

AN

D

MET

HY

LEN

E C

HL

OR

IDE

-EX

TR

AC

TA

BL

EO

RG

AN

IC

CO

MPO

UN

DS,

IN

SE

CT

ICID

ES

, A

ND

PH

YSI

CA

L

DA

TA

IN

WA

TER

AN

D

BOTT

OM

MA

TE

RIA

L

FRO

M

THE

LOW

ER

CA

LC

ASI

EU

R

IVE

R

AN

D

BAY

OU

D

'lND

E

AR

EA

, L

OU

ISIA

NA

, JU

NE

19

88--

CO

NT

INU

ED

30

12

24

09

31

74

90

0

- BA

YO

U

D'lN

DE

0

.25

M

ILE

BE

LOW

IN

DU

STR

IAL

O

UTF

ALL

CA

NA

L

to CO to

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

TIME

124?

SILI

CA,

DIS

SOLVED

(MG/L

AS

SI02) 8.8

CHRO

MIUM,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/

G) 50

MERCURY

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

2.8

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<680

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

22900

SOLIDS ,

RESIDUE

AT 180

DEG.

C

DIS

SOLVED

(MG/

L)

13800

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

260

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 3-3

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5.0

PH(S

TAND

ARD

UNITS)

7.60

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.01

IRON,

DIS

SOLVED

(UG/L

AS FE

) 60

CARBON ,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

84

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<680

TEMPER

ATURE

WATER

(DEG

C)

29.0

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

12000

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0.6

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1400

OXYGEN,

DIS

SOLVED

(MG/

L) 5-0

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.04

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<1400

CALCIUM

DIS

SOLVED

(MG/L

AS CA)

140

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.27

LEAD,

DIS

SOLVED

(UG/L

AS PB

) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.2

ANTHRA

CENE

TOTAL

(UG/

L) <5.0

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG

)

440

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.09

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 80

BROMO-

FORM

TOTAL

(UG/L) 35

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<680

SODI

UM,

DIS

SOLVED

(MG/L

AS NA)

4000

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD) <1

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN)

140

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) 2.9

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

POTA

SSIUM,

DIS

SOLVED

(MG/

LAS K) 15

0

CADMIUM

DIS

SOLVED

(UG/

LAS CD) <1

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN) 10

CHLORO

FORM

TOTAL

(UG/L) 1.

4

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1400

SULFATE

DIS

SOLVED

(MG/L

AS S0

4) 960

CADMIUM

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G

AS CD

) <1

MANGA

NESE

,RECOV.

FM BO

TTOM MA

TERIAL

(UG/G)

3900

TOLUENE

TOTAL

(UG/L) <0.2

BENZENE

BOT.MAT

(UG/

KG)

<140

CHLO

RIDE,

DIS

SOLVED

(MG/L

AS CL)

7200

CHRO

MIUM

,TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 10

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1

BENZENE

TOTAL

(UG/

L) <0.2

BENZO K

FLUOR -

AN-

THENE

TOTAL

(UG/

L) <10

FLUO-

RIDE,

DIS

SOLVED

(MG/L

AS F) 0-

5

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR) 1

MERCURY

DIS

SOLVED

(UG/

LAS HG

)

<0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5.0

BENZO K

FLUOR -

AN-

THENE

BOT.MAT

(UG/

KG)

<l40

0

to

CO

CO

DATE

JUN 1988

20.. .

DATE

JUN 1988

20.

..

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

BENZO-

BENZO-

A-

A-PYRENE

PYRENE

TOTAL

BOT.MAT

(UG/L)

(UG/

KG)

<10

<1400

CHLORO-

CHLORO-

BENZENE

BENZENE

TOTAL

BOT.MAT

(UG/

L)

(UG/

KG)

<0.2

<140

DI

METHYL

PHTHAL-

ETHYL-

ATE

BENZENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<680

<0.2

INDENO

(1,2

,3-

CD)

ISO-

PYRENE

PHORONE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<1400

<5.0

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L) <5.0

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<140

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<140

METHYL-

BROMIDE

TOTAL

(UG/L) <0.2

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<680

CHLORO-

ETHANE

TOTAL

(UG/

L)

<0.2

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5.0

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<680

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L) <5-0

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

<680

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<140

N-NITRO

N-NITRO

-SODI-

-SODI-

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<680

CHLORO

FORM

BOT.MAT

(UG/

KG)

<140

FLUOR-

ENE

TOTAL

(UG/L) <5-0

METHYL-

CHLO

RIDE

TOTAL

(UG/L) <0.2

BIS (2

-CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/

L) <5.0

CHRY-

SENE

TOTAL

(UG/L) <1

0

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<680

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<140

BIS

(2-

CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<680

CHRY-

SENE

BOT.MAT

(UG/

KG)

<140

0

HEXA

-CHLORO-

CYCL

O-PENT-

ADIENE

TOTAL

(UG/L) <5.0

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L) <0.2

BROMO-

FORM

BOT.MAT

(UG/

KG)

<140

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<140

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<680

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

410

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L)

<5.0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <5.0

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <0.5

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<680

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<680

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<680

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<680

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<140

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L) <5.0

PARA-

PARA-

CHLORO-

CHLORO-

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

META

META

PHENAN-

PHENAN-

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

CRESOL

CRESOL

THRENE

THRENE

PYRENE

PYRENE

DATE

BOT.MAT

BOT,,M

AT

BOT,.M

AT

TOTAL

BOT.

,MAT

TOTAL

BOT.M

AT

TOTAL

BOT,.M

AT

TOTAL

BOT.

,MAT

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

JUN 1988

20.

..<680

<680

<680

<5.0

<680

<30

<410

0<5

-0<6

80<5.0

<680

TABLE 18. CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE MET

ALS,



AND BAYOU D'lNDE AREA, LOUISIANA, JUNE 1988--CONTINUED

to

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 2.4

1,1,

1-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

170

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

1600

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<680

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L)

TOLUENE

BOT.MAT

(UG/

KG)

<2?

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

3

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<140

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<140

1,4-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<680

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L)

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

1,1,

2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.4

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

TRI-

CHLORO-

FLUO

RO-

METHANE

BOT.MAT

(UG/

KG)

<140

1,1,

2,2

-TET

RA-

CHLO

RO-

ETHANE

BOT.MAT

(UG/

KG)

<140

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<140

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<140

2,4-

DI-

METHYL-

PHENOL

TOTAL

(UG/L)

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<140

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5-0

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<l400

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<680

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<680

2,4-

DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

1,1-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5.0

1,2,

5,6

-DIBENZ

-ANTHRA

-GENE

TOTAL

(UG/L) <1

0

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5.0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<680

1,2,

5,6

-DIBENZ

-ANTHRA

-GENE

BOT.MAT

(UG/

KG)

<1400

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<680

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L)

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<140

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/L) <5.0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<680

<680

<5-0

<680

<20

<2?0

0

to CO

Ul

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<4lOO

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<4lOO

AROCLOR

1232

PCB

TOTAL

(UG/L) <0.1

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2?00

4,6-

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/L) <3

0

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

AROCLOR

1242

PCB

TOTAL

(UG/L)

<0.1

2,6-

DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

4,6-

DINITRO

-ORT

HO-

CRESOL

BOT.MAT

(UG/

KG)

<410

0

BIS(

2-ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/L) <5-0

AROCLOR

1248

PCB

TOTAL

(UG/L)

<0.1

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<680

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<680

AROCLOR

1254

PCB

TOTAL

(UG/

L)

<0.1

CHLOR-

3,3'

-DI-

CHLORO-

BENZ

I-DINE

TOTAL

(UG/

L) <25

AROCLOR

1016

PCB

TOTAL

(UG/L) <0.1

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

AROCLOR

1260 PCB

TOTAL

(UG/L)

<0.1

3,3'-

DI-

CHLORO-

BENZ

I-DINE

BOT.MAT

(UG/

KG)

<34o

o

PHENOL

(C6H

-50H)

TOTAL

(UG/L) <5-0

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<680

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5-0

PHENOL

(C6H

-50

H)BOT.MAT

(UG/

KG)

<680

BENZI-

DINE

TOTAL

(UG/

L) <50

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

14000

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<680

NAPHTH

ALENE

TOTAL

(UG/

L) <5-0

BENZI-

DINE

BOT.MAT

(UG/

KG)

<6800

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L) <5.0

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

TRANS-

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

4100

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<680

CIS

l,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 0.5

STYRENE

TOTAL

(UG/L) <0.2

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

AROCLOR

1221 PCB

TOTAL

(UG/L) <0.1

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L) <0.2

DI-

DI-

ENDO-

ALDR

IN,

DANE,

ODD,

DDE,

DO

T,

AZIN

ON,

ELDRIN,

SULF

AN,

ENDRIN,

ETHION,

PCB,

PC

N,TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

IN BOT-

IN

BOT-

INBO

T-

IN

BOT-

IN

TOM MA-

TOM MA-

TOM MA-

TOM MA-

TOM

DATE

BOT-

INMA-

TOMBO

T-

IN

BOT-

IN

BOT-

IN

MA-

TOM MA-

TOM MA-

TOMBOT-

INMA-

TOMBOT-

IN BOT-

IN BOT-

MA-

TOM

MA-

TOM MA-

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

JUN 1988

20..

.<100

<100

<100

<100

<100

<10

<100

<100

<100

<10

<1000

<100

0

TABLE 18. CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE MET

ALS,





to CO

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

DATE

MATL .

(UG/

KG)

JUN 1988

20..

. <100

HEPTA-

CHLOR,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

LINDANE

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<100

MALA-

THION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METH-

OXY-

CHLOR,

TOT.

IN

BOTTOM

MATL

.(U

G/KG

)

<100

METHYL

TRI-

THIO

N,TO

T. IN

BOTTOM

MATL

.(U

G/KG

)

<10

301210093173900 - BAYOU D'lNDE

DATE

TIME

JUN 1988

20...

1305

SILICA ,

DIS

SOLVED

(MG/L

DATE

AS

SI02

)JUN 1988

20..

. 8.1

CHRO

MIUM,

RECOV.

FM BOT

TOM MA-

DATE

TERIAL

(UG/

G)JUN 1988

20..

. 40

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

DATE

(UG/G

AS HG)

JUN 1988

20..

. 6.3

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

22100

SOLIDS,

RESIDUE

AT 180

DEG.

C

DIS

SOLVED

(MG/L)

1350

0

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

260

CARBON ,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 2.8

PH(S

TAND

ARD

UNITS) 7.60

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/

LAS N)

<0.01

IRON

,DI

SSO

LVED

(UG/L

AS FE) 60

CARB

ON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

86

TEMPER

ATURE

WATER

(DEG

C)

29.5

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

3500

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0.5

OXYG

EN,

DIS

SOLVED

(MG/

L) 4.8

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.04

LEAD,

TOTAL

RECOV

ERABLE

(UG/

LAS PB) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

CALCIUM

DIS

SOLVED

(MG/L

AS CA)

140

NITR

OGE

N, AM

MONIA +

ORGANIC

DIS.

(MG/

LAS N) 0.28

LEAD,

DIS

SOLVED

(UG/

LAS PB) <5

1,2-

DI-

CHLO

RO-

ETHANE

TOTAL

(UG/L) 0.9

METHYL

PARA-

THION ,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

0.5 MILE

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG

)

440

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.07

LEAD,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 30

BROMO-

FORM

TOTAL

(UG/

L) 18

MIRE

X,TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<100

PARA-

THION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

TOXA-

PHENE ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<500

0

TRI-

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ABOVE MOUTH

SODI

UM,

DIS

SOLVED

(MG/

LAS NA)

4000

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD

) <1

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN)

150

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) 1-7

POTAS

SIUM,

DIS

SOLVED

(MG/L

AS K) 14

0

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) 2

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN

) 10

CHLORO

FORM

TOTAL

(UG/L) 1.

1

SULFATE

DIS

SOLVED

(MG/L

AS S04) 970

CADMIUM

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) <1

MANGA

NESE

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 240

TOLUENE

TOTAL

(UG/L) <0.2

CHLO

RIDE,

DIS

SOLVED

(MG/L

AS CL)

6900

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 10

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG

)

<0.1

BENZENE

TOTAL

(UG/

L) <0.2

FLUO-

RIDE,

DIS

SOLVED

(MG/L

AS F) 0.

5

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) <1

MERCURY

DIS

SOLVED

(UG/

LAS HG

)

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5.0

ACE-

ACE-

ACE-

BENZO B

BENZO B

FLUOR-

FLUOR-

BENZO K

BENZO K

FLUOR-

FLUOR-

to CJ

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

NAPHTH-

NAPHTH-

NAPHTH-

YLENE

ENE

ENE

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

<620

<5.0

<620

BIS

2-BENZO-

BENZO-

CHLO

RO-

A-

A-

ETHYL

PYRENE

PYRENE

ETHER

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

L)

<10

2500

<5.0

DI-

BROMO-

CHLORO-

CHLORO-

CHLO

RO-

BENZENE

BENZENE METHANE

TOTAL

BOT.MAT

BOT.MAT

(UG/

L)

(UG/

KG)

(UG/

KG)

<0.2

<140

<140

DI

METHYL

PHTHAL-

ETHYL-

ETHYL-

ATE

BENZENE

BENZENE

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

<620

<0.2

<140

INDENO

(1,2,3-

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1400

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<620

CHLORO -

ETHANE

TOTAL

(UG/

L) <0.2

FLUOR -

ANTHENE

TOTAL

(UG/

L) <5.0

CD)

ISO-

METHYL-

ISO-

ACRYLO-

ANTHRA-

ANTHRA-

AN-

AN-

AN-

AN-

NITRILE

CENE

CENE

THENE

THENE

BENZENE

THENE

THENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

<140

0 <5

.0

<620

<10

2500

<140

<10

1700

BIS

BIS

BIS (2-

BIS (2-

(2-

(2-

CHLORO-

CHLORO-

N- BUTYL

N- BUTYL

CARBON

CHLORO-

CHLORO-

ISO-

ISO-

BENZYL

BENZYL

TETRA-

ETHO

XY)

ETHO

XY)

PROPYL)

PROP

YL)

BROMO-

PHTHAL-

PHTHAL-

CHLOR-

METHANE

METHANE

ETHER

ETHER

FORM

ATE

ATE

IDE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

BOT.MAT

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

KG)

<5.0

<6

20

<5-0

<620

<140

<5-0

<620

<140

BROMO-

DI-

DI-

DIETHYL

DIETHYL

METHYL

CHLORO-

CHLORO-

CHRY-

CHRY

- CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

ETHANE

FORM

SENE

SENE

METHANE

ATE

ATE

ATE

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

<140

<140

<10

4200

<140

<5-0

<620

<5-0

HEXA-

HEXA-

CHLORO-

CHLORO-

INDENO

CYCLO-

CYCLO-

HEXA-

HEXA-

(1,2

,3-

FLUO

R-

FLUO

R-

FLUOR-

PENT

- PENT-

CHLORO-

CHLORO-

CD)

ANTHENE

ENE

ENE

ADIENE

ADIENE

ETHANE

ETHANE

PYRENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/KG).

(UG/L)

840

<5.0

<620

<5.0

<6

20

<5.0

<620

<10

N-

N-METHYL-

METHY-

NITRO-

NITRO-

METHYL-

METHYL

ENE

LENE

SODI-N-

SODI-N-

METHYL

CHLO-

CHLOR-

CHLO-

CHLOR-

PROPYL-

PROPYL-

PYRENE

PHORONE

BROMIDE

PHORONE

BROMIDE

RIDE

IDE

RIDE

IDE

AMINE

AMINE

DATE

BOT.MAT

TOTAL

TOTAL

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

JUN

1988

20..

.<1200

<5-0

<0.2

<620

<140

<0.2

<140

<0.7

220

<5.0

<620




AND BAYOU D'lNDE AR

EA,


DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

10

O)

CO

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

N-NITRO

N-NITRO N-NITRO

PARA-

PARA

--SODI-

PHENY-

LAMINE

TOTAL

(UG/L) <5-0

PYRENE

BOT.MAT

(UG/

KG)

<620

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<140

1,2-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L)

-SOD

I-PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<620

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 1-9

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.3

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

-SOD

I-METHY-

LAMINE

BOT.MAT

(UG/

KG)

<620

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<140

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

4900

1,2-Dl-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

2300

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<620

TOLUENE

BOT.MAT

(UG/

KG)

<25

1,1.2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

NITRO

BENZENE

TOTAL

(UG/L) <5.0

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<UO

1,1,

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<140

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L)

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<620

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0-3

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

460

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

CHLORO-

META

CRESOL

TOTAL

(UG/L) <3

0

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<140

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/KG)

<140

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

3800

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<140

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<620

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

PHENAN-

THRENE

TOTAL

(UG/

L) <5.0

1,1-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1200

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0

2-CHLORO-

PHENOL

TOTAL

(UG/

L)

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

2600

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<140

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5.0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<120

0

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

PYRENE

TOTAL

(UG/L) <5.0

1,1-

DI-

CHLORO-

ETHY

L-ENE

TOTAL

(UG/L) <0.2

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

1700

l,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/L)

<0.2

<620

<0.2

<620

<140

<5-0

<620

<5-0

<620

<5.0

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

10

GO

VO

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20...

DATE

JUN 1988

20...

2-NITRO-

PHENOL

EOT.

MAT

(UG/

KG)

<620

2,4.

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

4-NITRO-

PHENOL

EOT. MAT

(UG/

KG)

<380

0

PENTA-

CHLORO-

PHENOL

EOT. MAT

(UG/

KG)

<3800

AROCLOR

1232

PCB

TOTAL

(UG/L)

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0

2,4,6-

TRI-

CHLORO-

PHENOL

EOT.

MAT

(UG/

KG)

<2500

4,6-

DINITRO

-ORT

HO-

CRESOL

TOTAL

(UG/

L) <30

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/L) <0.2

AROCLOR

1242

PCB

TOTAL

(UG/L)

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1200

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<3800

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

AROCLOR

1248

PCB

TOTAL

(UG/

L)

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5.0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<620

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<620

AROCLOR

1254

PCB

TOTAL

(UG/L)

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<620

3,3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

AROCLOR

1016

PCB

TOTAL

(UG/L) <0.1

DI-N-

BUTYL

PHTHAL-

, ATE

TOTAL

(UG/

L) <5.0

AROCLOR

1260

PCB

TOTAL

(UG/L)

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <5.0

3,3'-

DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<3100

PHENOL

(C6H

-50

H)TOTAL

(UG/

L) <5.0

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<620

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L)

2,4-

DP,

IN

BOTTOM

MAT.

(UG/

KG)

<620

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<620

BENZI-

DINE

TOTAL

(UG/L) <5

0

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL.

(UG/

KG)

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

4-BR

OMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<620

NAPHTH

ALENE

TOTAL

(UG/

L) <5-0

BENZ

I-DINE

BOT.MAT

(UG/

KG)

<6200

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<620

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5.0

TRANS-

1,3-

Dl-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

<0.2

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<620

CIS

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 0.5

STYRENE

TOTAL

(UG/L)

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<250

0

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0

PENT

A-CHLORO-

PHENOL

TOTAL

(UG/L) <3

0

AROCLOR

1221 PCB

TOTAL

(UG/L) <0.1

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L)

<5.0

7600

<5-0

770

<0.2

<0.2





DATE

JUN 1988

20.. .

DATE

JUN 1988

20.

..

ALDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<100

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

HEPTA-

CHLOR,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ODD,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

MALA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

301153093171900 -

DATE

JUN 1988

20...

DATE

JUN 1988

20...

TIME

1330

SILICA,

DIS

SOLVED

(MG/L

AS

SI02) 8.6

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

24100

SOLIDS,

RESIDUE

AT 18

0DEG.

C

DIS

SOLVED

(MG/L)

13500

PH

(STAND

ARD

UNITS)

7-60

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.01

TEMPER

ATURE

WATER

(DEG C)

29.0

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

370

METH-

OXY-

CHLO

R,TO

T. IN

BOTTOM

MATL

.(U

G/KG

)

<100

BAYOU D

1

OXYG

EN,

DIS

SOLVED

(MG/

L) 4.5

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.04

DI-

AZINON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METHYL

TRI-

THIO

N,TO

T. IN

BOTTOM

MATL.

(UG/

KG)

<10

DI-

ELDR

IN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

METHYL

PARA-

THIO

N,TOT. IN

BOTTOM

MATL

.(U

G/KG

)

<10

INDE AT MOUTH NEAR

CALCIUM

DIS

SOLVED

(MG/L

AS CA

)

140

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.

3

MAGNE

SIUM

,DIS

SOLVED

(MG/L

AS MG)

440

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.0?

ENDO-

SULF

AN,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<100

MIREX,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<100

SULPHUR,

SODI

UM,

DIS

SOLVED

(MG/

LAS NA

)

3800

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD

) <1

ENDR

IN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

PARA

-THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

LA

POTAS

SIUM,

DIS

SOLVED

(MG/

LAS K) 14

0

CADMIUM

DIS

SOLVED

(UG/L

AS CD) <1

ETHION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

SULFATE

DIS

SOLVED

(MG/

LAS S04) 980

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS CD) <1

PCB,

PC

N,TOTAL

TOTAL

IN EOT-

IN BOT

TOM MA-

TOM MA

TERIAL

TERIAL

(UG/

KG)

(UG/

KG)

<100

0 <1

000

TOXA-

TRI-

PHEN

E,

THION,

TOTAL

TOTAL

IN EO

T-

IN BOT

TOM MA-

TOM MA

TERIAL

TERIAL

(UG/

KG)

(UG/

KG)

<5000

<10

CHLO

- FLUO-

RIDE,

RIDE,

DIS-

DIS

SOLVED

SOLVED

(MG/

L (M

G/L

AS CL

) AS F)

7000

0.4

CHRO

MIUM

, CHRO-

TOTAL

MIUM,

RECOV-

DIS-

ERABLE

SOLVED

(UG/

L (U

G/L

AS CR)

AS CR)

20

<1

DATE

JUN 1988

20...

DATE

JUN 1988

20.. .

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 20

MERCURY

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

2.1

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<66o

BENZO-

A-

PYRENE

TOTAL

(UG/L) <1

0

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

300

CARBON ,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 2.8

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5.0

BENZO-

A-

PYRENE

BOT.MAT

(UG/

KG)

<130

0

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<130

IRON

,DIS

SOLVED

(UG/L

AS FE

) 50

CARBON ,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

64

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<66o

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L) <5-0

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<130

IRON

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

3300

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0-5

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1300

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<660

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB

) <5

CARBON-

TETR

A-CHLO-

RIDE

TOTAL

(UG/L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<130

0

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L) <5.0

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<130

LEAD,

DIS

SOLVED

(UG/L

AS PB

) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/L) 1.0

ANTHRA

CENE

TOTAL

(UG/L) <5.0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<660

CHLORO

FORM

BOT.MAT

(UG/

KG)

<130

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 50

BROMO-

FORM

TOTAL

(UG/

L) 34

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<660

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/

L) <5.0

CHRY-

SENE

TOTAL

(UG/

L) <10

MANGA

NESE

,TOTAL

RECO

VERABLE

(UG/L

AS MN

)

140

CHLO

RO-

DI-

BROM

O-METHANE

TOTAL

(UG/

L) 2.7

BENZO B

FLUO

R-AN-

THENE

TOTAL

(UG/L) <1

0

BIS (2

-CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<660

CHRY

-SENE

BOT.MAT

(UG/

KG)

<1300

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN

) 20

CHLORO

FORM

TOTAL

(UG/L) 1.

2

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1300

BROMO-

FORM

BOT.MAT

(UG/

KG)

<130

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<130

MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 58

TOLUENE

TOTAL

(UG/L) <0.2

BENZENE

BOT.MAT

(UG/

KG)

<130

N- BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

MERCURY

TOTAL

RECOV

ERABLE

(UG/

LAS HG)

<0.1

BENZENE

TOTAL

(UG/L) <0.2

BENZO K

FLUOR -

AN-

THENE

TOTAL

(UG/L) <1

0

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<660

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<660

MERCURY

DIS

SOLVED

(UG/L

AS HG

)

<0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5-0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1300

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<130

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0


TALS





DI

METHYL

PHTHAL-

ETHYL-

FLUOR-

FLUOR-

ETHYL-

FLUOR-

ATE

BENZENE

BENZENE

ANTHENE

ANTHENE

ENE

DATE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)JUN 1988

20...

<660

<0.2

<130

<5-0

<66o

<5-0

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<660

HEXA-

CHLORO-

CYCL

O-PENT

-ADIENE

TOTAL

(UG/L) <5.0

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<660

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <5-0

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<660

INDENO

d.2,

3CD

)PYRENE

TOTAL

(UG/

L) <ll

DATE

JUN 1988

20..

.

INDENO

U.2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<1300

ISO-

PHORONE

TOTAL

(UG/

L) <5.0

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<660

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<130

METHYL-

CHLO

RIDE

TOTAL

(UG/

L) <0.2

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<130

METHYL

ENE

CHLO

RIDE

TOTAL

(UG/L) <0.2

METHY

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

200

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <5-0

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<660

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L) <5.0

N-NITRO N-NITRO

PARA-

-SOD

I-

-SODI-

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

META

PARA-

CHLORO-

CHLORO-

META

PHENAN-

PHENAN-

tO tf^ to

DATE

JUN 1988

20.

..

DATE

JUN 1988

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

CRESOL

CRESOL

BOT.MAT

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

THRENE

THRENE

PYRENE

TOTAL

BOT.MAT

TOTAL

PYRENE

BOT.MAT

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

<660

<660

<660

<5

.0

<660

<3

0 <3900

<5.0

<660

<5.0

<660

DATE

JUN

1988

20.

..

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<130

TOLUENE

BOT.MAT

(UG/

KG)

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0-3

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

1.1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<130

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L)

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0-3

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

1,1,2,2

-TET

RA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<130

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

TOTAL

(UG/

L)

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<130

0

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5-0

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<660

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<130

to £»

0)

DATE

JUN 1988

20.. .

DATE

JUN 1988

20..

.

DATE

JUN 1988

20.

..

DATE

JUN 1988

20..

.

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<660

2,4.6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

3800

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<66o

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2600

4,6-

DINITRO

-ORT

HO-

CRESOL

TOTAL

(UG/L)

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1300

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

4,6-

DINITRO

-ORT

HO-

CRESOL

BOT.MAT

(UG/

KG)

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<130

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<660

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<660

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/L)

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<660

3,3'-

DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

AROCLOR

1016

PCB

TOTAL

(UG/

L)

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<130

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<130

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5.0

3,3'

-DI

-CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<3300

PHENOL

(C6H-

50H)

TOTAL

(UG/

L)

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5.0

2,4-

DP,

INBOTTOM

MAT.

(UG/

KG)

<660

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5-0

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

1400

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<660

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5-0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<660

NAPHTH

ALENE

TOTAL

(UG/

L)

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5.0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<66o

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5-0

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L)

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1300

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<660

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<660

CIS

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L)

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5.0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<2600

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L)

<390

0<3

0 <3

900

<0.2

<5-0

<660

5-0

<0.2

<0.2

<30





BIS

(2-

BIS (2

-

DATE

JUN 1988

20..

.

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<3900

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

ETHYL

HEXY

L)PHTHAL-

ATE

TOTAL

(UG/

L) <52

ETHYL

HEXY

L)PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<660

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<660

BENZI-

DINE

TOTAL

(UG/

L) <50

BENZI-

DINE

BOT.MAT

(UG/

KG)

<6600

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

TRI-

CHLORO-

AROCLOR

ETHYL-

1221

ENE

TOTAL

PCB

TOTAL

DATE

JUN 1988

20...

AROCLOR

1232

PCB

TOTAL

(UG/

L)

AROCLOR

1242

PCB

TOTAL

(UG/

L)

AROCLOR

1248

PCB

TOTAL

(UG/

L)

AROCLOR

1254

PCB

TOTAL

(UG/L)

AROCLOR

1260PCB

TOTAL

(UG/

L)

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

27000

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L) <5-0

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

9800

(UG/

L)

(UG/L)

0.5

<o.:

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L)

STYRENE

TOTAL

(UG/

L) <0.2

<0.2

DATE

JUN 1988

20...

ALDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

190

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ODD,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<100

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

930

DI-

AZIN

ON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DI-

ELDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ENDO-

SULFAN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ENDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

ETHION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<1000

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<1000

DATE

JUN 1988

20.

..

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<100

HEPTA-

CHLO

R,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

MALA-

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

METH-

OXY-

CHLOR,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<100

METHYL

TRI-

THION ,

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

METHYL

PARA-

THION ,

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<10

MIRE

X,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

PARA-

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

TOXA-

PHENE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<5000

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG) 13

301150093171600 - CALCASIEU RIVER AT BAYOU D'lNDE 2.8 MILES SOUTHEAST OF HOLLYWOOD, LOUISIANA

SPE

CIFIC

CALCIUM

MAGNE

SIUM

, SO

DIUM

,POTAS-

CHLO-

SIUM,

SULFATE

RIDE

,FLUO-

RIDE,

DATE

JUN 1988

20...

CON

DUCT

ANCE

(US/

CM)

PH

(STA

ND

ARD

UNITS)

TEMPER

ATURE

WATER

(DEG

C)

OXYGEN,

DIS

SOLVED

(UG/

L)

DIS

SOLVED

(MG/L

AS CA

)

DIS

SOLVED

(MG/L

AS MG

)

DIS

SOLVED

(MG/L

AS NA)

DIS

SOLVED

(MG/L

AS K)

DIS

SOLVED

(MG/L

AS S0

4)

DIS

SOLVED

(MG/L

AS CL)

DIS

SOLVED

(MG/L

AS F)

TIME

1350

28700

7-70

28.5

3-8

240

760

69000

250

1700

1200

00.

8

to ^

en

DATE

JUN 1988

20..

.

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

SILI

CA,

DIS

SOLVED

(MG/L

AS

SI02) 4.1

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G) 50

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

1.5

SOLIDS,

RESIDUE

AT 18

0DE

G. C

DIS

SOLVED

(MG/

L)

23300

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

540

CARBON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 1.

7

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

0.01

IRON,

DIS

SOLVED

(UG/

LAS FE)

120

CARBON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/

KGAS C) 10

0

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N) 0.03

IRON

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

13000

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0.4

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.31

LEAD

,TOTAL

RECOV

ERABLE

(UG/L

AS PB) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.57

LEAD,

DIS

SOLVED

(UG/L

AS PB

) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0.8

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.11

LEAD

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 50

BROMO-

FORM

TOTAL

(UG/

L) 22

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD) <1

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/

LAS MN

)

260

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L)

1-9

CADMIUM

DIS

SOLVED

(UG/L

AS CD

) <1

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN

)

200

CHLORO

FORM

TOTAL

(UG/

L) 0.9

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS CD) <1

MANGA

NESE,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G) 210

TOLUENE

TOTAL

(UG/L)

<0.2

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 10

MERCURY

TOTAL

RECOV

ERABLE

(UG/

LAS HG

)

0.1

BENZENE

TOTAL

(UG/L)

<0.2

CHRO

MI

UM,

DIS

SOLVED

(UG/L

AS CR

) <1

MERCURY

DIS

SOLVED

(UG/

LAS HG

)

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L)

<5.0

ACE-

ACE-

ACE-

BENZO B

BENZO B

FLUOR-

FLUOR-

BENZO K

BENZO K

FLUOR-

FLUO

R-NAPHTH-

NAPHTH-

NAPHTH-

ACRO-

ACRYLO-

ANTHRA-

ANTHRA-

AN-

AN-

AN-

AN-

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

YLENE

BOT.MAT

(UG/

KG)

<1000

BENZO-

A-PYRENE

TOTAL

(UG/L) <1

0

ENE

TOTAL

(UG/

L) <5-0

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<2000

ENE

BOT.MAT

(UG/

KG)

<1000

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5.0

LEIN

BOT.MAT

(UG/

KG)

<2000

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<1000

NITRILE

BOT.

'MAT

(UG/

KG)

<200

0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L) <5.0

CENE

TOTAL

(UG/

L) <5.0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<1000

CENE

BOT.MAT

(UG/

KG)

<1000

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

TOTAL

(UG/

L) <5-0

THENE

TOTAL

(UG/

L) <10

BIS (2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<100

0

THENE

BOT.MAT

(UG/

KG)

<2000

BROMO-

FORM

BOT.MAT

(UG/

KG)

<200

BENZENE

BOT.MAT

(UG/

KG)

<200

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5-0

THENE

TOTAL

(UG/

L) <10

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1000

THENE

BOT.MAT

(UG/

KG)

<200

0

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<200



AND BAYOU D'lNDE AR

EA,


CHLORO-

CHLORO-

BENZENE

BENZENE

DATE

TOTAL

BOT.MAT

(UG/

L)

(UG/

KG)

JUN 1988

<0.2

<200

DI

METHYL

PHTHAL-

ETHYL-

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<200

CHLORO-

CHLORO-

CHLORO-

ETHANE

ETHANE

FORM

TOTAL

BOT.MAT

BOT.MAT

(UG/L)

(UG/

KG)

(UG/

KG)

<0.2

<200

DATE

JUN 1988

<1000

<0.2

<200

<5.0

<1000

<200

ETHYL-

FLUOR-

FLUOR-

FLUOR-

ATE

BENZENE

BENZENE

ANTHENE

ANTHENE

ENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/KG)

(UG/L)

(UG/

KG)

(UG/

L) <5.0

CHRY-

SENE

TOTAL

(UG/L)

FLUOR-

ENE

BOT.MAT

BROM

O-DI

-CHRY-

CHLORO-

SENE

METHANE

BOT.MAT

BOT.MAT

(UG/

KG)

(UG/

KG)

<2000

<200

HEXA-

HEXA-

CHLORO-

CHLORO-

CYCLO-

CYCLO-

PENT-

ADIENE

TOTAL

PENT-

ADIENE

BOT.MAT

<1000

<5.0

<1000

DIETHYL DIETHYL

PHTHAL-

PHTHAL-

ATE

ATE

TOTAL

BOT.MAT

(UG/

L)

(UG/

KG)

<5.0

<100

0

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L) <5-0

<1000

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

INDENO

HEXA-

HEXA-

(1,2

,3

CHLORO-

CHLORO-

CD)

ETHANE

ETHANE

PYRENE

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

10DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

INDENO

(1.2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

ISO-

PHORONE

TOTAL

(UG/L)

METHYL-

BROMIDE

TOTAL

(UG/

L)

ISO-

PHORONE

BOT.MAT

(UG/

KG)

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

METHYL-

CHLO

RIDE

TOTAL

(UG/

L)

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

METHYL

ENE

CHLO

RIDE

TOTAL

(UG/L)

METHY

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<2000

<5-0

<0.2

<100

0<200

<0.2

N-NITRO

N-NITRO

N-NITRO

-SODI-

-SODI-

-SODI-

PHENY-

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

LAMINE

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

TOTAL

BOT.MAT

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

L)

<200

PARA-

<0.2

PARA-

520

<5.0

CHLORO-

CHLORO-

META

META

PHENAN-

PHENAN-

CRESOL

CRESOL

TOTAL

BOT.MAT

<5.0

PYRENE

BOT.MAT

(UG/

KG)

<1000

<1000

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 1.

4

<1000

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<200

<1000

TOLUENE

BOT.MAT

(UG/

KG)

<5.0

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<200

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

<30

<6000

<5.0

<1000

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<200

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<200

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<1000

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<200

<100

0

THRENE

THRENE

PYRENE

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L) <5.0

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

DATE

JUN 1988

20..

.

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/KG)

<200

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<200

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,1.

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<200

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.

2

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<200

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<2000

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5-0

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<100

0

DATE

JUN 1988

20..

.

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<200

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

1.2-01-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<1000

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<200

1,2-

TRANSDI

CHLORO -

ETHENE

TOTAL

(UG/

L) <0.2

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<200

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<100

0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<200

0

tO

**

v]DATE

JUN 1988

20...

2-2-

CHLORO-

CHLORO-

ETHYL

VINYL

ETHER

TOTAL

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

1,3-DI-

1,3-DI-

1,3-DI-

1,4-DI-

1,4-

DI-

ETHYL-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

VINYL-

PROPENE

BENZENE

BENZENE

BENZENE

BENZENE

ETHER

2-2-

2-

2-CHLORO-

CHLORO-

NAPH-

NAPH-

CHLORO-

CHLORO-

THALENE

THALENE

PHENOL

PHENOL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

<0.2

<0.2

<1000

<0.2

<1000

<200

<5.0

<1000

<5.0

<100

0

DATE

JUN 1988

20...

2-NITRO-

PHENOL

TOTAL

(UG/L) <5.0

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1000

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L)

76

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<2000

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5.0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<1000

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5.0

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

<100

0

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<100

0

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

DATE

JUN 1988

20..

.

2.4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/KG)

<4ooo

2,4.6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<4ooo

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<1000

3,3'-

DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<500

0

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<1000

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<100

0

TAB

LE

18.-

-CO

NC

EN

TR

AT

ION

S

OF

INO

RG

AN

IC

CO

NST

ITU

EN

TS,

TR

AC

E M

ET

AL

S,

VO

LA

TIL

E

AN

D

MET

HY

LEN

E C

HL

OR

IDE

-EX

TR

AC

TA

BL

EO

RG

AN

IC

CO

MPO

UN

DS,

IN

SE

CT

ICID

ES

, A

ND

PH

YSI

CA

L

DA

TA

IN

WA

TER

AN

D

BO

TTO

M M

ATE

RIA

L FR

OM

TH

E LO

WER

C

AL

CA

SIE

U

RIV

ER

A

ND

BA

YO

U

D'lN

DE

A

RE

A,

LO

UIS

IAN

A,

JUN

E

1988

--C

ON

TIN

UE

D

DATE

JUN 1988

20.

..

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0

DI-

4,6-

4,6-

CHLORO-

4-

DINITRO

DINITRO

DI-

AROCLOR

NITRO-

-ORTHO-

-ORTHO-

FLUORO-

1016

CRESOL

METHANE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

PHENOL

CRESOL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

PCB

TOTAL

(UG/L)

TRANS-

CIS

PHENOL

PHENOL

1,3-DI-

1,3-

DI-

(C6H-

(C6H-

NAPHTH-

CHLORO-

CHLORO-

50H)

50H)

ALENE

PROPENE

PROPENE

TOTAL

BOT.MAT

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

KG)

(UG/L)

(UG/L)

(UG/L)

<6000

<30

<6000

<0.2

(UG/

KG)

(UG/L)

<5-0

<1

000

14<0

.2<0

.2

DATE

JUN 1988

20.

..

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/L)

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/

L)

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L)

BIS(2-

ETHYL

HEXY

L)PHTHAL-

ATE

BOT.MAT

(UG/

KG)

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L)

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

BENZI-

DINE

TOTAL

(UG/L)

BENZI-

DINE

BOT.MAT

(UG/

KG)

VINYL

CHLO

RIDE

TOTAL

(UG/L)

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<0.2

25<1000

to **.

00DATE

JUN 1988

20...

AROCLOR

AROCLOR

AROCLOR

AROCLOR

AROCLOR

1221

1242

1248

1254

1260

PCB

PCB

PCB

PCB

PCB

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/

L)

(UG/

L)

(UG/L)

<5-0

HEXA-

<1000

<50

<100

00<0

.2

HEXA-

CHLORO-

HEXA-

HEXA

- BENZENE

CHLORO-

CHLORO-

(UG/

L)

(UG/

L)

<0.1

<5-0

CHLORO-

TOT.

IN

BUT-

BENZENE

BOTTOM ADIENE

TOTAL

MATL

. TOTAL

(UG/

KG)

(UG/L)

BUT-

ADIENCE

STYRENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

6000

<5-0

<100

0<0

.2

0.4

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L) <0.2

DATE

JUN 1988

20..

.

ALDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ODD,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DDE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DOT,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

160

DI-

AZINON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DI-

ELDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ENDO-

SULF

AN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ENDR

IN,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

ETHION ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PCB,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

HEPTA-

CHLOR

EPOXIDE

TOT. IN

HEPTA-

CHLOR,

TOTAL

IN BOT-

DATE

JUN 1988

20.

..

BOTTOM

TOM MA-

MATL.

TERIAL

(UG/

KG)

(UG/

KG)

MALA-

METH-

LINDANE

THION,

OXY-

TOTAL

TOTAL

CHLO

R,IN

BOT-

IN BOT-

TOT. IN

TOT. IN

TOM MA-

TOM MA-

BOTTOM

BOTTOM

TERIAL

TERIAL

MATL.

MATL.

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

METHYL METHYL

TRI-

PARA-

THIO

N,

THIO

N,TOT. IN

MIREX,

TOTAL

IN BO

T-BOTTOM

TOM MA-

MATL.

TERIAL

PARA-

THION,

TOTAL

IN BO

T

TOM MA-

PER-

THANE

IN BOT

TOM MA

TERIAL TERIAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

TOXA-

PHENE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<500

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

301143093171000 - PRIEN LAKE CUT AT BAYOU D'lNDE

to ^

VO

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

TIME

0745

SILI

CA,

DIS

SOLVED

(MG/L

AS

SI02

) 8.5

CHRO

MIUM,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

G)

8

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

0.23

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<420

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

20500

SOLIDS ,

RESIDUE

AT 18

0DE

G. C

DIS

SOLVED

(MG/

L)

13300

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE

)

430

CARBON ,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 2.2

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5.0

PH

(STA

ND

ARD

UNITS)

7.80

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.0

1

IRON

,DIS

SOLVED

(UG/L

AS FE

) 60

CARBON ,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

31

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<420

TEMPER

ATURE

WATER

(DEG C)

27.5

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.02

IRON,

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS FE

)

4300

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L) 0.6

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<850

OXYG

EN,

DIS

SOLVED

(MG/

L) 5.8

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.02

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB) 10

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<850

CALCIUM

DIS

SOLVED

(MG/

LAS CA

)

140

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/

LAS

. N) 0.

3

LEAD

,DIS

SOLVED

(UG/L

AS PB

) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 1.2

ANTHRA

CENE

TOTAL

(UG/

L) <5-0

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG

)

420

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.07

LEAD,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G

AS PB

) 50

BROMO-

FORM

TOTAL

(UG/L) 41

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<420

SODI

UM,

DIS

SOLVED

(MG/

LAS NA

)

3800

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD

) 1

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN)

170

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L) 3.3

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

POTAS

SIUM,

DIS

SOLVED

(MG/

LAS K) 14

0

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) 1

MANGA

NESE,

DIS

SOLVED

(UG/

LAS MN) 60

CHLORO

FORM

TOTAL

(UG/L) 1.

2

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<850

SULFATE

DIS

SOLVED

(MG/L

AS S0

4) 920

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) a

MANGA

NESE,

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G) 72

TOLUENE

TOTAL

(UG/L) <0.2

BENZENE

BOT.MAT

(UG/

KG)

<85

CHLO

RIDE,

DIS

SOLVED

(MG/L

AS CL)

6900

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR) 40

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1

BENZENE

TOTAL

(UG/L) <0.2

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

FLUO-

RIDE,

DIS

SOLVED

(MG/L

AS F) 0.8

CHRO

MIUM

,DIS

SOLVED

(UG/L

AS CR) 1

MERCURY

DIS

SOLVED

(UG/

LAS HG)

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<850

TABLE 18.--CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE MET

ALS,




AND BAYOU D'lNDE AR

EA,


N-BUTYL N-BUTYL

CARBON

BENZYL

BENZYL

TETRA-

BROM

O-

PHTHAL-

PHTHAL-

CHLOR-

FORM

ATE

ATE

IDE

JOT.

MAT

TOTAL

BOT.MAT

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

KG)

DATE

JUN 1988

20..

.

BENZO-

A-PYRENE

TOTAL

(UG/L) <1

0

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<850

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5-0

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<420

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L) <5-0

BIS

(2-

CHLO

RO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<420

BIS

(2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5-0

BIS

(2-

CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<420

<85

<5.0

<420

<85

DI-

BROMO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

BENZENE

BENZENE

METHANE

ETHANE

ETHANE

FORM

DATE

TOTAL

BOT.MAT

BOT.MAT

TOTAL

(UG/

L)

(UG/

KG)

(UG/

KG)

(UG/

L)

JUN 1988

20...

<0.2

<85

<85

<0.2

BOT.MAT

BOT.MAT

CHRY-

SENE

TOTAL

(UG/

KG)

(UG/

KG)

(UG/L)

<85

<85

<1<

BROM

O-

DI-

DI-

DIETHYL DIETHYL

METHYL

CHRY

- CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

SENE

METHANE

ATE

ATE

ATE

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

<850

<85

<5-0

<420

<5.0

to CJ1 O

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<420

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<850

ETHYL-

BENZENE

TOTAL

(UG/

L) <0.2

ISO-

PHORONE

TOTAL

(UG/

L) <5-0

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<85

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5.0

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<420

FLUO

R-ANTHENE

BOT.MAT

(UG/

KG)

<420

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<85

N-NITRO

N-NITRO

-SODI-

-SODI-

FLUO

R-ENE

TOTAL

(UG/L) <5-0

METHYL-

CHLO

RIDE

TOTAL

(UG/L) <0.2

HEXA-

CHLORO-

CYCL

O-FL

UOR-

PENT-

ENE

ADIENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<420

<5

.0

METHYL-

METHYL

ENE

CHLOR-

CHLO-

IDE

RIDE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<85

<0.2

HEXA

- CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<420

METHY

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

190

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5-0

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L) <5-0

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<420

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<420

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L) <5.0

PARA

- PARA-

CHLORO-

CHLORO-

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

META

META

PHENAN-

PHENAN-

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

CRESOL

CRESOL

THRENE

THRENE

PYRENE

PYRENE

DATE

BOT.MAT

BOT,.M

AT

BOT.MAT

TOTAL

BOT.M

AT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

JUN 1988

20.

..<420

<420

<420

<5-0

<420

<30

<250

0<5-0

<420

<5.0

<420

to

DATE

JUN 1988

20...

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

DATE

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) 2.2

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

EOT.

MAT

(UG/

KG)

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<85

1,1,

1-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<85

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<420

1,3-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<420

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L)

TOLUENE

BOT.MAT

(UG/

KG)

<17

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) 0.3

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1.4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<85

1,1,

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<85

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<85

1,4-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<420

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L)

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

1,1,

2,2

TETR

A-CHLORO-

ETHANE

TOTAL

(UG/L) 0.

5

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<85

1,1,2,2

-TET

RA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<85

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<85

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<85

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L)

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<85

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5.0

2,4-

DP,

IN

BOTTOM

MAT.

(UG/

KG)

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<850

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<420

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<420

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L)

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<85

BENZO A

ANTHRAC

ENE1 , 2-

BENZANT

HRACENE

TOTAL

(UG/L) <5-0

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<420

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<850

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<420

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L)

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<85

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/KG)

<85

1,3-Dl-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/KG)

JUN 1988

20.

. .

<420

<850

<5.0

<420

<5-0

<420

<5.0

<420

<20

<170

0


ORGANIC COMPOUNDS, IN

SECT

ICID

ES,

AND PHYSICAL DATA IN WATER AND BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER



DATE

JUN 1988

20...

DATE

JUN 1988

20...

UlDATE

JUN 1988

20...

DATE

JUN 1988

20...

3,3'-

3,3'

- 4-

2,4,6-

2,4,6-

DI-

DI-

BROMO-

TRI-

TRI-

2,6-

DI-

2,6-DI-

CHLORO-

CHLORO-

PHENYL

CHLORO-

CHLORO-

NITRO-

NITRO-

BENZ

I-

PHENOL

PHENOL

TOLUENE

TOLUENE

DINE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

L)

BENZI-

PHENYL

DINE

ETHER

BOT.MAT

TOTAL

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

4-

4-

CHLORO-

CHLORO-

PHENYL

PHENYL

PHENYL

ETHER

TOTAL

PHENYL

ETHER

BOT.MAT

4-NITRO-

PHENOL

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

<20

<1?0

0<5

-0<4

20<25

DI-

4,6-

4,6-

CHLORO-

4-

DINITRO DINITRO

DI-

AROCLOR

NITRO-

-ORT

HO-

-ORT

HO-

FLUORO-

1016

PHENOL

CRESOL

CRESOL

METHANE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

PCB

TOTAL

(UG/L)

<2500

<30

<2500

<0.2

<2100

PHENOL

(C6H

-50

H)TOTAL

(UG/

L) <5-0

<5.0

<420

<5-0

<420

<30

TRANS-

CIS

PHENOL

1,3-DI-

1,3-DI-

PENTA-

(C6H

- NAPHTH-

CHLORO-

CHLORO-

CHLORO-

50H)

ALENE

PROPENE

PROPENE

PHENOL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

<420

14<0.2

<0.2

<30

BIS(

2-

BIS(2-

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/L)

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L)

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

DI-N-

BUTYL

PHTH

AL-

ATE

TOTAL

(UG/L)

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

BENZI -

DINE

TOTAL

(UG/L)

BENZI -

DINE

BOT.MAT

(UG/

KG)

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<2500

<0.2

<5.0

1100

<4200

<0.2

TRI-

CHLORO-

AROCLOR

ETHYL-

1221

ENE

PCB

TOTAL

TOTAL

(UG/

L)

(UG/L)

0.5

<0.1

HEXA-

AROCLOR

AROCLOR

AROCLOR

AROCLOR

AROCLOR

1232

1242

12

48

1254

1260

PCB

PCB

PCB

PCB

PCB

TOTAL

TOTAL

TOTAL

TOTAL

TOTAL

(UG/L)

(UG/L)

(UG/L)

(UG/

L)

(UG/L)

(UG/L)

HEXA-

CHLORO-

HEXA-

HEXA-

BENZENE

CHLORO-

CHLORO-

CHLORO-

TOT.

IN

BUT-

BENZENE

BOTTOM

ADIENE

TOTAL

MATL.

TOTAL

(UG/

KG)

(UG/L)

XYLENE

TOTAL

WATER

WHOLE

BUT-

ADIENCE

STYRENE

BOT.MAT

TOTAL

TOT REC

(UG/

KG)

(UG/L)

(UG/L)

<5.0

<420

<5.0

<420

<0.2

<0.2

DATE

JUN 1988

20..

.

ALDR

IN,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

CHLO

R-DANE,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

<10

DI-

AZINON ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

DI-

ELDR

IN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ENDR

IN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

ETHION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<100

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

HEPTA-

CHLOR,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

MALA-

METH-

METHYL METHYL

PARA-

TOXA-

TRI-

DATE

JUN 1988

20.

..

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

OXY-

CHLOR ,

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

TRI-

THION,

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<10

PARA-

THION,

TOT. IN

BOTTOM

MATL

.(U

G/KG

)

<10

MIREX,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

THIO

N,TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PER-

THANE

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

PHENE ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<500

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

<10

301127093172400 - PRIEN LAKE AT NORTHWEST SHORE

to (Jl

00

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

TIME

0810

SILI

CA,

DIS

SOLVED

(MG/

LAS

SI02

) 7-0

CHRO

MIUM

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G)

9

MERCURY

RECOV.

FM BO

TTOM MA

TERIAL

(UG/G

AS HG

)

<0.1

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

20600

SOLI

DS,

RESIDUE

AT 180

DEG. C

DIS

SOLVED

(MG/

L)

14000

IRON

,TOTAL

RECOV

ERABLE

(UG/

LAS FE

)

340

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/L

AS C) 2.

4

PH

(STA

ND

ARD

UNITS) 8.10

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/

LAS N)

<0.0

1

IRON

,DIS

SOLVED

(UG/

LAS FE) 60

CARB

ON,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/

KGAS C)

39

TEMPER

ATURE

WATER

(DEG

C)

27-5

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

5800

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L)

<0.2

OXYG

EN,

DIS

SOLVED

(MG/L) 6.5

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/

LAS N) 0.03

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB

) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

<0.2

CALCIUM

DIS

SOLVED

(MG/

LAS CA)

180

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/

LAS N) 0.28

LEAD,

DIS

SOLVED

(UG/

LAS PB

) <5

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L)

<0.2

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG)

460

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.07

LEAD,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 10

BROMO-

FORM

TOTAL

(UG/L) 2.0

SODIUM,

DIS

SOLVED

(MG/

LAS NA)

4000

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD) <1

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/

LAS MN)

130

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L)

<0.2

POTAS

SIUM

,DIS

SOLVED

(MG/

LAS K) 14

0

CADMIUM

DIS

SOLVED

(UG/

LAS CD

) 2

MANGA

NESE

,DIS

SOLVED

(UG/L

AS MN) 20

CHLORO

FORM

TOTAL

(UG/

L) <0.2

SULFATE

DIS

SOLVED

(MG/L

AS S04)

1000

CADMIUM

RECO

V.FM BOT

TOM MA

TERIAL

(UG/

GAS CD

) <1

MANGA

NESE

,RE

COV.

FM BOT

TOM MA

TERIAL

(UG/

G) 480

TOLUENE

TOTAL

(UG/L) <0.2

CHLO

RIDE,

DIS

SOLVED

(MG/

LAS CL

)

7200

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/

LAS CR) 40

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

0.1

BENZENE

TOTAL

(UG/L) <0.2

FLUO-

RIDE

,DIS

SOLVED

(MG/L

AS F) 0.

5

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) <1

MERCURY

DIS

SOLVED

(UG/L

AS HG)

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5-0





DATE

ACE-

ACE-

ACE-

NAPHTH-

NAPHTH-

NAPHTH-

ACRO-

ACRY

LO-

ANTHRA-

ANTHRA-

JUN 1988

20..

. <1100

YLENE

ENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L) <5-0

ENE

LEIN

NITRILE

BOT.MAT

BOT.MAT

BOT.MAT

CENE

TOTAL

CENE

BOT.MAT

<1100

<2200

<2200

<5-0

<1100

BENZO B

BENZO B

FLUOR-

FLUOR-

AN-

THENE

TOTAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

AN-

<2200

BENZO K

BENZO K

FLUOR-

FLUOR-

AN-

AN-

THENE

BOT.MAT

(UG/

KG)

<220

<10

<220

0

THENE

BENZENE

THENE

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/L)

BIS (2-

BIS (2

- CHLORO-

CHLORO-

BIS

BIS

BIS

BIS

2-

(2-

(2-

(2-

BENZO-

CHLORO-

CHLORO-

CHLORO-

CHLO

RO-

ISO-

ISO-

A-

ETHYL

ETHYL)

ETHOXY)

ETHO

XY)

PROPYL)

PROPYL)

N-BUTYL

N-BUTYL

CARBON

BENZYL

BENZYL

TETRA-

BROMO-

PHTHAL-

PHTHAL-

CHLOR-

CHLORO-

(O

01

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

PYRENE

TOTAL

(UG/L) <1

0

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<220

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

ISO-

PHORONE

TOTAL

(UG/

L)

ETHER

TOTAL

(UG/L) <5.0

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<220

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<220

METHYL-

BROMIDE

TOTAL

(UG/L)

ETHER

BOT.MAT

(UG/

KG)

<1100

CHLORO -

ETHANE

TOTAL

(UG/

L) <0.2

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5-0

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

METHANE

TOTAL

(UG/

L) <5.0

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<220

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

<1100

METHYL-

CHLO

RIDE

TOTAL

(UG/

L)

METHANE

BOT.MAT

(UG/

KG)

<110

0

CHLORO

FORM

BOT.MAT

(UG/

KG)

<220

FLUO

R-ENE

TOTAL

(UG/L) <5.0

METHYL

CHLO

RID

EBOT.MAT

(UG/

KG)

ETHER

TOTAL

(UG/

L) <5.0

CHRY-

SENE

TOTAL

(UG/

L) <10

FLUOR -

ENE

BOT.MAT

(UG/

KG)

<1100

METHYL

ENE

CHLO

RIDE

TOTAL

(UG/

L)

ETHER

BOT.MAT

(UG/

KG)

<1100

CHRY-

SENE

BOT.MAT

(UG/

KG)

<2200

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L) <5-0

METHY

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

FORM

BOT.MAT

(UG/

KG)

<220

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<220

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<1100

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

ATE

TOTAL

(UG/

L) <5-0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5-0

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <5-0

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

ATE

BOT.MAT

(UG/

KG)

<110

0

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1100

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<1100

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L)

IDE

BOT.MAT

(UG/

KG)

<2200

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

INDENO

(1.2,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

N-NITRO

-SOD

I-PHENY-

LAMINE

BOT.MAT

(UG/

KG)

BENZENE

TOTAL

(UG/

L) <0.2

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1100

INDENO

(1.2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<2200

N-NITRO

-SODI-

METHY-

LAMINE

BOT.MAT

(UG/

KG)

<5.0

<0.2

<220

<0.2

<220

<0.2

650

<5-0

<1100

<5-0

<1100

<1100

N) cn

en

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

DATE

JUN 1988

20.

. .

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

NAPHTH

ALENE

EOT. MAT

(UG/

KG)

1200

TRI-

CHLORO-

ETHYL-

ENE

EOT. MAT

(UG/

KG)

<220

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,2-TRA

NS-DI-

CHLORO-

ETHENE

EOT. MAT

(UG/

KG)

<220

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5-0

NITRO

BENZENE

TOTAL

(UG/L) <5.0

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

1,1,2,2

-TET

RA-

CHLORO-

ETHANE

EOT. MAT

(UG/

KG)

<220

1,2,

4-TR

I-CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

2-CHLORO-

NAPH-

THALENE

EOT.

MAT

(UG/

KG)

<110

0

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<1100

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<220

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<1100

2-CHLORO-

PHENOL

TOTAL

(UG/

L) <5-0

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<220

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<2200

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <10

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<1100

PARA-

CHLORO-

. META

CRESOL

BOT.MAT

(UG/

KG)

<650

0

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5.0

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<2200

2-NITRO-

PHENOL

TOTAL

(UG/

L) <5.0

PHENAN-

THRENE

TOTAL

(UG/

L) <5.0

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<220

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<1100

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1100

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<1100

1,1-DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<220

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0

PYRENE

TOTAL

(UG/L) <5.0

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<220

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

1,3-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<1100

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<220

0

PYRENE

BOT.MAT

(UG/

KG)

<1100

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<1100

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

300

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,4-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<110

0

2,4-

DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<1100

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<220

1,1,

2-TR

I-CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<220

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <1

0

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <5-0

TOLUENE

BOT.MAT

(UG/

KG) 43

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<220

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) <0.2

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<220

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

<1100






to Ul

DATE

JUN 1988

20.. .

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

DATE

JUN 1988

20..

.

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

CIS

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

AROCLOR

1221

PCB

TOTAL

(UG/L) <0.1

DATE

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<110

0

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<110

0

PENT

A-CHLORO-

PHENOL

TOTAL

(UG/L) <3

0

AROCLOR

1232

PCB

TOTAL

(UG/L)

<0.1

ALDR

IN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

PENT A -

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<650

0

AROCLOR

1242 PCB

TOTAL

(UG/

L)

<0.1

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<4300

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<650

0

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

AROCLOR

1248

PCB

TOTAL

(UG/

L)

<0.1

DI-

AZINON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

4,6-

DINITRO

-ORT

HO-

CRESOL

TOTAL

(UG/L) <3

0

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

AROCLOR

1254

PCB

TOTAL

(UG/L)

<0.1

DI-

ELDR

IN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<4300

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<650

0

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1100

AROCLOR

1260

PCB

TOTAL

(UG/

L)

<0.1

ENDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

ETHION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<110

0

AROCLOR

1016

PCB

TOTAL

(UG/L) <0.1

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1100

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

<1100

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

3,3'

-DI

-CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5-0

BENZI-

DINE

TOTAL

(UG/

L) <50

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L) <5-0

HEPTA-

CHLOR

EPOXIDE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<540

0

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<110

0

BENZI-

DINE

BOT.MAT

(UG/

KG)

<1100

HEXA

-CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<110

0

HEPTA-

CHLOR,

TOTAL

IN BO

TTOM MA

TERIAL

(UG/

KG)

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

NAPHTH

ALENE

TOTAL

(UG/L) 5-

0

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

STYRENE

TOTAL

(UG/L) <0.2

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<110

0

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

<0.2

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/

L) <0.2

JUN 1988

20...

<100

DATE

JUN 1988

20..

.

MALA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

METH-

OXY-

CHLOR,

TOT.

IN

BOTTOM

MATL.

METHYL

TRI-

THIO

N,TOT. IN

BOTTOM

MATL.

METHYL

PARA-

THION,

TOT.

IN

BOTTOM

MATL.

MIREX,

TOTAL

IN BOT

TOM MA

TERIAL

PARA-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

PER-

THANE

IN BOT

TOM MA

TERIAL

TOXA-

PHENE,

TOTAL

IN BOT

TOM MA

TERIAL

TRI-

THION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/

KG)

<10

<10

<10

<10

<10

<10

<10

<500

<1

0

301031093171000 - PRIEN LAKE OUTLET (S

OUTH

EN

D)

to

en V]

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

DATE

JUN 1988

20.

..

TIME

0830

SILI

CA,

DIS

SOLVED

(MG/L

AS

SI02

)

6.6

CHRO

MIUM,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/

G) 30

MERCURY

RECO

V.FM BOT

TOM MA

TERIAL

(UG/G

AS HG)

0.28

SPE

CIFIC

CON

DUCT

ANCE

(US/

CM)

20600

SOLIDS ,

RESIDUE

AT 18

0DEG. C

DIS

SOLVED

(MG/

L)

13600

IRON

,TOTAL

RECOV

ERABLE

(UG/L

AS FE)

380

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/

LAS C) 2.5

PH

(STAND

ARD

UNITS)

8.10

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

<0.01

IRON,

DIS

SOLVED

(UG/L

AS FE) 50

CARBON,

ORGANIC

TOT.

IN

BOTTOM

MAT.

(GM/KG

AS C)

62

TEMPER

ATURE

WATER

(DEG C)

27-0

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

<0.02

IRON

,RECOV .

FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

14000

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L)

<0.2

OXYGEN,

DIS

SOLVED

(MG/

L) 6.0

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N) 0.03

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB

) <5

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/

L)

<0.2

CALCIUM

DIS

SOLVED

(MG/L

AS CA)

180

NITRO

GEN,

AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N) 0.27

LEAD

,DIS

SOLVED

(UG/L

AS PB

) <5

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L) 0-3

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG

)

460

PHOS

PHOROUS

DIS

SOLVED

(MG/

LAS P)

0.06

LEAD

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB) 50

BROMO-

FORM

TOTAL

(UG/L) 1.6

SODI

UM,

DIS

SOLVED

(MG/

LAS NA)

4000

CADMIUM

TOTAL

RECOV

ERABLE

(UG/

LAS CD

) a

MANGA

NESE

,TOTAL

RECOV

ERABLE

(UG/L

AS MN

)

130

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L)

<0.2

POTAS

SIUM,

DIS

SOLVED

(MG/L

AS K) 14

0

CADMIUM

DIS

SOLVED

(UG/L

AS CD

) a

MANGA

NESE,

DIS

SOLVED

(UG/

LAS MN

) 40

CHLORO

FORM

TOTAL

(UG/L) 0.

2

SULFATE

DIS

SOLVED

(MG/

LAS S0

4) 1000

CADMIUM

RECOV.

FM BO

TTOM MA

TERIAL

(UG/

GAS CD

) a

MANGA

NESE

,RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 170

TOLUENE

TOTAL

(UG/L) <0.2

CHLO

RIDE

,DIS

SOLVED

(MG/L

AS CL)

7300

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/

LAS CR

) 40

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0.1

BENZENE

TOTAL

(UG/L) <0.2

FLUO-

RIDE

,DIS

SOLVED

(MG/

LAS F) 0.

5

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR

) <!

MERCURY

DIS

SOLVED

(UG/

LAS HG

)

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5-0





ACE-

ACE-

ACE-

BENZO B

BENZO B

FLUOR-

FLUOR-

BENZO K

BENZO K

FLUOR-

FLUOR-

CJ1

00

DATE

JUN 1988

20..

.

DATE

JUN 1988

20.

..

DATE

JUN 1988

20...

DATE

JUN 1988

20..

.

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<580

BENZO -

A-PYRENE

TOTAL

(UG/

L) <10

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<94

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

NAPHTH-

ENE

TOTAL

(UG/

L) <5.0

BENZO -

A-PYRENE

BOT.MAT

(UG/

KG)

<1200

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<94

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<94

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<580

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L) <5.0

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

FLUOR-

ANTHENE

TOTAL

(UG/L) <5-0

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<940

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<580

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<94

FLUOR -

ANTHENE

BOT.MAT

(UG/

KG)

<580

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<940

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L) <5-0

CHLORO

FORM

BOT.MAT

(UG/

KG)

<94

FLUOR-

ENE

TOTAL

(UG/

L) <5.0

ANTHRA

CENE

TOTAL

(UG/

L) <5.0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<580

CHRY-

SENE

TOTAL

(UG/

L) <10

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<580

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<58o

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5.0

CHRY-

SENE

BOT.MAT

(UG/

KG)

<1200

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L) <5.0

AN

THENE

TOTAL

(UG/L) <1

0

BROMO-

FORM

BOT.MAT

(UG/

KG)

<94

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<94

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<580

AN

THENE

BOT.MAT

(UG/

KG)

<1200

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5.0 N-

AN-

BENZENE

THENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<94

<10

N-BUTYL

CARBON

BENZYL

TETRA-

PHTHAL-

CHLOR

ATE

IDE

BOT.MAT

BOT.MAT

(UG/

KG)

(UG/

KG)

<580

<94

DI-

DIETHYL

METHYL

PHTHAL-

PHTHAL-

ATE

ATE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<500

<5.0

INDENO

HEXA-

(1,2

,3-

CHLORO-

CD)

ETHANE

PYRENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<580

<10

N-

AN-

THENE

BOT.MAT

(UG/

KG)

<1200

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<580

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<120

0

METHYL-

METHY-

NITRO-

NITRO-

N-NITRO

METHYL-

METHYL

ENE

LENE

SODI-N-

SODI

-N-

-SODI-

ISO-

METHYL-

ISO-

METHYL

CHLO-

CHLOR-

CHLO-

CHLOR-

PROPYL-

PROPYL-

PHENY-

PHORONE

BROMIDE

PHORONE

BROMIDE

RIDE

DATE

TOTAL

TOTAL

BOT.MAT

BOT

IDE

RIDE

IDE

AMINE

AMINE

LAMINE

.MAT

TOTAL

BOT.MAT

TOTAL

BOT,.M

AT

TOTAL

BOT.MAT

TOTAL

(UG/

L)

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)JUN 1988

20.

..<5-0

<0.2

<580

<94

<0.2

<94

<0.5

260

12<580

<5-0

DATE

JUN 1988

20.

. .

to CJ1

vO

DATE

JUN 1988

20...

DATE

JUN 1988

20...

DATE

JUN 1988

20.. .

N-NITRO

N-NITRO

-SODI-

-SODI-

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

LAMINE

LAMINE

ALENE

BENZENE

BENZENE

BOT.MAT

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/L)

<580

<580

630

<5-0

BOT.MAT

(UG/

KG)

(UG/

L)

PARA-

PARA-

CHLORO-

CHLORO-

META

META

PHENAN-

PHENAN-

CRESOL

CRESOL

THRENE

THRENE

PYRENE

PYRENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

<580

(UG/KG)

(UG/L)

(UG/KG)

(UG/L)

(UG/

KG)

<30

<3500

<5.0

<5

8o

<5.0

<580

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) 0.3

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L)

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<94

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<94

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<580

1,3-Di-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

TOLUENE

BOT.MAT

(UG/

KG)

<19

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L)

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<94

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<94

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<94

1,4-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L)

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<94

1,1,2,2

-TET

RA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<94

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<94

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<94

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L)

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

BENZOGH

I PERYL

ENE1 , 12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1200

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<580

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

1,1-

DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<94

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5.0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/L) <1

0

2-CHLORO-

PHENOL

TOTAL

(UG/L)

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<580

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1200

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<94

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<94

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/

L)

<0.2

<580

<0.2

<580

<94

<5-0

<580

<5-0

<580

<5-0


TALS



AND BAYOU D'lNDE AR

EA,


DATE

JUN 1988

20.

..

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<580

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <10

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1200

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<580

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <5.0

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

<580

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<580

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<230

0

DATE

JUN 1988

20...

2,4,

6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

2,4,

6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2300

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<580

3,3'

-DI

- CHLORO-

BENZI-

DINE

TOTAL

(UG/L) <2

5

3,3'-

DI-

CHLORO-

BENZ

I-DINE

BOT.MAT

(UG/

KG)

<290

0

4-

BROM

O-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5-0

to (* o

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

DATE

JUN 1988

20.

..

4-BROMO-

PHENYL

PHENYL

PHENYL

ETHER

ETHER

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

4-

4-

CHLORO-

CHLORO-

PHENYL

PHENYL

PHENYL

ETHER

BOT.MAT

4-NITRO-

PHENOL

TOTAL

<580

(UG/

KG)

(UG/

L)

<5.0

<580

<30

DI-

4,6-

4,6-

CHLORO-

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<3500

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<350

0

AROCLOR

1232

PCB

TOTAL

(UG/L)

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/

L) <5-0

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/L) <0.2

AROCLOR

1242

PCB

TOTAL

(UG/

L)

DINITRO

-ORTHO -

CRESOL

BOT.MAT

(UG/

KG)

<3500

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

AROCLOR

1248

PCB

TOTAL

(UG/L)

DI-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<580

AROCLOR

1254

PCB

TOTAL

(UG/L)

AROCLOR

1016

PCB

TOTAL

(UG/

L) <0.1

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

AROCLOR

1260

PCB

TOTAL

(UG/L)

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5.0

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<580

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/L)

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<580

BENZ

I-DINE

TOTAL

(UG/

L) <50

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL

.(U

G/KG

)

NAPHTH

ALENE

TOTAL

(UG/L)

13

BENZI-

DINE

BOT.MAT

(UG/

KG)

<580

0

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L)

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

VINYL

CHLO

RIDE

TOTAL

(UG/L)

<0.2

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<0.2

STYRENE

TOTAL

(UG/

L)

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/L) <3

0

AROCLOR

1221PCB

TOTAL

(UG/

L) <0.1

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L)

<5-0

<580

<5-0

<580

<0.2

<0.2

DATE

JUN 1988

20.

..

ALDRIN ,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

CHLOR-

DANE,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

DI-

AZINON,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

DI-

ELDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

ENDRIN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

ETHION,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

PCN,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<100

HEPTA-

CHLOR

EPOXIDE

TOT. IN

BOTTOM

MATL.

(UG/KG)

<10

HEPT

A-CHLOR,

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

LINDANE

TOTAL

IN BOT

TOM MA

TERIAL

(UG/KG)

<10

DATE

JUN 1988

20..

.

MALA-

METH-

METHYL METHYL

PARA-

TOXA-

TRI-

THION,

OXY-

TRI-

PARA-

MIREX,

THION,

PER-

PHENE,

THION,

TOTAL

CHLOR,

THION,

THION,

TOTAL

TOTAL

THANE

TOTAL

TOTAL

IN EOT-

TOT. IN

TOT. IN

TOT. IN

IN EOT-

IN EOT-

IN EOT-

IN EOT-

IN BOT-

BOTTOM

TOM MA-

TOM MA

TERIAL

BOTTOM

MATL.

BOTTOM

MATL.

TOM MA-

TOM MA-

TOM MA-

TOM MA-

MATL.

TERIAL

TERIAL

TERIAL

TERIAL

TERIAL

(UG/KG)

(UG/KG)

(UG/KG)

(UG/KG)

(UG/KG)

(UG/KG)

(UG/KG)

(UG/KG)

(UG/KG)

30I4o4093i448oo

- CALCASIEU

RIVER

AT B

UOY

130

AT L

AKE

CHARLES,

DUPLICATE SAMPLES

<500

LOUI

SIAN

A

to

cr*DATE

JUN 1988

20.

..20

. ..

DATE

JUN 1988

20.

..20.

..

DATE

JUN 1988

20.

..20.

..

TIME

0700

0701

SILICA,

DIS

SOLVED

(MG/L

AS

SI02) 8.1

8.1

CHRO

MIUM,

RECOV .

FM BOT

TOM MA

TERIAL

(UG/G) 10 10

SPE

CIFIC

CON

DUCT

ANCE

(US/CM)

12200

---

SOLIDS,

RESIDUE

AT 180

DEC. C

DIS

SOLVED

(MG/L)

7780

8000

COPPER,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CU

)

___ 10

PH

(STAND

ARD

UNITS)

7.4o ---

NITRO

GEN,

NITRITE

DIS

SOLVED

(MG/L

AS N)

0.01

0.01

IRON,

TOTAL

RECOV

ERABLE

(UG/L

AS FE)

440

390

TEMPER

ATURE

WATER

(DEC C)

27.0

---

NITRO

GEN,

N02+N03

DIS

SOLVED

(MG/L

AS N)

0.03

0.03

IRON,

DIS

SOLVED

(UG/L

AS FE) 30 30

OXYGEN,

DIS

SOLVED

(MG/L)

5-4

---

NITRO

GEN,

AMMONIA

DIS

SOLVED

(MG/L

AS N)

0.08

0.11

IRON,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS FE)

10000

11000

CALCIUM

DIS

SOLVED

(MG/L

AS CA) 80 80

NITRO

GEN, AM

MONIA +

ORGANIC

DIS.

(MG/L

AS N)

0.38

0.36

LEAD,

TOTAL

RECOV

ERABLE

(UG/L

AS PB) <5 <5

MAGNE

SIUM,

DIS

SOLVED

(MG/L

AS MG)

260

260

PHOS

PHOROUS

DIS

SOLVED

(MG/L

AS P)

0.04

0.05

LEAD,

DIS

SOLVED

(UG/L

AS PB) <5 <5

SODIUM,

DIS

SOLVED

(MG/L

AS NA)

2300

2300

CADMIUM

TOTAL

RECOV

ERABLE

(UG/L

AS CD

) <11

LEAD,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS PB

) 30 30

POTAS

SIUM,

DIS

SOLVED

(MG/L

AS K)

86

86

CADMIUM

DIS

SOLVED

(UG/L

AS CD) <1 <1

MANGA

NESE,

TOTAL

RECOV

ERABLE

(UG/L

AS MN)

200

200

SULFATE

DIS

SOLVED

(MG/L

AS S0

4)

1400

1400

CADMIUM

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G

AS CD

) <1 <1

MANGA

NESE,

DIS

SOLVED

(UG/L

AS MN)

200

190

CHLO

RIDE,

DIS

SOLVED

(MG/L

AS CL)

4000

4000

CHRO

MIUM,

TOTAL

RECOV

ERABLE

(UG/L

AS CR

) 10 20

MANGA

NESE,

RECOV.

FM BOT

TOM MA

TERIAL

(UG/G) 64 74

FLUO-

RIDE,

DIS

SOLVED

(MG/L

AS F) 0.4

0.3

CHRO

MIUM,

DIS

SOLVED

(UG/L

AS CR) 3 5

MERCURY

TOTAL

RECOV

ERABLE

(UG/L

AS HG)

<0-1

<0.1

TABLE 18.--CONCENTRATIONS OF INORGANIC CONSTITUENTS. TRACE ME

TALS






to CT» to

DATE

JUN 1988

20.

..20...

DATE

JUN 1988

20.

..20

. ..

DATE

JUN 1988

20.

..20

. ..

DATE

JUN 1988

20..

.20

. ..

MERCURY

DIS

SOLVED

(UG/L

AS HG)

0.1

0.1

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5.0

<5.0

BENZO K

FLUOR -

AN-

THENE

EOT. MAT

(UG/

KG)

<l600

<1500

CARBON

TETRA-

CHLOR-

IDE

EOT.

MAT

(UG/

KG)

<150

MERCURY

RECO

V.

FM BOT

TOM MA

TERIAL

(UG/G

AS HG

)

0.14

0.11

ACE-

NAPHTH-

YLENE

EOT. MAT

(UG/

KG)

<?80

<?60

BENZO-

A-PYRENE

TOTAL

(UG/

L) <10

<10

CHLORO-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

CARB

ON,

ORGANIC

DIS

SOLVED

(MG/

LAS C) 3-

23-

5

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L) <5.0

<5.0

BENZO-

A- PYRENE

EOT. MAT

(UG/

KG)

<1600

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<160

<150

CARBON ,

ORGANIC

TOT. IN

BOTTOM

MAT.

(GM/

KGAS C)

45 41

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<?80

<?6o

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/

L) <5.0

<5.0

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<l6o

<150

DI-

CHLO

RO-

BROM

O-METHANE

TOTAL

(UG/L)

<0.2

<0.2

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<1600

<1500

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<?80

<760

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

<0.2

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<1600

<150

0

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L) <5.0

<5.0

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

<150

1,2-DI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<0.2

<0.2

ANTHRA

CENE

TOTAL

(UG/

L) <5.0

<5.0

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<?80

<76o

CHLORO

FORM

BOT.MAT

(UG/

KG)

<160

<150

BROMO-

FORM

TOTAL

(UG/L) 0.6

<0.2

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<?80

<?6o

BIS (2

-CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5.0

<5-0

CHRY-

SENE

TOTAL

(UG/L) <1

0<10

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/L)

<0.2

<0.2

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

<10

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

BOT.MAT

(UG/

KG)

<?80

<?60

CHRY-

SENE

BOT.MAT

(UG/

KG)

<160

0<1500

CHLORO

FORM

TOTAL

(UG/

L) <0.2

<0.2

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<1600

<1500

BROMO-

FORM

BOT.MAT

(UG/

KG)

<160

<150

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

___

<150

TOLUENE

TOTAL

(UG/L) <0.2

<0.2

BENZENE

BOT.MAT

(UG/

KG)

<10

<150

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

<5.0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

<5.0

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

<10

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<?80

<?6o

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<?80

<?6o

DATE

JUN 1988

20...

20...

DATE

JUN 1988

20..

.20

...

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5-0

<5.0

INDENO

d.2,

3-CD)

PYRENE

TOTAL

(UG/L) <1

0<10

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<780

<760

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<1600

<1500

ETHYL-

BENZENE

TOTAL

(UG/

L) <0.2

<0.2

ISO-

PHORONE

TOTAL

(UG/L) <5-0

<5.0

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<160

<150

METHYL-

BROMIDE

TOTAL

(UG/

L) <0.2

<0.2

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5.0

<5-0

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<780

<760

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

<780

<760

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<160

<150

FLUOR-

ENE

TOTAL

(UG/L) <5-0

<5-0

METHYL-

CHLO

RIDE

TOTAL

(UG/

L) <0.2

<0.2

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<780

<760

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<160

<150

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L) <5.0

<5-0

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L) <2.1

<0.4

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<780

<760

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

340

350

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <5.0

<5-0

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <5-0

<5-0

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<780

<760

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<780

<760

N) a\ CO

N-NITRO N-NITRO

N-NITRO

-SOD

I-

-SODI-

-SODI-

PHENY-

PHENY-

METHY-

NAPHTH-

NITRO-

NITRO-

PARA-

PARA-

DATE

JUN 1988

20..

. 20...

LAMINE

TOTAL

(UG/L) <5-0

<5.0

LAMINE

BOT.MAT

(UG/

KG)

<780

<?60

LAMINE

BOT.MAT

(UG/

KG)

<?80

<?

60

ALENE

BOT.MAT

(UG/

KG)

820

<?60

BENZENE

TOTAL

(UG/

L) <5.0

<5

.0

BENZENE

BOT.MAT

(UG/

KG)

<?80

<?60

CHLORO-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

<30

META

PHENAN-

PHENAN-

CRESOL

BOT.MAT

(UG/

KG)

THRENE

TOTAL

(UG/

L) <5.0

<5-0

THRENE

BOT.MAT

(UG/

KG)

<780

<?60

PYRENE

TOTAL

(UG/L) <5-0

<5.0

PYRENE

BOT.MAT

(UG/

KG)

<?80

<?60

DATE

TETRA-

TETRA-

CHLORO-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

ETHY-

LENE

TOLUENE

BOT.MAT

BOT.MAT

BOT.MAT

TRI-

TRI-

TRI-

CHLORO-

CHLORO-

CHLORO-

VINYL

ETHYL-

FLUORO-

FLUORO-

CHLOR-

ENE

METHANE METHANE

IDE

TOTAL

BOT.MAT

BOT.MAT

1,1-DI-

1,1-DI-

CHLORO-

CHLORO-

ETHYL-

ETHANE

ETHANE

ENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

1,1-DI-

1,1-DI-

CHLORO-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

TOTAL

JUN 1988

20..

.20

...

DATE

JUN 1988

20...

20...

<0.2

<0.2

1.1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

<160

<150

1,1,

1-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<150

<3l

<30

1,1,

2-TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

<160

<150

1,1,

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<l6o

<150

<0.2

<0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

<0.2

<150

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

13000

<150

<l6o

<150

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

<10

<0.2

<0.2

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<160

0<1500

<160

<150

BENZO A

ANTHRAC

ENE1 , 2-

BENZANT

HRACENE

TOTAL

(UG/L) <5-0

<5-0

<0.2

<0.2

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<78o

<760

<160

<150

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<160

<150



AND BAYOU D'lNDE AR

EA,


10 cr»

DATE

JUN 19

88

20...

20.

..

DATE

JUN 19

88

20...

20...

DATE

JUN 19

88

20...

20...

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<780

<760

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

<20

1,2-

DI-

CHLO

RO-

BENZENE

BOT.MAT

(UG/

KG)

<780

<760

1,3-Dl-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

<760

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L) <1

0<1

0

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<3100

<3000

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

<0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<0.2

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1600

<1500

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

<5.0

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

_ __

<150

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

<760

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5.0

<5.0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<780

<760

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) <0.2

<0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/

L) <10

<0.2

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<780

<760

3,3'

-DI

-CHLORO-

BENZI-

DINE

TOTAL

(UG/

L) <25

<25

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<160

<150

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<160

<150

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5-0

<5.0

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<390

0<3

800

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

<5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5.0

<5.0

2,4-

DP,

IN BOTTOM

MAT.

(UG/

KG)

<780

<760

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

<5.0

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<780

<760

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<780

<760

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

<5-0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<780

<?60

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

<10

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5.0

<5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<780

<78o

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5.0

<5.0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1600

<1500

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<780

<760

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

<20

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<780

<760

1,3-

Dl-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

2-NITRO-

PHENOL

TOTAL

(UG/L) <5.0

<5.0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<310

0<3100

4-NITRO-

PHENOL

TOTAL

(UG/L) <3

0<3

0

DATE

JUN 1988

20..

.20...

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<4yo

o<4500

PENTA-

4,6-

DINITRO

-ORTHO -

CRESOL

TOTAL

(UG/L) <3

0<30

1,2-

DIBROMO

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<4?00

<4500

BIS(2-

ETHYL

HEXYL)

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

<0.2

BIS(2-

ETHYL

HEXYL)

AROCLOR

1016

PCB

TOTAL

(UG/L) <0.1

<0.1

DI-N-

BUTYL

PHENOL

(C6H-

50H)

TOTAL

(UG/

L) <5.0

<5.0

DI-N-

BUTYL

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<?80

<?60

NAPHTH

ALENE

TOTAL

(UG/L) <5.0

<5-0

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

VINYL

CIS

1,3-

DI-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

<0.2

TRI-

CHLORO-

PENT

A-CHLORO-

PHENOL

TOTAL

(UG/L) <3

0<3

0

AROCLOR

DATE

to CT>

Ol

CHLORO-

ETHYL-

PHTHAL-

PHTHAL-

PHTHAL-

PHTHAL-

BENZI-

PHENOL

ENE

ATE

ATE

ATE

ATE

DINE

BENZI-

DINE

CHLO-

ETHYL-

1221

RIDE

ENE

PCB

BOT.MAT

TOTAL

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

TOTAL

TOTAL

(UG/

KG)

(UG/L)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/L)

(UG/L)

JUN 1988

20...

20...

DATE

JUN 1988

20...

20...

<4?00

<450

0

AROCLOR

1232

PCB

TOTAL

(UG/L) <0 . 1

<0. 1

<0.2

<0.2

AROCLOR

1242

PCB

TOTAL

(UG/L)

<0 . 1

<0 . 1

<5-0

<5.0

AROCLOR

1248

PCB

TOTAL

(UG/L)

<0. 1

<0.1

<?80

<?60

AROCLOR

1254

PCB

TOTAL

(UG/

L)

<0.

1<0

.1

<5.0

<5.0

AROCLOR

1260 PCB

TOTAL

(UG/

L)

<0. 1

<0.1

<780

<?60

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

<5-0

<50

<50

HEXA-

CHLORO-

BENZENE

TOT. IN

BOTTOM

MATL.

(UG/

KG)

<?80

<?6o

<?80

0<?600

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/L) <5.0

<5-0

<0.2

<0.2

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

<?80

<?60

<0.2

<0.2

STYRENE

TOTAL

(UG/L) <0.2 0-3

<0.1

<0.1

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L) <0.2 1-5

TABLE 18,--CONCENTRATIONS OF INORGANIC CONSTITUENTS, TRACE

METALS, VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC

COMPOUNDS, INSECTICIDES, AND PHYSICAL DATA IN WATER AND

BOTTOM MATERIAL FROM THE LOWER CALCASIEU RIVER AND BAYOU

D'lNDE AREA,


IN SITU WATER-QUALITY MEASUREMENTS, JUNE 20,

1988

SPEC

SAL-

SITE NUMBER,

DEPTH

TEMP

PH

DO

COND

INITY

TIME

(FEET)

(D

EG C)

(U

NITS

) (MG/L)

(US/

CM)

(PPT)

3 3-

0 35

-3

6.9

4.4

25,9

00

15-7

14

15 4 0950 5 1030 6 1100 7

to

1H5

8 1145

3.3

4.6

9-2

3-3

6-3

11.2

3-3

6-3

11.2

3-3

6.3

12.9 3-3

6.9

13-2

28.5

28.9

29.1

28.9

29.2

30.2

28.9

30.0

30.4

29-5

30.1

30.5

29.4

30.5

30.6

7.1

7-1

7.1

7.2

7.1

7-2

7.2

7.2

7.1

7.2

7.2

7.2

7.2

7.2

7.2

0.8

1.0

1.4

2.3

2.0

1-9

1.1

1.0

3-0

0.5

0-3

0.6

0.8

0-9

1.1

17,8

0018

,600

20,000

17,4

0019,200

22,400

15,100

21,100

22,500

18,600

21,100

22,700

18,200

21,900

23,200

10.3

10.8

11.9

10.1

11.2

13-2

8.6

12.4

13-4

10.8

12.4

13.5

10.6

13.0

13-8

9 5.

0 29

-7

7-3

4.2

21,9

00

13.0

12

20

10

5.6

29.2

7.

6 5-

0 22

,900

13

.6

1250

11

5-3

29-3

7.

6 4.

8 22

,100

13

-1

1305

12

4.3

28.9

7.

6 4.

5 24

,000

14

.813

30

13 1350

14 0745

15 0810

16 0830

17 0700

3-3

9-9

19-8

29-7

39.6 1-3

2.0

1.6

1.6

28.7

28.1

28.0

27.1

26.5

27.5

27-5

26.8

27.0

7-7

7-7

7-7

7-6

7.6

7-8

8.1

8.1

7-4

3.8

3.0

3.0

0-9

0-5

5-8

6.5

6.0

5-4

28,7

0031

.000

31,0

0036

,000

36,5

00

20,5

00

20,6

00

20,6

00

12,250

17.7

19.4

19.4

23.0

23.6

12.0

12.2

12.2 6.7

10

FRACTIONATION OF DISSOLVED ORGANIC CARBON INTO HYDROPHILIC

AND HYDROPHOBIC COMPONENTS FROM THE LOWER CALCASIEU RI

VER,

LOUISIANA

[ORGANIC CARBON, IN MILLIGRAMS PER LITER]

SITE NAME

LAKE CHARLES AT

BUOY 130

BAYOU D'lNDE AT

LITTLE BAYOU D'lNDE

BAYOU D'lNDE 0.25

MILE ABOVE INDUS

TRIAL OUTFALL

BAYOU D'lNDE AT

INDUSTRIAL OUTFALL

BAYOU D'lNDE AT

MOUTH

DISSOLVED

HYDROPHOBIC

ORGANIC

FRACTION

CARBON

MAY 21

, 1988

6.3

2.6

9.1

4.6

5-9

2.1

8.1

3-1

6.2

3.1

HYDROPHILIC

FRACTION

3-7

4.5

3.8

5-0

3.1

TABLE 19---CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS AND PHYSICAL DATA IN

WATER, BOTTOM MATERIAL, AND TISSUE FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE, LOUISIANA, MAY 17 AND

JUNE 21,

1988



DATE

TIME

MAY 1988

17..

. 1440

ACE-

NAPHTH-

ENE

DATE

BOT.MAT

(UG/

KG)

MAY 1988

17...

<350

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/

L)

<0.2

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<140

CARBON-

TETRA-

CHLO-

RIDE

TOTAL

(UG/L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<140

1,2-

DI-

CHLORO-

ETHANE

TOTAL

(UG/

L)

<0.2

ANTHRA

CENE

TOTAL

(UG/L) <5.0

BROMO-

FORM

TOTAL

(UG/L)

<0.2

ANTH

RA

CENE

BOT.MAT

(UG/

KG)

<350

CHLORO-

DI-

BROMO-

METHANE

TOTAL

(UG/

L)

<0.2

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

CHLORO

FORM

TOTAL

(UG/L) <0.2

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<700

TOLUENE

TOTAL

(UG/L) <0.2

BENZENE

BOT.MAT

(UG/

KG)

<14

BENZENE

TOTAL

(UG/

L) <0.2

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

ACE-

NAPHTH-

YLENE

TOTAL

(UG/L) <5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<700

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<350

BENZO -

A-PYRENE

TOTAL

(UG/

L) <10

ACE-

NAPHTH-

ENE

TOTAL

(UG/L) <5.0

BENZO-

A-

PYRENE

BOT.MAT

(UG/

KG)

<700

BIS

BIS

BIS

BIS

2-

(2-

(2-

(2-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

ETHYL

ETHY

L)

ETHOXY)

ETHOXY)

PROP

YL)

PROP

YL)

BIS

(2-

BIS (2-

CHLO

RO-

CHLORO-

ISO-

ISO-

N-BUTYL

N-BUTYL

CARBON

BENZYL

BENZYL

TETRA-

BROM

O-

PHTHAL-

PHTHAL-

CHLOR-

CHLORO-

CHLORO-

to

<y\

ooDATE

MAY 1988

17-..

DATE

MAY 1988

17...

DATE

MAY 1988

17..

.

ETHER

TOTAL

(UG/

L) <5.0

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<14

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<14

ETHER

BOT.MAT

(UG/

KG)

<350

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

FLUOR-

ANTHENE

TOTAL

(UG/L) <5.0

METHANE

TOTAL

(UG/

L) <5.0

CHLORO -

ETHANE

BOT.MAT

(UG/

KG)

<14

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

<350

METHANE

BOT.MAT

(UG/

KG)

<350

CHLORO

FORM

BOT.MAT

(UG/

KG)

<14

FLUOR-

ENE

TOTAL

(UG/L) <5.0

ETHER

TOTAL

(UG/

L) <5-0

CKRi-

SENE

TOTAL

(UG/L) <1

0

FLUO

R-ENE

BOT.MAT

(UG/

KG)

<350

ETHER

BOT.MAT

(UG/

KG)

<350

CHRY-

SENE

BOT.MAT

(UG/

KG)

<700

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L) <5.0

FORM

BOT.MAT

(UG/

KG)

<14

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<14

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/

KG)

<350

ATE

TOTAL

(UG/L) <5.0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5-0

ATE

BOT.MAT

(UG/

KG)

<350

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<350

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<350

IDE

BOT.MAT

(UG/

KG)

<14

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

INDENO

(1,2,3-

CD)

PYRENE

TOTAL

(UG/L) <1

0

BENZENE

TOTAL

(UG/

L) <0.2

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<350

INDENO

(1,2,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<700

BENZENE

BOT.MAT

(UG/

KG)

<14

ETHYL-

BENZENE

TOTAL

(UG/L) <0.2

ISO-

PHORONE

TOTAL

(UG/L) <5-0

DATE

MAY 1988

17...

METHYL-

BROMIDE

TOTAL

(UG/L)

ISO-

PHORONE

BOT.MAT

(UG/

KG)

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

METHYL-

CHLO

RIDE

TOTAL

(UG/L)

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/

L)

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L)

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

N-NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/

L)

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/

KG)

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<0.2

<350

300

<0.2

<0.2

740

<5-0

<350

<5.0

<350

<350

NITRO

BENZENE

DATE

TOTAL

(UG/L)

MAY 1988

17...

<5-0

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<350

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/

L) <30

PARA

- CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<2100

PHENAN-

THRENE

TOTAL

(UG/L) <5-0

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<350

PYRENE

TOTAL

(UG/L) <5.0

PYRENE

BOT.MAT

(UG/

KG)

<350

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<14

TOLUENE

BOT.MAT

(UG/

KG)

<14

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<14

to

a\

vo

DATE

MAY 1988

17...

TRI-

CHLORO-

FLUORO-

METHANE

TOTAL

(UG/L) <0.2

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<14

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<14

1,1-

DI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<14

1,1-

DI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L) <0.2

1,1-DI-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<14

1,1,1-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,1,1-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<14

1,1,2-

TRI-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,1,2-

TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<14

DATE

MAY 1988

17..

.

1,1,2,2

TETR

A-CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<14

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L) <10

BENZOGH

I PERYL

ENE1,12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<700

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5.0

BENZO A

ANTHRAC

ENE1 , 2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<350

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<14

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<350

1,2-DI-

CHLORO-

PROPANE

TOTAL

(UG/

L) <0.2

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<14

DATE

MAY 1988

17..

.

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) <0.2

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<14

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<350

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<700

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

l,3-Di-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<350

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<350

TABLE 19.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS AND PHYSICAL DATA IN

WATE

R, BOTTOM MATERIAL, AND TISSUE FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE, LOUISIANA, MAY 1? AND

JUNE 21,

1988--CONTINUED

DATE

MAY 1988

I?-.

.

DATE

MAY 1988

17..

.

to >J O

DATE

MAY 1988

17..

.

DATE

MAY 1988

17-..

DATE

MAY 1988

17...

2-

2-CHLORO-

CHLORO-

ETHYL-

ETHYL

VINYL-

VINYL

ETHER

ETHER

2-2-

CHLORO-

CHLORO-

2-2-

NAPH-

NAPH-

CHLORO-

CHLORO-

THALENE

THALENE

PHENOL

PHENOL

DI-N-

DI-N-

2-

2-

OCTYL

OCTYL

2,4-DI-

NITRO-

NITRO-

PHTHAL-

PHTHAL-

CHLORO-

PHENOL

PHENOL

ATE

ATE

PHENOL

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

<0.2

<5.0

<350

<5.0

<350

<5.0

<350

<700

<5.0

2,4-

DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<350

3,3'

-DI

-CHLORO-

BENZ

I-DINE

TOTAL

(UG/L) <2

5

PHENOL

(C6H

-50

H)TOTAL

(UG/L) <5.0

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L) <5-0

3,3'

-DI

-CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<180

0

PHENOL

(C6H

-50H)

BOT.MAT

(UG/

KG)

<350

BENZI-

DINE

TOTAL

(UG/

L)

2,4-

DP,

INBOTTOM

MAT.

(UG/

KG)

<350

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L) <5.0

NAPHTH

ALENE

TOTAL

(UG/L) <5.0

BENZI-

DINE

BOT.MAT

(UG/

KG)

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<350

TRANS-

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<350

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/

L) <5-0

CIS

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/

L)

2,4,

-DI

-NITRO-

PHENOL

TOTAL

(UG/

L) <20

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

<350

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1400

4-NITRO-

PHENOL

TOTAL

(UG/

L) <30

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2100

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

2,4,6-

TRI-

CHLORO-

PHENOL

TOTAL

(UG/L) <2

0

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<2100

1,2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/L) <0.2

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

2,4,6-

TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<140

0

4,6-

DINITRO

-ORTHO-

CRESOL

TOTAL

(UG/L) <3

0

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

2,6-DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5.0

4,6-

DINITRO

-ORTHO-

CRESOL

BOT.MAT

(UG/

KG)

<210

0

BIS(2-

ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

1300

STYRENE

TOTAL

(UG/L)

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<350

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L) <0.2

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L)

<350

<50

<350

0<0.2

<0.2

<5.0

<350

<5-0

<350

<0.2

<0.2

301230093181300 - BAYOU D'lNDE 0.25 MILE ABOVE INDUSTRIAL OUTFALL CANAL

DI-

CARBON-

CHLORO-

TETRA-

1,2-

DI-

BROMO-

CHLO-

CHLORO-

BROMO-

CHLORO-

DI-

BROMO-

CHLORO-

ACE-

ACE-

ACE-

NAPHTH-

NAPHTH-

NAPHTH-

DATE

MAY 1988

17..

.

DATE

MAY 1988

I?...

TIME

1615

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<500

METHANE

TOTAL

(UG/

L) 1.2

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<200

RIDE

TOTAL

(UG/L)

<0.2

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<200

ETHANE

TOTAL

(UG/L) 6.4

ANTHRA

CENE

TOTAL

(UG/L) <5.0

FORM

TOTAL

(UG/

L) 35

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<500

METHANE

TOTAL

(UG/

L) 5-4

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

FORM

TOTAL

(UG/

L) 6-3

BENZO B

FLUOR -

AN-

THENE

BOT.MAT

(UG/

KG)

<1000

TOLUENE

TOTAL

(UG/

L) 0.6

BENZENE

BOT.MAT

(UG/

KG)

<20

BENZENE

TOTAL

(UG/L) 0.

5

BENZO K

FLUO

R-AN

-THENE

TOTAL

(UG/L) <1

0

YLENE

TOTAL

(UG/L) <5-0

BENZO K

FLUO

R-AN

-THENE

BOT.MAT

(UG/

KG)

<1000

YLENE

BOT.MAT

(UG/

KG)

<500

BENZO-

A-PYRENE

TOTAL

(UG/L) <1

0

ENE

TOTAL

(UG/L) <5-0

BENZ

O-A- PYRENE

BOT.MAT

(UG/

KG)

<1000

BIS (2-

BIS (2-

CHLORO-

CHLORO-

ISO-

ISO-

toDATE

MAY 1988

17..

.

BIS

BIS

BIS

BIS

2-

(2-

(2-

(2-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

ETHYL

ETHYL)

ETHOXY)

ETHOXY)

PROPYL)

PROPYL)

ETHER

ETHER

METHANE

METHANE

ETHER

ETHER

TOTAL

BOT.MAT

TOTAL

(UG/L) <5-0

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

N-BUTYL

N-BUTYL

CARBON

BENZYL

BENZYL

TETRA-

BROMO-

PHTHAL-

PHTHAL-

CHLO

R-

CHLORO-

CHLORO

FORM

ATE

ATE

IDE

BENZENE

BENZENE

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

KG)

(UG/L)

(UG/

KG)

<500

<5.0

<500

<5.0

DATE

MAY 1988

17..

.

DI-

BROM

O-CHLORO-

CHLORO-

CHLORO-

CHLORO-

CHRY-

METHANE

ETHANE

ETHANE

FORM

SENE

BOT.MAT

TOTAL

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(U

G/KG

) (U

G/KG

) (U

G/L)

<500

CHRY-

SENE

<20

BROMO-

DI-

<5.0

<500

DIETHYL

DIETHYL

<20

DI

METHYL

<0.2

DI

METHYL

<20

CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

PHTHAL-

ETHYL-

METHANE

ATE

ATE

ATE

ATE

BENZENE

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/

KG)

(UG/

L)BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

<20

<0.2

<20

<20

<1000

<20

HEXA-

HEXA-

CHLORO-

CHLORO-

CYCLO-

CYCLO-

<5-0

HEXA-

<500

<5.0

<500

ETHYL-

FLUOR-

FLUOR-

FLUOR-

BENZENE

ANTHENE

ANTHENE

ENE

DATE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/

L)

MAY 1988

INDENO

INDENO

HEXA-

(1,2

,3-

(1,2

,3-

FLUOR-

PENT-

ENE

ADIENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

PENT-

CHLORO-

CHLORO-

CD)

ADIENE

ETHANE

ETHANE

PYRENE

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

(UG/

KG)

(UG/L)

CD)

PYRENE

BOT.MAT

<0.2

ISO-

PHORONE

TOTAL

(UG/

KG)

(UG/L)

<20

<5-0

<500

<5.0

<500

<5-0

<500

<5-0

<500

<1000

<5.0


WATER, BOTTOM MATERIAL, AND TISSUE FROM THE LOWER CALCASIEU RIVER AND BAYOU D'

lNDE

, LO

UISI

ANA,

MAY 1? AND

JUNE 21

, 1988--CONTINUED

DATE

MAY 1988

17...

METHYL-

ISO-

METHYL

BROMIDE

PHORONE

BROMIDE

TOTAL

BOT.MAT

BOT.MAT

(UG/

L)

(UG/

KG)

(UG/

KG)

(UG/L)

METHYL-

METHYL

CHLO-

CHLOR-

CHLO

RIDE

IDE

RIDE

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

METHYL-

METHY-

ENE

LENE

CHLOR

IDE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

N-

N-NITRO-

NITRO-

N-NITRO

N-NITRO

SODI-N-

SODI-N-

-SODI-

-SOD

I-

PROPYL-

PROPYL-

PHEN

Y-

PHENY-

NAPHTH-

AMINE

AMINE

LAMINE

LAMINE

ALENE

TOTAL

BOT.MAT

<0.2

<500

<20

<0.2

<20

<0.2

770

(UG/

KG)

(UG/L)

<5-0

<5

00

<5.0

BOT.MAT

BOT.MAT

(UG/

KG)

(UG/

KG)

<500

<500

NITRO-

NITRO

BENZENE

BENZENE

DATE

TOTAL

BOT.MAT

(UG/

L)

(UG/

KG)

(UG/

L)

MAY 1988

PARA-

PARA-

CHLORO-

CHLORO-

META

META

PHENAN-

PHENAN-

CRESOL

CRESOL

THRENE

THRENE

PYRENE

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

TETRA-

TETRA-

CHLORO-

CHLORO-

ETHYL-

ETHY

-PYRENE

ENE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

TRI-

CHLORO-

ETHYL-

LENE

TOLUENE

ENE

BOT.MAT

BOT.MAT

BOT.MAT

(UG/

KG)

(UG/

KG)

(UG/

KG)

to

17... DATE

MAY 1988

17...

<5.0

<500

<30

<300

0<5

.0<500

<5.0

<500

19<20

TRI-

TRI-

CHLORO-

CHLORO-

VINYL

FLUORO-

FLUORO-

CHLOR-

METHANE

METHANE

IDE

1,1-DI-

1,1-DI-

1,1,

1-1,1-DI-

1,1-DI-

CHLORO-

CHLORO-

TRI-

ETHY-

LENE

1,1,

1-

1,1,

2-

TRI-

TRI-

<20

1,1,2-

TRI-

<20

CHLORO-

CHLORO-

ETHYL-

ETHANE

ETHANE

ENE

CHLORO-

CHLORO-

CHLORO-

CHLORO-

ETHANE

ETHANE ETHANE

ETHANE

TOTAL

BOT.MAT

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

KG)

(UG/L)

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

BOT.MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/

KG)

DATE

MAY 1988

17..

.

DATE

MAY 1988

17...

<0.2

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/

L) <0.2

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/

L) 0.9

<20

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<20

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<20

<20

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/

L)

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

<0.2

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<1000

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<500

<20

BENZO A

ANTHRAC

ENE1,2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5-0

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L)

<0.2

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<500

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1000

<20

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<20

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

1.5

1,2-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0

1,3-

DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

<20

1,2-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<500

1,3-

Di-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<500

2.1

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0

<20

1,2-

DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<20

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<500

DATE

MAY

1988

17...

DATE

MAY 1988

17...

10

vj

CO

DATE

MAY

1988

17

...

DATE

MAY

1988

17

...

2-2-

CHLORO-

CHLORO-

ET

HY

L-

VIl

TfL

-E

TH

ER

ETHYL

VINYL

ETHER

2-

2-

DI-N-

DI-N

-CHLORO-

CHLORO-

2-

2-

2-

2-

OCTY

L OCTYL

2,4-

DI-

NAPH

- NAPH-

CHLORO-

CHLO

RO-

NITR

O-

NITR

O-

PHTH

AL-

PHTH

AL-

CHLO

RO-

THALENE

THALENE

PHEN

OL

PHENOL

PHENOL

PHENOL

ATE

ATE

PHENOL

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.

MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

(UG/L)

(UG/

KG)

(UG/

L)

(UG/KG)

(UG/

L)

(UG/KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

<0.2

2,4-DI-

CHLORO-

<20

<5.0

2,4-DI-

2,4-

DP,

METHYL-

IN

<500

2,4-DI-

NITRO-

<5.0

2,4-

DI-

NITR

O-

<500

2,4,-

DI-

NITR

O-

<5-0

2,4-

DI-

NITR

O-

<500

2.4.6-

TRI-

CHLO

RO-

2,4.6-

TRI-

CH

LORO

-

<1000

2,6-

DI-

NITR

O-

<5.0

2,6-

DI-

NITR

O-PHENOL

PHENOL

BOTTOM

TOLUENE

TOLUENE

PHEN

OL

PHENOL

PHEN

OL

PHEN

OL

TOLUENE

TOLUENE

BOT.MAT

TOTAL

MAT.

TOTA

L BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.

MAT

TOTAL

BOT.MAT

(UG/

KG)

(UG/L)

(UG/KG)

(UG/

L)

(UG/

KG)

(UG/L)

(UG/KG)

(UG/

L)

(UG/KG)

(UG/

L)

(UG/

KG)

<500

<5.0

<500

<5.0

<500

<20

<200

0<2

0<2

000

<5.0

<500

3,3'

-DI

-CHLORO-

BENZI-

DINE

TOTA

L(U

G/L) <2

5

PHENOL

(C6H

-50H)

TOTA

L(U

G/L) <5.0

DI-N

-BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/KG)

3,3'-

DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

<250

0

PHENOL

(C6H-

50H)

BOT.MAT

(UG/

KG)

<500

BENZI-

DINE

TOTAL

(UG/

L)

4-BROMO-

PHENYL

PHENYL

ETHER

TOTA

L(U

G/L) <5.0

NAPHTH

ALEN

ETOTAL

(UG/

L) <5-0

BENZ

I-DINE

BOT.MAT

(UG/KG)

4-BROMO-

PHEN

YLPH

ENYL

ETHER

BOT.MAT

(UG/

KG)

<500

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

VINYL

CHLO

RIDE

TOTA

L(U

G/L)

4-CH

LORO

-PHENYL

PHENYL

ETHER

TOTA

L(U

G/L) <5.0

CIS

1.3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

TRI-

CHLO

RO-

ETHY

L-ENE

TOTAL

(UG/

L)

4-CH

LORO

-PH

ENYL

PHEN

YLETHER

BOT.

MAT

(UG/KG)

<500

PENTA-

CHLO

RO-

PHEN

OLTO

TAL

(UG/L) <3

0

HEXA

-CH

LORO

-BE

NZEN

ETO

TAL

(UG/L)

4-NI

TRO-

PHENOL

TOTAL

(UG/

L) <30

PENT

A-CH

LORO

-PHENOL

BOT.

MAT

(UG/KG)

<300

0

HEXA

-CH

LORO

-BE

NZEN

ETO

T. IN

BOTTOM

MATL.

(UG/KG)

4-NI

TRO-

PHEN

OLBO

T.MA

T(UG/KG)

<300

0

1,2-

DIBROMO

ETHY

L-EN

ETOTAL

(UG/

L) <0.2

HEXA

-CH

LORO

-BUT-

ADIE

NETOTAL

(UG/

L)

4,6-

DINITRO

-ORT

HO-

CRES

OLTOTAL

(UG/L) <3

0

BIS(

2-ET

HYL

HEXYL)

PHTH

AL-

ATE

TOTA

L(UG/L) <5.0

HEXA-

CHLO

RO-

BUT-

ADIE

NCE

BOT.

MAT

(UG/KG)

4,6-

DINITRO

-ORT

HO-

CRES

OLBOT.MAT

(UG/KG)

<3000

BIS(

2-ETHYL

HEXYL)

PHTHAL-

ATE

BOT.MAT

(UG/KG)

<500

STYRENE

TOTA

L(U

G/L)

DI-

CHLO

RO-

DI-

FLUO

RO-

METHANE

TOTAL

(UG/

L) <0.2

DI-N

-BUTYL

PHTH

AL-

ATE

TOTAL

(UG/

L) <5.0

XYLENE

TOTAL

WATE

RWHOLE

TOT

REC

(UG/

L)

<500

<50

<5000

<0.2

11<500

<0.2

<0.2

TABLE 19---CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC COMPOUNDS AND PHYSICAL DATA IN

WATER, BOTTOM MATERIAL, AND TISSUE FROM THE LOWER CALCASIEU RIVER AND BAYOU D'

lNDE

, LOUISIANA, MAY 17

AND

JUNE 21,

1988--CONTINUED

301224093174900 - BAYOU D'lNDE 0.25 MILE BELOW INDUSTRIAL OUTFALL CANAL

NJ

DATE

MAY 1988

17...

DATE

MAY 1988

17...

DATE

MAY 1988

17..

.

DATE

MAY 1988

17...

DATE

MAY 1988

17...

TIME

1700

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L) <1

0

N- BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<640

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<640

ISO-

PHORONE

TOTAL

(UG/

L) <5.0

ACE-

NAPHTH-

YLENE

TOTAL

(UG/

L) <5.0

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<130

0

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

<26

ETHYL-

BENZENE

BOT.MAT

(UG/

KG)

<26

ISO-

PHORONE

BOT.MAT

(UG/

KG)

<640

ACE-

NAPHTH-

YLENE

BOT.MAT

(UG/

KG)

<640

BENZO -

A-PYRENE

TOTAL

(UG/

L) <10

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<26

FLUOR-

ANTHENE

TOTAL

(UG/

L) <5.0

METHYL

BROMIDE

BOT.MAT

(UG/

KG)

<26

ACE-

NAPHTH-

ENE

TOTAL

(UG/

L) <5-0

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<1300

DI-

BROMO-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<26

FLUOR-

ANTHENE

BOT.MAT

(UG/

KG)

<640

METHYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<26

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

<640

BIS

2-CH

LORO

-ETHYL

ETHER

TOTAL

(UG/L) <5.0

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<26

FLUO

R-ENE

TOTAL

(UG/

L) <5.0

METHY

LENE

CHLOR

IDE

BOT.MAT

(UG/

KG)

420

ACRO-

LEIN

BOT.MAT

(UG/

KG)

<260

BIS

(2-

CHLORO-

ETHYL)

ETHER

BOT.MAT

(UG/

KG)

<640

CHLORO

FORM

BOT.MAT

(UG/

KG)

<26

FLUOR-

ENE

BOT.MAT

(UG/

KG)

<640

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/

L) <5.0

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

<260

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

TOTAL

(UG/L) <5.0

CHRY-

SENE

TOTAL

(UG/L) <1

0

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/

L) <5-0

N-NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/

KG)

<64o

ANTHRA

CENE

TOTAL

(UG/

L) <5.0

BIS

(2-

CHLORO-

ETHO

XY)

METHANE

BOT.MAT

(UG/

KG)

<640

CHRY-

SENE

BOT.MAT

(UG/

KG)

<1300

HEXA-

CHLORO-

CYCL

O-PENT-

ADIENE

BOT.MAT

(UG/

KG)

<640

N-NITRO

-SODI-

PHEN

Y-LAMINE

TOTAL

(UG/L) <5.0

ANTHRA

CENE

BOT.MAT

(UG/

KG)

<640

BIS (2-

CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5.0

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/

KG)

<26

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L) <5.0

N-NITRO

-SOD

I-PHENY-

LAMINE

BOT.MAT

(UG/

KG)

<640

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L) <10

BIS (2

-CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<640

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<640

NAPHTH

ALENE

BOT.MAT

(UG/

KG)

<640

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

<130

0

BROMO-

FORM

BOT.MAT

(UG/

KG)

<26

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<640

INDENO

(1,2

,3-

CD)

PYRENE

TOTAL

(UG/

L) <10

NITRO

BENZENE

TOTAL

(UG/

L) <5-0

BENZENE

BOT.MAT

(UG/

KG)

<26

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5.0

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UG/

KG)

<130

0

NITRO

BENZENE

BOT.MAT

(UG/

KG)

<640

PARA-

CHLORO-

META

CRESOL

DATE

TOTAL

(UG/L)

MAY 1988

17...

<30

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/

KG)

<3800

PHENAN-

THRENE

TOTAL

(UG/

L) <5.0

PHENAN-

THRENE

BOT.MAT

(UG/

KG)

<640

PYRENE

TOTAL

(UG/L) <5.0

PYRENE

BOT.MAT

(UG/

KG)

<640

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/

KG)

<26

TOLUENE

BOT.MAT

(UG/

KG)

<26

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/

KG)

<26

TRI-

CHLORO-

FLUORO-

METHANE

BOT.MAT

(UG/

KG)

<26

VINYL

CHLOR

IDE

BOT.MAT

(UG/

KG)

<26

1,1-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<26

1,1-DI-

CHLORO-

ETHY-

LENE

DATE

BOT.MAT

(UG/

KG)

MAY 1988

17...

<26

1,1,

1-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<26

1,1,

2-TRI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<26

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<26

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<130

0

BENZO A

ANTHRAC

ENE1 , 2-

BENZANT

HRACENE

TOTAL

(UG/

L) <5-0

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<640

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<26

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

1,2-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<64o

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<26

to

V] CJ1

1,2-TRA

NS-DI-

CHLORO-

ETHENE

DATE

BOT.MAT

(UG/

KG)

MAY 1988

17...

<26

1,2,

4-TRI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

1,2,

4-TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

1200

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<1300

1,3-

Di-

CHLORO-

BENZENE

TOTAL

(UG/L) <5-0

1,3-Dl-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<64o

1,4-DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<640

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<26

o_CHLORO-

NAPH-

THALENE

TOTAL

(UG/

L) <5.0

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<640

DA

TE

MA

Y

1988

17...

2-

CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<640

2-NITRO-

PHENOL

TOTAL

(UG/L) <5.0

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<640

DI-N-

OCTYL

PHTHAL-

ATE

TOTAL

(UG/L)

DI-N-

OCTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<1300

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5.0

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/L)

2,4-DP,

INBOTTOM

MAT.

(UG/

KG)

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/L)

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<640

<5.0

<640

<5.0

<640

DATE

MAY 1988

17...

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/L) <2

0

2,4,6-

3,3'-

DI-

3.3

1-

DI-

4-BROMO-

2,4-

2,4,6-

. .

DI-

TRI-

TRI-

2,6-DI-

2,6-DI-

CHLORO-

CHLORO-

PHENYL

NITRO-

CHLORO-

CHLORO-

NITRO-

NITRO-

BENZI-

PHENOL

PHENOL

PHENOL

TOLUENE

TOLUENE

DINE

BOT.MAT

TOTAL

BOT.MAT

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

TOTAL

(UG/

KG)

(UG/L)

(UG/

KG)

(UG/

L)

BENZI-

PHENYL

DINE

ETHER

BOT.MAT

TOTAL

(UG/

KG)

(UG/

L)

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

<2600

<20

<2600

<5-0

<640

<25

<320

0<5

-0

(UG/

KG)

(UG/

L)

<640

<5.0


WATER, BOTTOM MATERIAL, AND TISSUE FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE, LOUISIANA, MAY 17

AND

JUNE 21,

1988--CONTINUED

DATE

MAY 1988

17..

.

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

4-NITRO-

PHENOL

TOTAL

(UG/L)

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

4,6-

DINITRO

-ORT

HO-

CRESOL

TOTAL

(UG/L)

4,6-

DINITRO

-ORT

HO-

CRESOL

BOT.MAT

(UG/

KG)

PHENOL

(C6H

-50H)

TOTAL

(UG/L)

PHENOL

(C6H

-50

H)BOT.MAT

(UG/

KG)

NAPHTH

ALENE

TOTAL

(UG/L)

TRANS-

1,3-Di-

CHLORO-

PROPENE

TOTAL

(UG/

L)

CIS

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L)

PENT A -

CHLORO-

PHENOL

TOTAL

(UG/

L)

<640

<30

<380

0<30

<380

0<5

-0<26

BIS(2-

ETHYL

PENTA-

HEXY

L)

BIS(2-

ETHYL

HEXYL)

DI-N-

BUTYL

DI-N-

BUTYL

<5-0

HEXA-

<0.03

<0.03

<30

HEXA-

CHLORO-

HEXA-

HEXA-

BENZENE

CHLORO-

CHLORO-

CHLORO-

PHTHAL-

PHTHAL-

PHTHAL-

PHTH

AL-

BENZI-

DATE

MAY 1988

17...

PHENOL

ATE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

ATE

ATE

BOT.MAT

TOTAL

(UG/

KG)

(UG/L)

ATE

BOT.MAT

DINE

TOTAL

BENZI-

CHLORO-

TOT.

IN

BUT-

DINE

BENZENE

BOTTOM ADIENE

BOT.MAT

TOTAL

MATL.

TOTAL

<3800

<5.0

2400

(UG/KG)

(UG/

L)

(UG/KG)

(UG/

L)

(UG/

KG)

(UG/

L)

<5.0

<640

<50

<6400

<5-0

1200

0 13

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

8600

301153093171900 - BAYOU D'lNDE AT MOUTH NEAR SULPHUR, LOUISIANA

toDATE

MAY 1988

17...

TIME

1530

DI-

CHLORO-

BROMO-

METHANE

TOTAL

(UG/L)

<0.2

CARBON-

TETRA-

1,2-DI-

CHLO-

CHLORO-

BROM

O-

RIDE

ETHANE

FORM

TOTAL

TOTAL

TOTAL

(UG/

L)

(UG/

L)

(UG/L)

CHLORO-

DI-

BROMO-

CHLORO-

METHANE

FORM

TOTAL

TOTAL

(UG/

L)

(UG/

L)

TOLUENE

BENZENE

TOTAL

TOTAL

(UG/

L)

(UG/L)

ACE-

ACE-

ACE-

NAPHTH-

NAPHTH-

NAPHTH-

YLENE

YLENE

ENE

TOTAL

BOT.MAT

TOTAL

(UG/

L)

(UG/

KG)

(UG/

L)

<0.2

1.2

4.3

<0.2

1.2

<0.2

<0.2

<5.0

<460

<5.0

DATE

MAY

1988

17...

ACE-

NAPHTH-

ENE

BOT.MAT

(UG/

KG)

ACRO-

LEIN

BOT.MAT

(UG/

KG)

ACRYLO-

NITRILE

BOT.MAT

(UG/

KG)

ANTHRA

CENE

TOTAL

(UG/

L)

ANTHRA

CENE

BOT.MAT

(UG/

KG)

BENZO B

FLUOR-

AN-

THENE

TOTAL

(UG/

L)

BENZO B

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

BENZENE

BOT.MAT

(UG/

KG)

BENZO K

FLUOR-

AN-

THENE

TOTAL

(UG/L)

BENZO K

FLUOR-

AN-

THENE

BOT.MAT

(UG/

KG)

BENZO -

A-PYRENE

TOTAL

(UG/

L)

BENZO-

A-PYRENE

BOT.MAT

(UG/

KG)

<460

<180

<460

<5.0

<460

DATE

MAY 1988

17...

BIS

2-CHLORO-

ETHYL

ETHER

TOTAL

(UG/L) <5.0

BIS

(2-

CHLORO-

ETHY

L)ETHER

BOT.MAT

(UG/

KG)

<460

BIS

(2-

CHLORO-

ETHOXY)

METHANE

TOTAL

(UG/

L) <5-0

BIS

(2-

CHLORO-

ETHOXY)

METHANE

BOT.MAT

(UG/

KG)

<460

BIS (2

-CHLORO-

ISO-

PROP

YL)

ETHER

TOTAL

(UG/L) <5-0

BIS

(2-

CHLORO-

ISO-

PROPYL)

ETHER

BOT.MAT

(UG/

KG)

<460

<930

BROMO-

FORM

BOT.MAT

(UG/

KG)

N-BUTYL

BENZYL

PHTHAL-

ATE

TOTAL

(UG/

L) <5-0

N-BUTYL

BENZYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<460

<390

CARBON

TETRA-

CHLOR-

IDE

BOT.MAT

(UG/

KG)

CHLORO-

BENZENE

TOTAL

(UG/L) <0.2

<930

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

to

DATE

MAY 1988

17...

DATE

MAY 1988

17...

DATE

MAY 1988

17...

DATE

MAY 1988

17...

DI-

BROMO-

CHLORO-

CHLORO-

METHANE

ETHANE

BOT.MAT

TOTAL

(UG/KG)

(UG/L)

<19

<0.2

ETHYL-

FLUOR-

BENZENE

ANTHENE

BOT.MAT

TOTAL

(UG/KG)

(UG/L)

<19

<5.0

METHYL-

ISO-

BROMIDE

PHORONE

TOTAL

BOT.MAT

(UG/L)

(UG/KG)

<0.2

<460

NITRO-

NITRO

BENZENE

BENZENE

TOTAL

BOT.MAT

(UG/L)

(UG/KG)

<5-0

<460

TRI-

TRI-

CHLORO -

ETHANE

BOT.MAT

(UG/KG)

<19

FLUOR-

ANTHENE

BOT.MAT

(UG/KG)

<460

METHYL

BROMIDE

BOT.MAT

(UG/KG)

<19

PARA-

CHLORO-

META

CRESOL

TOTAL

(UG/L) <30

CHLORO

FORM

BOT.MAT

(UG/KG)

<19

FLUOR-

ENE

TOTAL

(UG/L)

<5.0

METHYL-

CHLO

RIDE

TOTAL

(UG/L)

<0.2

PARA-

CHLORO-

META

CRESOL

BOT.MAT

(UG/KG)

<2800

CHRY-

SENE

TOTAL

(UG/L) <10

FLUOR-

ENE

BOT.MAT

(UG/KG)

<460

METHYL

CHLOR

IDE

BOT.MAT

(UG/KG)

<19

PHENAN-

THRENE

TOTAL

(UG/L)

<5-0

CHRY-

SENE

BOT.MAT

(UG/KG)

<930

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

TOTAL

(UG/L)

<5.0

METHYL-

ENE

CHLO

RIDE

TOTAL

(UG/L)

<0.2

PHENAN-

THRENE

BOT.MAT

(UG/KG)

<460

BROMO-

DI-

CHLORO-

METHANE

BOT.MAT

(UG/KG)

<19

HEXA-

CHLORO-

CYCLO-

PENT-

ADIENE

BOT.MAT

(UG/KG)

<460

METHY-

LENE

CHLOR

IDE

BOT.MAT

(UG/KG)

830

PYRENE

TOTAL

(UG/L)

<5-0

DIETHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5.0

HEXA-

CHLORO-

ETHANE

TOTAL

(UG/L)

<5.0

N-NITRO-

SODI-N-

PROPYL-

AMINE

TOTAL

(UG/L)

<5.0

PYRENE

BOT.MAT

(UG/KG)

<460

1,1-DI-

1,1-DI-

1,1,1

CHLORO-

CHLORO-

VINYL

1,1-DI-

1,1-DI-

CHLORO-

CHLORO-

TRI-

FLUORO-

FLUORO-

CHLOR-

CHLORO-

CHLORO-

ETHYL-

ETHY-

METHANE METHANE

IDE

ETHANE

ETHANE

ENE

DATE

TOTAL

BOT.MAT

BOT.

,MAT

TOTAL

BOT,

LENE

DIETHYL

PHTHAL-

ATE

BOT.MAT

(UG/KG)

<460

HEXA-

CHLORO-

ETHANE

BOT.MAT

(UG/KG)

<460

N-

NITRO-

SODI-N-

PROPYL-

AMINE

BOT.MAT

(UG/KG)

<46o

TETRA-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

<0.2 1,

DI

METHYL

PHTHAL-

ATE

TOTAL

(UG/L)

<5-0

INDENO

(1,2,3-

CD)

PYRENE

TOTAL

(UG/L) <10

N- NITRO

-SODI-

PHENY-

LAMINE

TOTAL

(UG/L)

<5.0

TETRA-

CHLORO-

ETHY-

LENE

BOT.MAT

(UG/KG)

<19

1,1-

1,1,

TRI-

TRI

DI

METHYL

PHTHAL-

ATE

BOT.MAT

(UG/KG)

<46o

INDENO

(1,2

,3-

CD)

PYRENE

BOT.MAT

(UG/KG)

<930

N-NITRO

-SODI-

PHENY-

LAMINE

BOT.MAT

(UG/KG)

<460

TOLUENE

BOT.MAT

(UG/KG)

<19

2-

1,1

ETHYL-

BENZENE

TOTAL

(UG/L)

<0.2

ISO-

PHORONE

TOTAL

(UG/L)

<5-0

NAPHTH

ALENE

BOT.MAT

(UG/KG)

<460

TRI-

CHLORO-

ETHYL-

ENE

BOT.MAT

(UG/KG)

<19

,2-

TRI-

CHLORO-

CHLORO-

CHLORO-

CHLORO-

ETHANE

ETHANE

ETHANE

ETHANE

.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

TOTAL

BOT.MAT

(UG/L)

(UG/KG)

(UG/KG)

(UG/L)

(UG/KG)

(UG/L)

(UG/KG)

(UG/L)

(UG/KG)

(UG/L)

(UG/KG)

MAY

1988

17...

<0.2

<0.2

<0

.2<

0.2

19<

0.2


WATER, BOTTOM MATERIAL, AND TISSUE FROM THE LOWER CALCASIEU RIVER AND BAYOU D'lNDE, LO

UISI

ANA,

MAY 1?

AND

JUNE 21,

1988--CONTINUED

DATE

MAY 1988

17..

.

to -J

CD

DATE

MAY 1988

17...

DATE

MAY 1988

17...

DATE

MAY 1988

17..

.

1,1,2,2

TETRA-

CHLORO-

ETHANE

TOTAL

(UG/L) <0.2

1,2-

TRANSDI

CHLORO-

ETHENE

TOTAL

(UG/L) <0.2

2-CHLORO-

ETHYL-

VINYL-

ETHER

TOTAL

(UG/L) <0.2

2,4-DI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<460

3,3'

-DI-

CHLORO-

BENZI-

DINE

TOTAL

(UG/L)

1,1,2,2

-TETRA-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<19

1,2-TRA

NS-DI-

CHLORO-

ETHENE

BOT.MAT

(UG/

KG)

<19

2-CHLORO-

ETHYL

VINYL

ETHER

BOT.MAT

(UG/

KG)

<19

2,4-DI-

METHYL-

PHENOL

TOTAL

(UG/

L) <5-0

3,3'

-DI-

CHLORO-

BENZI-

DINE

BOT.MAT

(UG/

KG)

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

TOTAL

(UG/L) <1

0

1,2,4-

TRI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

2-CHLORO-

NAPH-

THALENE

TOTAL

(UG/L) <5-0

2,4-DP,

INBOTTOM

MAT.

(UG/

KG)

<460

4-BROMO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

BENZOGH

I PERYL

ENE1.12

-BENZOP

ERYLENE

BOT.MAT

(UG/

KG)

<930

1,2,4-

TRI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<46o

2-CHLORO-

NAPH-

THALENE

BOT.MAT

(UG/

KG)

<460

2,4-DI-

NITRO-

TOLUENE

TOTAL

(UG/

L) <5.0

4-BROMO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

TOTAL

(UG/L) <5-0

1,2,5,6

-DIBENZ

-ANTHRA

-CENE

TOTAL

(UG/

L) <10

2-CHLORO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<46o

4-CHLORO-

PHENYL

PHENYL

ETHER

TOTAL

(UG/L)

BENZO A

ANTHRAC

ENE1.2-

BENZANT

HRACENE

BOT.MAT

(UG/

KG)

<460

1,2,

5,6

-DIBENZ

-ANTHRA

-CENE

BOT.MAT

(UG/

KG)

<930

2-CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<460

2,4,-

DI-

NITRO-

PHENOL

TOTAL

(UG/

L) <20

4-CHLORO-

PHENYL

PHENYL

ETHER

BOT.MAT

(UG/

KG)

1,2-DI-

CHLORO-

ETHANE

BOT.MAT

(UG/

KG)

<19

1,3-DI-

CHLORO-

PROPENE

TOTAL

(UG/

L) <0.2

2-NITRO-

PHENOL

TOTAL

(UG/L) <5-0

2,4-

DI-

NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<1900

4-NITRO-

PHENOL

TOTAL

(UG/

L)

1,2-DI-

CHLORO-

BENZENE

TOTAL

(UG/L) <5.0

1,3-Di-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5.0

2-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

<460

2,4,

6-TRI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <20

4-NITRO-

PHENOL

BOT.MAT

(UG/

KG)

1,2-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<46o

1,3-

DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<460

DI-N-

OCTYL

PHTH

AL-

ATE

TOTAL

(UG/L) <1

0

2,4,

6-TRI-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<190

0

4,6-

DINITRO

-ORT

HO-

CRESOL

TOTAL

(UG/L)

1,2-

DI-

CHLORO-

PROPANE

TOTAL

(UG/L) <0.2

1,4-

DI-

CHLORO-

BENZENE

TOTAL

(UG/

L) <5-0

DI-N-

OCTYL

PHTH

AL-

ATE

BOT.MAT

(UG/

KG)

<930

2,6-

DI-

NITRO-

TOLUENE

TOTAL

(UG/L) <5-0

4,6-

DINITRO

-ORT

HO-

CRESOL

BOT.MAT

(UG/

KG)

1,2-DI-

CHLORO-

PROPANE

BOT.MAT

(UG/

KG)

<19

1,4-DI-

CHLORO-

BENZENE

BOT.MAT

(UG/

KG)

<460

2,4-DI-

CHLORO-

PHENOL

TOTAL

(UG/

L) <5.0

2,6-DI-

NITRO-

TOLUENE

BOT.MAT

(UG/

KG)

<460

DI-

CHLORO-

DI-

FLUORO-

METHANE

TOTAL

(UG/

L)

<25

<2300

<5.0

<46o

<5-0

<2800

<30

<280

0<0.2

DATE

MAY 1988

17...

DATE

MAY 1988

17...

PHENOL

(C6H-

50H)

TOTAL

(UG/L) <5.0

DI-N-

BUTYL

PHTHAL-

ATE

BOT.MAT

(UG/

KG)

PHENOL

(C6H

-50H)

BOT.MAT

(UG/

KG)

<46o

BENZI-

DINE

TOTAL

(UG/L)

NAPHTH

ALENE

TOTAL

(UG/

L) <5.0

BENZI-

DINE

BOT.MAT

(UG/

KG)

TRANS-

1,3-

Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

VINYL

CHLO

RIDE

TOTAL

(UG/

L)

CIS

1.3-Di-

CHLORO-

PROPENE

TOTAL

(UG/L) <0.2

TRI-

CHLORO-

ETHYL-

ENE

TOTAL

(UG/L)

PENTA-

CHLORO-

PHENOL

TOTAL

(UG/

L) <30

HEXA-

CHLORO-

BENZENE

TOTAL

(UG/

L)

PENTA-

CHLORO-

PHENOL

BOT.MAT

(UG/

KG)

<2800

HEXA-

CHLORO-

BENZENE

TOT.

IN

BOTTOM

MATL.

(UG/

KG)

1.2-

DIBROMO

ETHYL-

ENE

TOTAL

(UG/

L) <0.2

HEXA-

CHLORO-

BUT-

ADIENE

TOTAL

(UG/

L)

BIS(

2-

ETHYL

HEXYL)

PHTHAL-

ATE

TOTAL

(UG/L) <5-0

HEXA-

CHLORO-

BUT-

ADIENCE

BOT.MAT

(UG/

KG)

BIS(

2-

ETHYL

HEXY

L)PHTHAL-

ATE

BOT.MAT

(UG/

KG)

<A60

STYRENE

TOTAL

(UG/L)

DI-N-

BUTYL

PHTHAL-

ATE

TOTAL

(UG/L) <5.0

XYLENE

TOTAL

WATER

WHOLE

TOT REC

(UG/L)

<460

<50

<460

0<0.2

0.6

<5.o

<460

<5.0

<460

<0.2

<0.2

to x3

VO

TABLE 19.--CONCENTRATIONS OF VOLATILE AND METHYLENE CHLORIDE-EXTRACTABLE ORGANIC

COMPOUNDS AND PHYSICAL DATA IN WATER, BOTTOM MATERIAL, AND TISSUE FROM THE LOWER

CALCASIEU RIVER AND BAYOU D'lNDE, LOUISIANA, MAY 1?

AND JUNE 21

, 1988--CONTINUED

[CONCENTRATIONS IN MILLIGRAMS PER KILOGRAM, WHOLE TISSUE BASIS.

DASHES ( ), NO DUPLICATE ANALYSIS MADE]

CONCENTRATIONS OF SELECTED MANMADE ORGANIC COMPOUNDS IN TISSUE SAMPLES,

MAY 17

AND JUNE 21,

1988

to 00 o

BROMOFORM

CHLOROFORM

1,2-DICHLOROETHANE

HEXACHLOROBENZENE

HEXACHLOROBUTADIENE


OCTACHLOROSTYRENE

BENZOPYRENE

BENZOPERYLENE

NAPHTHALENE

PHENANTHRENE

FLUORANTHENE

PYRENE

CHRYSENE

LAKE CHARLES

AT RANG I A BED

5-17-88

6-21-88

DUPLICATES

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

**ND

**ND

**ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

DUPLICATES

**ND

**ND

**ND

**ND

**0.04

**ND

**ND

**ND

**ND

**ND

**ND

**ND

**0.01

**ND

---

___

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

BAYOU D'lNDE

AT MOUTH

6-21-88

DUPLICATES

**ND

**ND

**ND

**0.

01**0.35

**ND

**ND

**ND

**0.

01**ND

**ND

**ND

**0.02

**0.

02

::: *ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

*ND

'QUALITY-CONTROL SAMPLE ANALYZED BY TENNESSEE VALLEY AUTHORITY LABORATORY:

THE LOWEST LEVEL OF DETECTION FOR BROMOFORM, CHLOROFORM, AND 1,2-DICHLOROETHANE =2.5 MG/KG FOR TI

SSUE

.THIS METHOD USED A MODIFICATION OF U.

S. ENVIRONMENTAL PROTECTION AGENCY (1

979A

) METHOD 62

4.LOWEST LEVEL OF DETECTION FOR ORGANOCHLORINES =2.5 MG

/KG.

LOWEST LEVEL OF DETECTION FOR POLYNUCLEAR AROMATIC HYDROCARBONS =2.5 MG

/KG.

f*QUALITY-CONTROL SAMPLE ANALYZED BY

MISSISSIPPI STATE UNIVERSITY CHEMISTRY LABORATORY:

THE LOWEST LEVEL OF DETECTION FOR BROMOFORM, CHLOROFORM, AND 1,2-DICHLOROETHANE =

0.005

MG/KG FOR TI

SSUE

.THIS METHOD USED A MODIFICATION OF U.S. ENVIRONMENTAL PROTECTION AGENCY (1

979A

) METHOD 62

4.LOWEST LEVEL OF DETECTION FOR ORGANOCHLORINES =0.01 MG/KG.

LOWEST LEVEL OF DETECTION FOR POLYNUCLEAR AROMATIC HYDROCARBONS =0.01 MG/KG.

1 IN SITU WATER-QUALITY MEASUREMENTS, MAY 17

, 1988

SPEC

to 00

SITE NA

ME,

TIME

CALCASIEU RIVER

AT BUOY 13

01440

BAYOU D'lNDE 0.25 MILE

ABOVE INDUSTRIAL OUTFALL

1615

BAYOU D'lNDE 0.25 MILE

DEPTH

(FEE

T)

1.6

4.0

1.6

1.6

TEMP

(DEG

C)

28.4

26.3

32.6

32.6

PH

(UNI

TS)

8-3

7.3

8.0

8.2

DO

(MG/L)

9-6

4.2

8.4

10.7

COND

(US/

CM)

7,700

9,600

13,9

80

16,7

00

SAL

(PPT

)

3-9

5-1

7.8

9.6

ORP

(MV) +213

+24g

+148

+143

BELOW INDUSTRIAL OUTFALL

1700

BAYOU D'lNDE AT MOUTH

1.6

29. 9

8.4

11.9

13,600

7.5

+148

1530

u.s. geological survey open-file report 89-420

Documents