rmt: semiannual o&m progress report no. 9 - january - … · report. this report is the twelfth...

744 Heartland Trail (53717-1934)PO Box 8923 (53708-8923)Madison, WlTelephone (608)831-4444Fax (608)831-3334

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Semiannual O&M Progress ReportNo. 12

July - December 2002 Reporting Period

Lemberger Landfill andLemberger Transport and Recycling SiteTown of Franklin, Wisconsin

April 2003

Prepared ForLemberger Site Remediation Group

Melani Guenthermart, P.b.Project Engineer

Galerty Kenoyer, Ph-D" P.G.Senior Consulting Hydrogeologist

Eric Gredell, P.E.Project Manager

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© 2003 RMT. Inc.All Rights Reserved

JBUT10 April 2003

Integrated "44 Hear t land Tr.iil 5.1717-1934Environmental P.O. Box S92.? 5370H-8923Solutions M.iJison, \X'l

Telephone: 60X-H.11-4444K.ix: 60S-S.il-.vVMwww.rmtiiK.com

Mr. Darryl OwensU.S. Environmental Protection AgencyRegion 5 (HSRM-6J)77 West Jackson Blvd.Chicago, IL 60604

Re: Semiannual O&M Progress Report No. 12July - December 2002Lemberger Landfill SitesTown of Franklin, Wisconsin

Dear Mr. Owens:

On behalf of the Lemberger Site Remediation Group (LSRG), and in accordance with the FinalOperation and Maintenance Plan (February 1997), RMT is submitting the above-referencedreport. This report is the twelfth in the ongoing series, covering the operations period of Julythrough December 2002. The report is also supplemented by other periodic submittals, such asthe quarterly raw data transmirtals.

Please contact me (608-662-5228) if you have questions.

Sincerely,

Eric Gredell, P.E.Project Manager

cc : Annette Weissbach - WDNRGary Edelstein - WDNRDouglas Clark - Foley & LardnerPeter Schultz - Newell RubbermaidNilaksh Kothari - Manitowoc Public UtilitiesJames Wallner - Red Arrow Products Co.Daniel A. MacDonald - Mohs, MacDonald, Widder & Paradise

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Table of Contents

1. Introduction 1

2. Activity This Period 2

2.1 Site Work 22.2 Sampling Events 32.3 Deliverables, Correspondence, and Meetings 32.4 Contacts with Local Community 42.5 Unresolved Delays or Areas of Concern 52.6 Personnel Changes 52.7 Upcoming Activities 5

3. Leachate and Landfill Gas Collection Systems 6

3.1 Leachate/Groundwater Head Levels 63.1.1 Head Levels During Current Reporting Period 63.1.2 Evaluation of Leachate/Groundwater Head Level Reduction 9

3.2 Volume of Leachate/Groundwater Removed 123.3 Leachate/Groundwater Quality 133.4 Operating Status of LW Well Pumps 133.5 Landfill Gas 13

3.5.1 Monitoring Data 133.5.2 Gas Migration Assessment 13

4. Pumped Groundwater and Treated Effluent Quality 15

4.1 Extraction Well System Operation 154.2 Pumped Groundwater Quality 154.3 Treated Effluent Quality 17

5. Current Extent of Groundwater Plume and Effectiveness of Groundwater Extraction 18

5.1 Hydrogeologic Conditions 185.2 Extent of Groundwater Plume 185.3 Effectiveness of Recent Additions to Extraction Well System 195.4 Sampling Results for RM-212I and RM-212D 21

6. References 22

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List of Tables

Table 1Table 2Table 3Table 4

Table 5Table 6

List of Figures

Figure 1AFigure IBFigure 2AFigure 2BFigure 3AFigure 3BFigure 4AFigure 4BFigure 5AFigure 6AFigure 7AFigure 7BFigure 8AFigure 8BFigure 9AFigure 9BFigure 10Figure 11Figure 12

Figure 13

Figure 14

Figure 15

Summary of Sampling Events Performed July through December 2002Leachate/Groundwater Head Level EvaluationTypical Flowrate for Each Extraction Well During Current Reporting PeriodSampling Results for Extraction Wells Added December 2001(EW-6D, -7D, -8D, and -9D)Vertical Hydraulic Gradients on 11 September 2002VOC Standards Exceedences in Shallow Monitoring Wells During Last Halfof 2002

Leachate/Groundwater Head Levels versus Time - LH-01Leachate/Groundwater Head Levels - Projected Decline - LH-01Leachate/Groundwater Head Levels versus Time - LH-02BLeachate/Groundwater Head Levels - Projected Decline - LH-02BLeachate/Groundwater Head Levels versus Time - LH-03Leachate/Groundwater Head Levels - Projected Decline - LH-03Leachate/Groundwater Head Levels versus Time - LH-04Leachate/Groundwater Head Levels - Projected Decline - LH-04Leachate/Groundwater Head Levels versus Time - LH-05Leachate/Groundwater Head Levels versus Time - LH-06Leachate/Groundwater Head Levels versus Time - LH-07Leachate/Groundwater Head Levels - Projected Decline - LH-07Leachate/Groundwater Head Levels versus Time - MW-14RLeachate/Groundwater Head Levels - Projected Decline - MW-14RLeachate/Groundwater Head Levels versus Time - MW-15RLeachate/Groundwater Head Levels - Projected Decline - MW-15RPlan View and Cross Sections - Lemberger LandfillVolume of Leachate Removed versus Time1,1-Dichloroethane in Extraction Wells EW-1D, -6D, -8D, and -9D versusTime1,1-Dichloroethane in Extraction Wells EW-2D, -3D, -4D, -41, -51, -6S, and -7Dversus TimeTotal 1,2-Dichloroethene in Extraction Wells EW-1D, -6D, -8D, and -9Dversus TimeTotal 1,2-Dichloroethene in Extraction Wells EW-2D, -3D, -4D, -41, -51, -6S,and -7D versus Time

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11Final April 2003

Figure 16 1,1-DCE in Extraction WeUs EW-1D, -6D, -8D, and -9D versus TimeFigure 17 1,1-DCE in Extraction Wells EW-2D, -3D, -4D, -41, -51, -6S, and -7D versus

TimeFigure 18 Trichloroethene in Extraction Wells EW-1D, -6D, -8D, and -9D versus TimeFigure 19 TCE in Extraction Wells EW-2D, -3D, -4D, -41, -51, -6S, and -7D versus TimeFigure 20 1,1,1-TCA in Extraction Wells EW-1D, -6D, -8D, and -9D versus TimeFigure 21 1,1,1-TCA in Extraction Wells EW-2D, -3D, -4D, -41, -51, -6S, and -7D versus

TimeFigure 22 1,1-DCA in Treatment System Influent and Effluent versus TimeFigure 23 1,1,1-TCA in Treatment System Influent and Effluent versus TimeFigure 24 Perched Water Table Map -11 September 2002 (t = 2,004 days)Figure 25 Bedrock Piezometric Surface Map - 11 September 2002 (t = 2,004 days)Figure 26 Trichloroethene Isoconcentration Map (Bedrock Aquifer) - September 2002

(t = 2,004 days)Figure 27 1,1-Dichloroethene Isoconcentration Map (Bedrock Aquifer) - September

2002 (t = 2,004 days)

List of Appendices

Appendix A Tabular Summary of Leachate Head Levels - January through December2002

Appendix B Tabular Summary of Historical Leachate Quality - Detections OnlyAppendix C Tabular Summary of Landfill Gas Monitoring ResultsAppendix D Tabular Summary of Detected Constituents in Pumped

Groundwater and Combined Influent - January through December 2002Appendix E Tabular Summary of Treated Effluent Quality - Detections Only - January

through December 2002Appendix F Tabular Summary of Groundwater Elevations - January through December

2002Appendix G Tabular Summary of Constituents Detected in Groundwater Monitoring

Wells - August to December 2002Appendix H Graphs of 1,1,1-TCA; 1,1-DCA; 1,1-DCE; 1,2-DCE; PCE; TCE; and Vinyl

Chloride vs. Time in Selected Monitoring Wells

List of Attachments

Attachment 1 Computer Disk With All Historical Monitoring Data forAppendices A through G

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Section 1Introduction

RMT, Inc. (RMT), has been retained by the Lemberger Site Remediation Group (LSRG) tooperate and maintain the environmental remediation facilities at the Lemberger Landfill, Inc.(LL), and the Lemberger Transport & Recycling, Inc. (LTR), Superfund Sites in Whitelaw, Townof Franklin, Wisconsin.

In February 1997, final (revised) Operation and Maintenance (O&M) Plans were submitted byRMT for the LL Remedial Design/Remedial Action (Operable Unit 1) and the LTR Site(Operable Unit 2). An O&M Plan Addendum was also included in O&M Progress Report No. 7submitted in September 2000, pertaining to the preventive maintenance program for theleachate withdrawal wells. This Semiannual O&M Progress Report No. 12 is intended to fulfillpart of the reporting requirements specified in those plans. It has been supplemented by othersubmittals containing data associated with the operating period addressed in this ProgressReport (July through December 2002).

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Section 2Activity This Period

This section describes the primary technical and administrative activities conducted on theproject during this reporting period.

2.1 Site WorkThe following routine operational tasks were completed during this period:

• The leachate and groundwater extraction/treatment facilities continued to operate.

• Regular groundwater, effluent, leachate, and landfill gas monitoring was performed inaccordance with approved workplans.

The following maintenance tasks were completed during this period:

• Grass was cut on the LL and the LTR as necessary during the summer and prior to the startof winter.

• The controls for the pumps at the GWC sumps were reprogrammed in August 2002. Therehad been a communication problem between the sumps and the main control panel sincethe PLC for the sumps was replaced in December 2001.

• All leachate pumps were pulled and cleaned in August 2002. The pump discharge riserpipe (HDPE) for LW-4, LW-6, and LW-7 was replaced, owing to iron and sediment buildupin the original pipes.

• Scale buildup was removed from the Air Stripping Units and associated air distributionheaders.

The following additional site work was completed during this reporting period:

• Repairs to the gravel roads at both landfills and the road to EW-3D (on private property)were completed in September 2002.

• A sewer cleaning contractor was at the site in September 2002 to clean portions of the sewerline, selected manholes, and the effluent valve sump and floor trench in the building, toremove mineral scale buildup. The cleaning was done using a high-pressure (up to7,000 psi) water jet; it was moderately successful. Procedures used for the sewer linecleaning were approved during telephone discussions between the project managers for theWisconsin Department of Natural Resources (WDNR) and RMT.

• A local contractor was retained by the LSRG to install an additional drain tile and placemore topsoil on the Ledvina property in September 2002, to improve the surface waterdrainage near their house.

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• Six new signs with the words "Caution - Buried Utilities" were posted along the line of theburied site utilities on the southern side of Sunny Slope Road (along the northern end of theLTR), near the intersection of Hempton Lake Road. The purpose of these signs is todiscourage future plowing in the field between the LTR and Hempton Lake Road near theburied site utilities, to avoid potential damage to the utility lines.

• One of the two electric unit heaters in the Treatment Building failed in October, and wasnot repairable. A new unit heater was ordered, and the failed unit was replaced by the siteoperator in October.

• All leachate pumps were removed from the LW wells and cleaned in November 2002. Thepumps in LW-4, -5, -6, and -8 were replaced (motors were cleaned and reused). Pumpsand motors for the other LW wells were returned to the wells after cleaning.

2.2 Sampling EventsThe sampling events performed during this reporting period are summarized in Table 1.

Chloromethane was detected at 0.48 ug/L in a duplicate sample collected in July 2002 fromresidential well GR-8. No VOCs were detected in the primary sample collected from GR-8 inJuly 2002. GR-8 is located at the far northwestern end of the plume, off Taus Road. It has beensampled annually six times from 1997 through July 2002, and no VOCs have been detected inany sample except the duplicate sample collected in July 2002. The State's Preventive ActionLimit for chloromethane is 0.3 ug/L; the Enforcement Standard is 3.0 ug/L; the detection limitis 0.44 ug/L.

To accommodate a special request from the WDNR, the LSRG instructed RMT to collect anadditional sample from well GR-8 to verify the detection of chloromethane in the July 2002sample. RMT collected the additional sample on 8 November 2002. The laboratory results fromthis sample, which showed no VOC detections, were sent to the United States EnvironmentalProtection Agency (USEPA) and the WDNR on 3 February 2003.

2.3 Deliverables, Correspondence, and MeetingsThe following major deliverables, correspondence, and meetings occurred during this period:

1 July 2002 The Discharge Monitoring Report for the May 2002 effluentsample was sent to the WDNR.

10 July 2002 The USEPA sent a letter to Doug Clark of Foley & Lardnerwith review comments from the USEPA and the WDNR onSemiannual Progress Report No. 10 (for the period Julythrough December 2001).

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8 August 2002

3 September 2002

9 September 2002

13 September 2002

7 October 2002

8 October 2002

21 October 2002

13 November 2002

The Discharge Monitoring Report for the June 2002 effluentsample was sent to the WDNR.

The Discharge Monitoring Report for the July 2002 effluentsample was sent to the WDNR.

Analytical results for residential well samples collected in July2002 were sent in a separate transmittal to the WDNR and theUSEPA, prior to transmittal of the complete transmittal for 2nd

quarter 2002 monitoring data.

Notifications of analytical results for residential well samplescollected in July 2002 were mailed to the well owners by theWDNR.

The Discharge Monitoring Report for the August 2002 effluentsample was sent to the WDNR.

The quarterly transmittal of monitoring data for the 2nd quarter2002 was sent to the USEPA and the WDNR.

Semiannual O&M Progress Report No. 11 (for January - June2002 operating period) was sent to the USEPA and the WDNR.

The Discharge Monitoring Report for the September 2002effluent sample was sent to the WDNR.

2.4 Contacts with Local CommunityContacts with the local community occurred during the regular sampling of private wells, asspecified in the approved monitoring program. Mark Brooks of RMT continued to participatein the Friends of the Branch River Watershed organization.

Extraction well EW-3D is located on private property. A gravel access road leads from TausRoad to the wellhead. This road had received minor damage (rutting) by a drilling rig duringreplacement of the EW-3D pump in February 2002. The access road was repaired in September2002, after making arrangements with the property owner.

"Caution" signs were posted by RMT along the location of several buried utility lines associatedwith the groundwater remediation facilities in a cultivated field at the comer of Hempton LakeRoad and Sunny Slope Road. The signs were posted along the utility lines' location to identifyan area where future plowing is to be avoided, to prevent possible damage to the lines.

Additional repairs were made on the Ledvina family property in September 2002, to improvesurface water drainage on the sloping terrace on the southern side of their house. This area is

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located near the route of the final effluent sewer line for the groundwater treatment system, andthe drainage patterns were disturbed during construction of the buried effluent sewer.

Activity involving real estate transactions in the last half of 2002 may have resulted in a changein ownership of 94 acres of land near the site. Property formerly owned by Leo Denor wasbeing offered for sale by the current owner in two parcels: a 40-acre parcel that includes privatewell GR-60R, and a 54-acre parcel that includes monitoring wells RM-201I and RM-201D.Information on the current status of these property transactions and the possible intentions ofnew or prospective owners for development on the properties is not available to the LSRG orRMT.

2.5 Unresolved Delays or Areas of ConcernSeveral maintenance and repair tasks were necessary during this period, but no delays or areasof concern remain unresolved.

2.6 Personnel ChangesNo changes were made to key personnel assignments during this reporting period.

2.7 Upcoming ActivitiesRMT is currently preparing, on behalf of the LSRG, a submittal to the USEPA and the WDNRrequesting modifications in the groundwater monitoring program for the site. This submittal isexpected to be completed and issued to the agencies in the second quarter of 2003. A revision ofthe Operation & Maintenance Plan will be prepared after the agencies' response to the requestfor monitoring program revisions has been received.

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Section 3Leachate and Landfill Gas

Collection Systems

3.1 Leachate/Groundwater Head Levels

3.1.1 Head Levels During Current Reporting Period

A tabular summary of the leachate/groundwater head levels at the LL for the last tworeporting periods is included in Appendix A. A summary of all historicalleachate/groundwater head levels is included on a computer disk in Attachment 1. Therecorded levels are from measurements of water levels in leachate head (LH) wellsinstalled within the slurry wall boundary at the LL, taken from initial system startup(March 1997) through December 2002. Graphs showing the LH levels over this periodwith respect to the estimated bottom-of-waste elevation at each well location are shownon Figures 1A through 9A. The estimated top-of-confining unit elevation is alsoprovided for reference. A plan view and cross sections of the LL showing post-closureconditions are shown on Figure 10; this figure also shows the "exterior" (outside theslurry wall) and "interior" (inside the slurry wall) groundwater heads frommeasurements taken in December 2002.

The graphs on Figures 1A through 9A present data from wells used to monitorleachate/groundwater head levels within the interior portion of the landfill. MW-14Rwas installed on 13 March 2001 and has been used to monitor head levels since thattime, as shown on Figure 8A. A summary of the general trends observed at each of thewells is presented below.

LH-01

The head level at this location continues to decline. During this reportingperiod, the head level dropped to over 4 feet below the bottom of waste. Thehead level has declined steadily, since it fell below the bottom of the waste inFebruary 2000. LH-01 is located near the northern end of the LL, where the claysurface elevation is lower than in other areas of the landfill, resulting in agreater depth of leachate/groundwater remaining above the clay unit. Thetotal decline in head level during this reporting period was 0.55 foot.

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LH-02B

The head level at this location continues to decline. During this reportingperiod, the head level dropped to an elevation below the estimated bottom ofwaste elevation. This was the only LH well at which the water level remainedslightly within the landfill waste. The leachate (groundwater) level is nowbelow the landfill waste at all LH wells. The head level has continuouslydeclined since January 2000, although the drawdown rate has slowedsomewhat since approximately the fourth quarter of 2001. Historical data fromLH-01, LH-03, and MW-15R indicate a similar tendency for a temporaryreduction in the drawdown rate as the head level approaches the interfacebetween the bottom of the waste and the underlying undisturbed soil. Pastdata show that, in LH-01, LH-03, and MW-15R, the head level drawdown rateincreased as the level continued to drop below the landfill waste, into theunderlying Upper Granular Unit. However, the data for the current reportingperiod show that the rate of head level decline in LH-02B has not increasedsince the head level dropped below the waste. The drawdown rate hasremained consistent with the rate seen since approximately the fourth quarterof 2001, when the level was still slightly within the waste. Additionalmonitoring data are needed to determine the trend of head level decline at thislocation, now that the level is below the waste and entirely within the granularunit. The total decline in head level at LH-02B during this reporting period was0.51 foot.

LH-03

The head level at this location continues to decline steadily, since it fell belowthe bottom of the waste in June 1999. The level dropped 0.39 foot during thisreporting period, to 5.25 feet below the bottom of the waste.

LH-04

The head level at this location continues to decline. During this reportingperiod, the level dropped 0.27 foot, to within 2.0 feet of the top of the confiningunit. The rate of decline at LH-04 since May 1999 has been relatively steady,although the rate has noticeably decreased since the first quarter of 2002.

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LH-05

The head level at this location reached the clay confining unit during the July toDecember 2000 reporting period. During the current reporting period, the headlevel in the well remained at, or below, the clay surface elevation.

LH-06

The head level at this location reached the clay confining unit during February2001. The head level has fluctuated slightly above and below the confining unitsince that date. During the current reporting period, the head level in the wellremained at, or below, the clay surface elevation.

LH-07

The head level at this location reached the bottom of the well, 4 feet above theclay confining unit and 4 feet below the bottom of the waste, during June 2000.The head level has fluctuated slightly above and below the bottom of the wellsince that date. During the current reporting period, the head level remainedbelow the bottom of the well, consistent with levels seen during this samereporting period for the last 2 years. LH-07 is located in the southeasterncorner of the LL, only 60 feet from the slurry wall. This is the general locationindicated by the WDNR where the bottom of a section of the slurry wall ends inthe upper granular deposits, and is not keyed into the clay confining unit.Therefore, the head level in LH-07 responds to the seasonal increase in thegroundwater table elevation outside the slurry wall, and the head level inLH-07 is also likely to drop substantially as the groundwater table subsidesduring the months of dryer weather each year. It is also likely that thistemporary seasonal rise in head level in LH-07 seen in 2000, 2001, and 2002 willbe repeated in 2003 and in future years.

MW-UR

MW-14R was installed in March 2001 as a replacement for original well MW-14.The head level declined 0.48 foot during this reporting period, to a depth of7.95 feet below the landfill waste and 1.25 feet above the confining unit. Therate of decline in head level at MW-14R has been steady since the well wasinstalled.

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MW-15R

The head level at this location continues to steadily decline, since it fell belowthe bottom of the waste in April 1999. The head level dropped 0.49 foot duringthis reporting period, to 5.98 feet below the bottom of the waste.

The monitoring data for LH-01, LH-02B, LH-03, LH-04, MW-14R, and MW-15R showthat the existing leachate withdrawal (LW) well system is providing continuousdrawdown of the remaining leachate/groundwater head levels within approximatelythe northern two-thirds of the LL. A slower rate of drawdown is occurring in much ofthe southern one-third of the LL, where head levels are already much lower than thelandfill waste, and have already reached the clay layer at several LH well locations.

The combined data show that the LW well system has lowered the hydraulic heads sothat the water-saturated waste condition has been eliminated over the entire landfillarea. The head levels are continuing to drop steadily over a large portion of the landfillarea. Water levels at the LW wells should not be used to interpret the progress ofdewatering within the LL because of the intentional variation in water levels resultingfrom the design of the automatic pump controls.

3.1.2 Evaluation of Leachate/Groundwater Head Level Reduction

Background

Proposed leachate/groundwater head level targets and schedules wereincluded in Progress Report No. 10, issued in March 2002. That report alsoincluded proposed procedures for evaluating progress toward achieving thetarget levels and schedules during each 6-month reporting period. Both theUSEPA (letter dated 10 July 2002) and the WDNR (letter dated 25 June 2002)approved the proposed targets, schedules, evaluation procedures, andcontingency measures, with certain clarifications and revisions. The evaluationof head level reduction progress and projections of future head level responsefor each LH well presented below have been prepared in accordance with theprocedures approved by the agencies.

Projected Head Level Reduction Analysis

Updated linear regression plots using head level measurements from systemstartup (March 1997) through December 2002 are shown for each of the leachatehead wells on Figures IB through 9B, except for wells LH-05 and LH-06(regression line plots are omitted for these two wells because the groundwater

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level has already reached the clay surface). The dates on which the target headlevel will be reached for each head well using the updated regression analysisare discussed below.

A noticeable trend in the rate of head level decline is emerging in the fourleachate head wells in the groundwater "pool" remaining in the northern halfof the LL. The head level decline rate in all four of these wells (LH-01, LH-02B,LH-03, and MW-15R) showed a distinct change in approximatelyAugust/September 2001. Since that time, the drawdown rates have remainedvery consistent in all four wells, but the rates are somewhat slower than therates typically seen prior to August 2001. The cause of this consistent change indrawdown rate over a relatively large portion of the northern half of the LL isuncertain. All leachate withdrawal (LW) wells have been operational nearly100 percent of the time since May 2000. The change in drawdown rates may bedue to the general lowering of the groundwater level beneath this portion of thelandfill since startup of the leachate withdrawal system. The reducedgroundwater level provides progressively lower static head differentialbetween the main groundwater "pool" and the LW wells at the landfillperimeter, thus reducing the pressure gradient available to move the remaininggroundwater through the Upper Granular Unit toward the LW wells.

LH-01, LH-03, and MW-15R - The dewatering rates at LH-01, LH-03, andMW-15R have steadily decreased since leachate/groundwater head levelsdropped below the bottom of the waste at each well. A linear regression curvewas projected using the data representing head level readings below thelandfill waste. The slope of the head level drawdown plot through thisreporting period decreased by 4.3 percent at LH-01 (Figure IB), 6.4 percent atLH-03 (Figure 3B), and 6.1 percent at MW-15R (Figure 9B) from the previouslinear regression plots using head levels through June 2002. Although thelonger-term drawdown rates at these three wells have slowed slightly, theupdated projected dates on which the target head levels will be reached arewell within the currently approved "contingency measures" dates for thesewells (see Table 2).

LH-02B - The leachate/groundwater head level dropped below the landfillwaste and into the underlying undisturbed soil during the current reportingperiod. The slope of the head level drawdown plot through this reportingperiod (Figure 2B) decreased by 8.2 percent from the previous linear regressionplot using head levels through June 2002. Although the longer-term drawdown

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rate at this well has slowed slightly, the updated projected date on which thetarget head level will be reached is within the currently approved "contingencymeasures" date for this well (see Table 2). Now that the head level at LH-02Bhas dropped below the waste, the typical drawdown rate that will occur at thislocation as the granular unit is dewatered may be somewhat different than thedrawdown rate observed when the head level remained within the waste. Thiseffect was seen at other LH wells. Therefore, after sufficient additionalmonitoring data are collected, it may be appropriate to use the water level datafor levels only below the waste to recalculate the projected drawdown rate andthe expected date on which the level will reach the target of 1 foot above theconfining unit.

LH-04 - The head level at LH-04 has been below the bottom of waste sincesystem startup, and the dewatering rate has been generally consistent sinceMay 1999 (see Figure 4B). The level as of December 2002 was onlyapproximately 1 foot above the target level for dewatering at this location.Using head level data collected from May 1999 through December 2002, theslope of the head level drawdown plot through this reporting period decreasedby 5.9 percent from the previous linear regression plot using head levelsthrough June 2002. The drawdown rate at LH-04 has noticeably decreasedsince the first quarter 2002, although similar short-term "slower" drawdownperiods have been observed at this well in the past (for example, summer/fall1999). The projected date on which the target head level will be reached is thesecond quarter of 2003, which is the currently approved "contingencymeasures" date for this well (see Table 2).

LH-07 - As discussed above, it is expected that the groundwater elevation inLH-07 will continue to fluctuate seasonally over a range of several feet, owingto the influence of the variable groundwater table elevation outside the slurrywall and the nearby presence of a section of the slurry wall that is not keyedinto the clay confining unit. A consistent pattern of a temporary springtime risein head level in LH-07 to a depth of 5.5 to 6 feet above the confining unit (2 to2.5 feet below the waste) has been observed in 1999, 2000, 2001, and 2002,followed by a rapid drop as the groundwater table outside the slurry walldeclines in the summer months (see Figure 7A). Head level data collected atLH-07 from system startup in 1997 through mid-2000, when the water levelreached the bottom of the well, show that the LW wells were effectivelydrawing down the groundwater in the general area of LH-07. This indicatesthat, although there is a springtime inflow of groundwater in this localized

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portion of the landfill perimeter from the outside to the inside of the slurry wallthat temporarily exceeds the dewatering capacity of the LW well system in thisarea, the LW wells are capable of rapidly recovering and reducing the headlevels for the remainder of the year to the estimated elevations as shown on theprojected drawdown curve on Figure 7B. It is expected that the "dry seasons"head level will reach the target level of 1 foot above the confining unit in early2004. After that time, it is likely that the level will vary annually over a depthof a few feet between the confining unit surface and the temporary springtimelevel caused by groundwater inflow beneath the slurry wall.

MW-14R - The head level in MW-14R has consistently declined since the wellwas installed in March 2001. The level as of December 2002 was within a fewinches of the target level for dewatering at this location. The slope of the headlevel drawdown plot (Figure 8B) using all level data through this reportingperiod decreased by 7.9 percent from the previous linear regression plot usinghead levels through June 2002. The projected date on which the target headlevel will be reached is the first quarter of 2003.

Future Actions

The evaluation of leachate/groundwater head level reduction progress throughthis reporting period indicates that levels at all head monitoring wells areprojected to reach the target head level of 1 foot above the confining unit withinthe time periods approved by the USEPA and the WDNR. Implementation ofapproved contingency measures to improve the dewatering rate is not requiredat this time. The head levels will continue to be monitored at the ninemonitoring wells within the LL following the current O&M Plan.

3.2 Volume of Leachate/Groundwater RemovedA plot of the volume of leachate/groundwater removed from beneath the Lemberger Landfillfrom initial system startup (March 1997) through December 2002 is shown on Figure 11. Thevolume of leachate/groundwater removed from July through December 2002 is 376,400 gallons.The total volume removed from startup through December 2002 is 4,145,935 gallons.

The recorded volume of leachate/groundwater removed from the LL is based on the number oftruckloads hauled per month, rather than on a daily flow totalizer for the LW wells. This typeof measurement is the cause of the short-term fluctuations in the data plotted on Figure 11. Thedata plotted on Figure 11 also show that the average annual rate of leachate/groundwaterproduction has been relatively consistent since the fourth quarter of 2001. The existing LW

RMT, Inc. | Lemberger Landfill 12i.\wpMSN\PiT\oo-ousi\ii\R00034sni-M2.DOC 3/25/03 Final April 2003

wells have been nearly 100 percent operational since May 2000. Therefore, the average pumpedvolumes and the rate of reduction in head levels observed since May 2000 should be indicativeof the capability of the existing overall LW well system.

3.3 Leachate/Groundwater QualityA tabular summary of historical detected concentrations of constituents in samples of thecomposite leachate/groundwater is included in Appendix B. The sampling frequency of thecomposite leachate/groundwater changed from monthly to quarterly in 2001, per the MSDpermit. Sampling during this reporting period occurred in September and December 2002.

3.4 Operating Status of LW Well PumpsDuring the current reporting period, the overall 8-well LW well system was operational100 percent of the time. Nonfunctional downtime of the individual LW wells this period wasintentional, resulting from scheduled maintenance and cleaning of the LW pumps, and waslimited to only a few hours for each well that was serviced.

3.5 Landfill GasThis subsection includes an evaluation of landfill gas monitoring results at the LTR for thecurrent reporting period. Gas monitoring at the LL has been completed, per the approvedO&M Plan.

3.5.1 Monitoring Data

Semiannual monitoring of the landfill gas management system for the LTR, includinggas vents and probes, was performed on 23 October 2002. Gas monitoring wasconducted for methane, oxygen, nonmethane volatile organic compounds (VOCs), andgas velocity. The gas monitoring data sheets for the reporting period are provided inAppendix C. Gas monitoring results at the LTR for this reporting period showed nodetections of nonmethane VOCs or methane in the gas vents and probes.

3.5.2 Gas Migration Assessment

Off-site landfill gas migration does not appear to be occurring at the LTR, based on themonitoring of gas probes and vents around the site. The absence of methane detectedwithin the landfill limits indicates that landfill gas is not being produced at all, or that itis being produced in extremely small quantities. No pressure buildup within the landfillis occurring, indicating that the gas venting system is working as designed. Therecontinues to be no evidence of stressed vegetation at the LTR and LL. Additionally, therisk to human health and welfare associated with gas migration remains minimal.

RMT, Inc. | Lemberger Landfill 13i:\wpMSN\PiT\oo-o345i\n\Rooo34sni-oo2 DOC 3/25A» Final April 2003

No other actions are warranted at this time, based on the above assessment of the extentand significance of gas migration.

RMT,Inc. | Lemberger Landfill 14i\wpMSN\pjT\oo-o345i\u\Rooo345in-ooi.DOC 3/25/oi Final April 2003

Section 4Pumped Groundwater and

Treated Effluen^ Quality

4.1 Extraction Well System OperationThree extraction wells installed near the LTR (EW-6D, -8D, -9D) began operating on12 December 2001, and an extraction well installed near the LL (EW-7D) began operating on17 December 2001, as part of a groundwater extraction well system improvement project in2001. The full extraction well system operated continuously during this reporting period.

The typical flowrate from each extraction well during the current reporting period is shown inTable 3. The volume of groundwater pumped and treated during this reporting period isapproximately 58,060,770 gallons.

4.2 Pumped Groundwater QualityA tabular summary of constituents detected in pumped groundwater from the extraction wellsand in the combined treatment system influent is included in Appendix D.

Trichloroethene (TCE); 1,1,1-trichloroethane (TCA); 1,1-dichloroethane (1,1-DCA);1,2-dichloroethene (1,2-DCE); and 1,1-dichloroethene (1,1-DCE) continue to be the volatileorganic compounds (VOCs) that are found most commonly and/or are those found at elevatedconcentrations in pumped groundwater from the extraction wells. Plots of their concentrationsfor each of the operational extraction wells and the one groundwater collection sump (EW-6S)are shown on Figures 12 through 21.

Although extraction well EW-2D is not included in the approved site monitoring program, sixsamples of the flow from EW-2D were collected (four samples in 2001 and two samples in 2002),to provide additional data to assist in evaluating the overall VOC mass removal effectiveness ofthe full extraction well system before and after startup of the new extraction wells in 2001.Further sampling of EW-2D was discontinued beginning with the third quarter of 2002, per thecurrently approved O&M Plan. Extraction well EW-5I was shut off in December 2001, asplanned for the approved extraction well system improvements project.

In the individual extraction wells installed with the original system, none of the VOCs show adiscernible long-term trend in concentrations, and the concentrations during this reportingperiod are generally consistent with previous sampling results. An exception may be a slight

RMT, Inc. | Lemberger Landfill 15i.\wpMfN\pn\ooo34si\u\Rooo345iii-oo2.DOC 3/25/w Final April 2003

downward trend in TCA seen in extraction wells EW-4I and EW-4D, which are located at the fardowngradient (northern) end of the plume.

Several VOCs in extraction wells EW-6D and EW-8D have shown a generally increasing trendin concentration since startup of the wells in December 2001 (see Table 4 and Figures 12 to 21).VOC concentrations in EW-9D (installed December 2001) and EW-1D (part of the original wellsystem), both located along the northern edge of the LTR, have remained relatively consistent.The data show that the four "source area" extraction wells at the LTR continue to providesignificant removal of dissolved VOC mass from the bedrock aquifer, thereby preventing theVOCs from migrating from the LTR location into the downgradient plume.

The concentrations of 1,1-DCA; 1,2-DCE; 1,1-DCE; TCE; and TCA in EW-7D all decreasedsignificantly since startup of the well in December 2001. This well is located at thesouthwestern corner of the LL, and was installed to provide additional "source area" capture ofdissolved VOCs. The concentrations of 1,1-DCA; TCE; and TCA seem to have stabilized duringthe last few months of 2002, while 1,2-DCE and 1,1-DCE concentrations continued to drop.

As of December 2002, the concentrations of the key indicator VOCs from EW-7D arecomparable to the concentrations from the "plume containment" extraction well nest (EW-4Iand -4D) at the far northern end of the plume.

Plots of 1,1-DCA and TCA in the combined influent to the treatment system are shown onFigures 22 and 23, respectively (a plot for TCE is not included because it is not analyzedmonthly in the combined influent). The monthly data show a distinct "spike" in theconcentrations of 1,1-DCA and TCA in the combined treatment system influent in the December2002 sample. However, the concentrations of these two VOCs had returned to previous typicallevels in the influent sample collected in January 2003 (the last data point plotted on Figures 22and 23).

The cause of the influent concentration spikes in December 2002 is believed to be the VOCscontributed by the intermittent discharge from the wet well (WW-101) at the LTR that collectsthe flow from the three low-capacity source control extraction wells (EW-6D, -8D, and -9D) thatbegan operating in December 2001. The sump pump in the wet well operates only a fewminutes each day to transfer collected groundwater from the three extraction wells to thetreatment system building. The VOC concentrations from these extraction wells aresignificantly higher than the concentrations from any of the other extraction wells, exceptEW-1D (which discharges directly to the treatment system, not into Wet Well WW-101).Therefore, when the sump pump in WW-101 is running, the combined treatment systeminfluent includes the VOCs contributed by the extraction wells at the LTR. These conditions lastfor a few minutes each day, until the WW-101 sump pump shuts off, and the flow from the wet

RMT, Inc. | Lemberger Landfill 16i.\wpMs\\p|7"\i»-o.i45?\n\Rooo345i/)-oo2Doc 3/25/03 Final April 2003

well passes through the treatment system. The data plotted on Figures 22 and 23 also showthat, even with the increased VOC influent concentrations seen in December 2002, the effluentVOC concentrations from samples collected at the same time as the influent samples werebelow or near the detection limits. This demonstrates that the additional VOC mass loading onthe treatment system during the intermittent pump-down cycles of the wet well is well withinthe design treatment capacity of the air stripping system, thus providing effective VOCtreatment under all operating conditions.

4.3 Treated Effluent QualityA tabular summary of the compounds detected in the treated effluent is included inAppendix E.

The treatment system has effectively removed VOCs from the pumped ground water duringthis reporting period. Figures 22 and 23 show the influent and effluent concentrations of thetwo predominant VOCs in the combined influent, 1,1-DCA and TCA. Effluent concentrationsof VOCs and all other constituents were consistently within the WPDES permit limits duringthis reporting period. However, no treatment of the combined extracted groundwater flow isnecessary to meet all numerical limits for VOCs in the current discharge permit.

RMT, Inc. \ Lemberger Landfill 17i:\wpMsu\piT\oo-o34si\ii\Rooo345iu-oo2DOc 3/2S/03 Final April 2003

Section 5Current Extent of Groundwater Plume and

Effectiveness of Groundwater Extraction

This section briefly describes the current hydrogeologic conditions, the extent of the VOCplume, and the effectiveness of the groundwater extraction well system and the landfill sourcecontrol measures in restoring groundwater quality.

5.1 Hydrogeologic ConditionsA historical summary of groundwater elevations is included in Appendix F. Figures 24 and 25,respectively, show the perched groundwater table and the bedrock piezometric surface acrossthe area for groundwater elevation measurements made on 11 September 2002. These figuresrepresent hydrogeologic conditions approximately 2,004 days after the beginning of pumping(17 March 1997), and closely resemble past configurations. Vertical gradients were downwardat 12 of 20 locations across the site. A summary of the calculated vertical hydraulic gradients isshown in Table 5.

5.2 Extent of Groundwater PlumeA summary of the constituents detected in groundwater monitoring wells from August throughDecember 2002 is included in Appendix G. This summary is limited to constituents of concern(i.e., VOCs) and certain metals, and also includes relevant indicator parameters, such as ironand manganese. Graphs showing concentrations of the primary VOCs of concern in thegroundwater from December 1996 to December 2002 are also included in Appendix G, for 29 ofthe monitoring wells across the site. The graphs provide a means by which longer-termchanges in VOC concentrations in a large number of the monitoring wells at the site can bevisually assessed. The wells selected for graphing have most consistently shown the highestVOC concentrations across the site. Wells that have shown no detections or only a few very lowdetections of VOCs were not selected for graphing.

The extent of VOCs in the bedrock of the lower groundwater system (LGS) can be representedby isoconcentration maps of TCE and 1,1-DCE. These two VOCs have historically beenobserved at concentrations above the Target Cleanup Standards in the greatest number ofmonitoring wells at the site, and therefore are key compounds for determining the extent ofgroundwater contamination. Figures 26 and 27, respectively, show the distribution of TCE and1,1-DCE in the LGS in September 2002, approximately 2,004 days after the start of pumping.

RMT, Inc. | Lemberger Landfill 18;\wpMsv\p;T\oo-o3«j\n\Rooojj5ni-oo2 DOC 3/25/03 Final April 2003

The overall extent of the TCE and 1,1-DCE in groundwater remained relatively consistent withthe plume extent seen in previous reporting periods. The concentrations of TCE and 1,1-DCE inmost of the "deep" monitoring wells located at larger distances downgradient of the LL andLTR were generally consistent with past results. An exception is well RM-2D locatedapproximately 3,400 feet northwest of the LL, where TCE concentrations decreased fromapproximately 4 ug/L at the time of system startup in March 1997, to a concentration in therange of 1 to 1.2 ug/L over the last three sampling events. The shape (i.e., concentrationdistribution) and extent of the TCE and 1,1-DCE plumes remained relatively consistent withthat observed during the last two reporting periods. Other than possibly in the deepmonitoring wells at the northern edge of the LTR, there has been insufficient time since startupof the new source area extraction wells at the LTR in December 2001 for possible beneficialeffects on VOC concentrations to be observed at deep wells located at greater distances from thelandfills.

The Cleanup Standards for TCE and 1,1-DCE specified in the Record of Decision for theLemberger Landfill Site are 0.18 ug/L and 0.024 ug/L, respectively (the NR 140 PreventiveAction Limits in effect at the time of the Record of Decision). The current NR 140 EnforcementStandards (ESs) and PALs for these two compounds have been used as points of reference inthe above discussion of changes in groundwater quality over time because the current ES andPAL concentrations are quantifiable and are appropriate as indicators of the general trends inthe location of the groundwater VOC plume. The Cleanup Standard concentrations for TCEand 1,1-DCE are substantially below the laboratory analytical detection limits for thesecompounds, and therefore do not provide a practical point of reference for tracking ordiscussing improvements in groundwater quality over time.

The perched groundwater aquifer remains relatively unimpacted by the chlorinated solventplume over most of the site. A summary of all VOC exceedences of NR 140 PALs and/or ESs inshallow monitoring wells at the site during the current reporting period is included in Table 6.Of the 14 shallow monitoring wells in the perched water table system shown on Figure 24, onlythree of the monitoring wells recorded VOC exceedences. These exceedences are consistentwith past results. In general, the concentrations of VOCs and other constituents of concern arerelatively low and of limited extent in the perched aquifer.

5.3 Effectiveness of Recent Additions to Extraction Well SystemThe sampling data collected since startup of the four new "source area" extraction wells inDecember 2001 show that the wells continue to capture a substanh'al amount of VOC masswithin the bedrock aquifer near the LTR and LL. The lateral extent of the influence of the newextraction wells in removing VOCs through the bedrock fracture network should be discernible

KMT, Inc. \ Lemberger Landfill 19nw>M!^Ap/T\ooo34M\n\R<m3.i5ni-oo2DOC 3/25/w Final April 2003

over time in the "deep" monitoring wells nearest to the extraction wells, once sufficient time haspassed for these changes to appear in downgradient wells.

At the LTR, three deep monitoring wells (RM-7D, -209D, and -303D) are located near theextraction wells added in December 2001 (EW-6D, -8D, and -9D). Although insufficient timehas passed since startup of the new extraction wells to observe clear trends in VOCconcentration changes near the new wells, the monitoring data do appear to show some effectsof the increased source area pumping.

At RM-7D, the concentrations of 1,1-DCA; 1,1-DCE; TCA; and 1,2-DCE all increased noticeablyimmediately after startup of the new extraction wells, then dropped significantly between theMarch and July 2002 sampling rounds. The concentrations of these four VOCs then reboundedin October and December 2002 to levels that are generally consistent with historicalconcentrations. Concentrations of 1,2-DCE; 1,1-DCE; 1,1-DCA; and 1,2-DCE in RM-7D appearto show a generally increasing trend since mid-1998. In addition, a trend toward increasinglywider "swings" in VOC concentrations between sampling rounds has been observed since early2001.

At RM-209D, the concentrations of 1,2-DCE; TCA; 1,1-DCA; 1,1-DCE; and TCE all increasedimmediately after startup of the new wells, and then dropped to the lowest historicalconcentration observed for all five of these compounds in the July 2002 sampling round.However, the concentrations of all of these compounds rebounded significantly in the Octoberand December samples, to levels that are generally consistent with historical results.

RM-303D continues to show the highest VOC concentrations of any monitoring well at the site.At this well, the potential influence of the new extraction wells is difficult to discern. The1,1-DCA observed in the July 2002 sample was at the lowest concentration (approximately180 ug/L) in any sample collected from RM-303D since startup in 1997. However, in December2002, the 1,1-DCA concentration had rebounded to the highest concentration observedhistorically in this well (1,000 Hg/L).

The data for this reporting period do not show any clear indication that the three newerextraction wells are influencing the VOC concentrations within the capture zone of the only"source area" extraction well installed with the original system, EW-1D. The concentrations of1,2-DCE; 1,1-DCE; and TCE in EW-01D in September and December 2002 were generallyconsistent with historical concentrations in this extraction well. However, the concentrations ofTCA in September and December 2002 were higher than any seen since early 1999, and the 1,1-DCA concentrations were the highest recorded since startup of EW-01D.

RMT, Inc. | Lemberger Landfill 203as/o3 Final April2003

The limited amount of groundwater chemistry data obtained since startup of the "source area"extraction wells at the LTR in late 2001 do not yet allow any definite conclusions to be drawnregarding the "interconnectedness" of the capture zones in the vicinity of the extraction wellsand the effectiveness of the VOC source material "cut-off" provided by the wells. However, thelarge swings in concentrations of the key VOCs in the monitoring wells and extraction wells atthe northern edge of the LTR over the relatively short time since startup of the extraction wellsindicates that the new wells are likely influencing the flow direction and movement ofdissolved VOCs in groundwater over a relatively wide zone in the vicinity of the extractionwells.

At the southwestern comer of the LL, concentrations of the key VOCs in extraction well EW-7Ddropped significantly immediately after startup of the well in December 2001. During thisreporting period, the concentrations of 1,1-DCA; TCE; and TCA appear to have stabilizedsomewhat, at levels comparable to the concentrations found in "plume containment" extractionwells at the far northern end of the plume (EW-4I and -4D). However, the concentrations of1,2-DCE and 1,1-DCE appear to be continuously decreasing in EW-7D. Concentrations of thekey VOCs in the monitoring wells nearest to EW-7D (RM-208I and -208D) do not appear toshow any noticeable effect from the pumping of EW-7D.

5.4 Sampling Results for RM-212I and RM-212DMonitoring wells RM-212I and RM-212D were installed in June 2000 on the Ledvina property,approximately 2,200 feet west of the LL. The purpose of these wells was to function as"sentinel" wells for the residential water supply wells located along the Branch River, at the endof Reifs Mills Road, in conjunction with the planned shutdown of extraction well EW-5I.

RM-212I and RM-212D were sampled for the first time in December 2001, and the wells weresampled during the current reporting period in October and December 2002. The validatedlaboratory results for all of these samples showed no detectable VOCs in either well. Thesewells will continue to be sampled with the Plume Group 1 monitoring wells.

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Section 6References

RMT, Inc. 1997. Final operation and maintenance plan, Lemberger Landfill RD/RAOperable Unit 1, and final operation and maintenance plan, Lemberger Transport andRecycling site, Operable Unit 2. Prepared by Malcolm Pirnie, with modifications byRMT. February 1997.

RMT, Inc. | Lemberger Landfill 22-oo2DOC 3/2W3 Final April 2003

Table 1Summary of Sampling Events Performed July through December 2002

Monitoring wells - Plume Group I (quarterly)

Monitoring wells - Plume Group II (semiannually)

Monitoring well - metals background (annually - March)

Groundwater extraction wells (quarterly)

Residential wells - Group I (quarterly)

Residential wells - Group II (annually)

Treatment system influent (one sample per month)

Treatment system effluent (weekly sample)

Leachate (one sample per quarter)

Leachate (annually) (typically June)

Landfill gas - LTR Landfill (semiannually)

Treated effluent and Branch River (annual toxicity)

2002

JULY

(Note 1)

(Note 1)

(Note 1)

X

X

X

AUGUST

X

X

SEPTEMBER

X

X

X

X

X

X

X

OCTOBER

X

X

X

NOVEMBER

X

X

X

DECEMBER

X

X

X

X

X

X

Note:1. Samples were collected in July, but these were for second quarter 2002 monitoring.

Final April 2003;.AWPMSN\P/T\ 00-03451X1 l\R000345m-002.DOC

Table 2Lemberger Landfill

Leachate/Groundwater Head Level Evaluation

LEACHATE/GROUNDWATER HEAD

LEVEL WELL(LH well)

LH-01

L.H-02B

LH-03

LH-04

LH-05

LH-06

LH-07(3)

MW-14R

MW-15R

DECEMBER 2002LEACHATE

HEADELEVATION

(feet above M.S.L.)"'

834.33

834.6

834.75

832.04

834.03

846.33

844.68

834.75

834.52

FEET BELOW (-) ORABOVE (+) BOTTOM OF

WASTE

-4.67

-0.4

-5.25

-14.96

-6.97

-5.67

-4.32

-7.95

-5.98

TARGET HEAD LEVELELEVATION

(1 fool above clay confiningunit)

(feet, above M.S.L.)

823826825831835848842

834.5

824.5

CURRENT HEAD LEVELDROP REQUIRED TO MEET

TARGET(feet)

11.3

8.6

9.8

1.0

None (2>

None'2'2.7

0.310.0

ORIGINALSLOPE OF

HEADLEVEL

DECLINE

-0.0046

-0.0049

-0.0047

-0.0051

NANA

-0.0023

-0.0038

-0.0049

CURRENTSLOPE OF

HEADLEVEL

DECLINE

-0.0044

-0.0045

-0.0044

-0.0048

NA

NAW

-0.0035

-0.0046

PERCENTCHANGE IN

SLOPE OFHEAD LEVEL

DECLINE

-4.3%

-8.2%

-6.4%

-5.9%

NANA

(4)

-7.9%

-6.1%

CONTINGENCYMEASURES

DATE1"

2nd quarter 2011

1st quarter 2008

3rd quarter 2009

2nd quarter 2003

NA

NA4th quarter 2004

1st quarter 2003

4th quarter 2008Notes:(1) Leachate/Groundwater head levels listed were measured on 10 December 2002, and were the last head levels recorded during the fourth quarter 2002 reporting period.|2) LH-05 and LH-06 are already at, or below, the target head level.(3) The bottom of the well is 4 feet below the bottom of waste, and 4 feet above the clay confining unit.w Updated estimate of slope of head level decline curve cannot be prepared owing to the construction limitation of the existing well.(5) If future linear regression analyses of cumulative head level data indicate that the target level will not be reached until this date or later, the contingency measures will be implemented.NA = not applicable.

I:\WPMSN\PJTV30-03451\11\000345111-003.XLS 4/KV2003

Table 3Typical Flowrate for Each Extraction Well During Current Reporting Period

WELL NUMBER

EW-1D

EW-2D

EW-3D

EW-4I

EW-4D

EW-5I

EW-6S*

EW-6D

EW-7D

EW-8D

EW-9D

TOTAL

TYftClAL FLOWRATE:••-.* - r; (gpm)

1.9

45

59

78

13

(well shut down)

0

0.20

24.3

0.19

0.22

222

PERCENT FLOWCONTRIBUTION

0.8

20

27

35

5.9

0

0**

0.1

11

0.1

0.1

100%Notes:* Identified as EW-06S for sampling; this is the same as groundwater collection sump GWC-6S.** Flow varies seasonally; normally, there is no discharge from the sump.

RMT, Inc. | Lemberger LandfillI \WPMSN\PIT\00-034S1\I1\R00034511J.002.DOC 3/25AJ3 Final April 2003

Table 4Sampling Results for Extraction Wells Added December 2001 (EW-6D, -7D, -8D, and -9D)

EXTRACTION WELL#

EW-6DEW-6DEW-6DEW-6DEW-6DEW-8DEW-8DEW-8DEW-8DEW-8DEW-9DEW-9DEW-9DEW-9DEW-9DEW-7DEW-7DEW-7DEW-7DEW-7D

SAMPLEDATE

1/14/20023/30/20027/23/20029/30/200212/17/20021/14/20023/30/20027/23/20029/30/200212/17/20021/14/20023/30/20027/23/20029/30/200212/17/200212/17/20013/28/20027/18/20029/30/200212/17/2002

VOC CONCENTRATION IN WELL DISCHARGE

1,1,1-TCA

Mg/L

1,6001,6001,1001,9001,700

630710560920

1,0008506404107407006643303933

1,1-DCA

Mg/L

510550520660680180230250340410260220190270240

2215131513

1,1-DCE

Mg/L

17021017022018073968796

11074866269558.85.34.24.03.2

1,2 DCETOTAL

Mg/L

4405104606405601101801802402501201401001301002916131511

PCE

Mg/L

9.97.26.36.4

<134.24.13.84.1

<6.32.22.52.12.6

<3.1<0.41<0.41<0.41<0.63<0.63

TCE

Mg/L

16016019018018048555156683639303435127.15.65.95.4

CE

Mg/L

5657484844192727323633372712

5.71.2

0.880.80

<0.84<0.84

VINYLCHLORIDE

Mg/L

5.6109.18.7

<2.22.95.21.91.4

<1.1125.81.0

0.90<0.55<0.17<0.17<0.17<0.11<0.11

TOTALVOCS

Mg/L

2,9543,1052,5073,6633,3441,0671,3071,1611,6901,8741,3881,170

8231,2591,136

13987677966

Notes:

- All compounds with detected concentrations may not be listed.

- Results include all samples collected since startup of the wells.

1,1,1-TCA = 1,1,1-tricruoroethane.

1,1-DCA = 1,1-dichloroethane.1,1-DCE = 1,1-dichloroethene.1,2-DCE total = 1,2-dichloroethene, total.

PCE = perchloroethene (tetrachloroethene).

TCE = trichloroethene.CE = chloroethane.

I:\WPMSN\PJT«K>3451\11\000345111-003XLS 4/KV2003

Table 5Vertical Hydraulic Gradients on 11 September 2002

Lemberger Landfill and Lemberger Transport and Recycling SiteWhitelaw, Wisconsin

WELL

OW-104AOW-104BOW-104BOW-104FRM-001IRM-001DRM-002IRM-002DRM-003I

RM-003DRM-004SRM-004DRM-005IRM-005DRM-005SRM-005IRM-007D

RM-007XDRM-007SRM-007DRM-101IRM-101DRM-103SRM-103DRM-201IRM-201DRM-202IRM-202DRM-203IRM-203DRM-205IRM-205DRM-208IRM-208DRM-208SRM-2081RM-210IRM-210DRM-212IRM-212D

SCREEN

FORMATION

LGUrock/LGUrock/LGU

rockLGU?rock

LGU?rockLGULGU?UGUrockLGUrockUGULGUrockrockUGUrockLGUrockUGUrockLGUrock

LGU?rock

LGU?rock

LGU?rock

LGU?rockUGULGU?LGU?rockLGULGU

GROUNDWATER

ELEVATION

(h)ft.

791.12791.00791.00791.16790.61790.61794.65791.58800.91802.23841.26800.86799.77799.88835.61799.77805.69805.73836.72805.69805.30805.18840.02799.81805.23805.15803.02802.99792.12790.79805.17805.23800.55800.40825.79800.55794.65795.29802.52804.14

REFERENCE

ELEVATION

(L)ft.785.40771.00771.00756.00775.50762.80766.00737.10784.90756.70841.26794.40797.10754.60835.61797.10802.30742.50836.72802.30782.80762.90840.02789.00763.90750.10776.60759.20789.70768.90771.20751.10794.70777.90825.79794.70793.00766.90779.90760.10

DELTA h

(ft)

0.12

-0.16

0.00

3.07

-1.32

40.40

-0.11

35.84

-0.04

31.03

0.12

40.21

0.08

0.03

1.33

-0.06

0.15

25.24

-0.64

-1.62

DELTA L

(ft.)

14.40

15.00

12.70

28.90

28.20

46.86

42.50

38.51

59.80

34.42

19.90

51.02

13.80

17.40

20.80

20.10

16.80

31.09

26.10

19.8

VERTICAL

GRADIENT

(i)0.008

-0.011

0.000

0.106

-0.047

0.862

-0.003

0.931

-0.001

0.902

0.006

0.788

0.006

0.002

0.064

-0.003

0.009

0.812

-0.025

-0.082

DIRECTION

OF

GRADIENT

Down

Up

None

Down

Up

Down

Up

Down

Up

Down

Down

Down

Down

Down

Down

Up

Down

Down

Up

Up

Notes:Vertical Gradient (i) = Delta h / Delta L; positive values indicate a downward hydraulic gradient.Reference Point (L) for head measurements (h) is the water table for wells screened in the UGU, and the

midpoint of the screened interval, including the sand filter pack, for piezometers.Delta h = the distance between head measurements.Delta L = the distance between reference points.UGU = upper granular unit (perched aquifer).LGU = lower granular unit.rock = bedrock and lower granular unit.A gradient of approximately 1 is indicative of the gradient between the perched aquifer and the bedrock aquifer.

Prepared by: LJB, 11/30/99Checked by: SSM, 11/30/99Updated by: MNG, 3/11/03Checked by: DJH, 3/11/03

I:\WPMSN\PJT\00-03451\11\000345111-003 XLS 4/KV2003

Table 6VOC Standards Exceedences in Shallow Monitoring Wells During Last Half of 2002

MONITORING WELL

RM-5S

RM-103S

RM-207S

'.*&&•-'•vdcj^^v-

TCETCE

TCETCEVinyl chlorideVinyl chloride

BenzeneBenzene

CONCENTRATION(HgrtJ

4.44.2

0.981.11.02.0

1.31.3

SAMPLE DATE

October 2002December 2002

October 2002December 2002October 2002

December 2002

October 2002December 2002

Note:There are 14 shallow monitoring wells in the perched groundwater system that are sampled. Only those with VOC exceedences arepresented here.

RMT, Inc. | Lemberger Landfilll\WPMSN\PIT\00-034Sl\ll\R000345in-002.DOC 3/25/03 Final April 2003

Lemberger LandfillLeachate/Groundwater Head Levels

LH-01

Jan-97 Jul-97 Jan-98 Jul-98 Jan-99

Note:

Jul-99 Jan-00

DateTop of confining unit is 17.0 feet below the bottom of waste.Bottom of well is 10.0 feet below the bottom of waste.

Jul-00 Jan-01 Jul-01 Jan-02 Jul-02 Jan-03

Figure 1A

Prepared by RMT 3/18/2003 h :\data\common\orade\lm\LCHGRAPH-1202.xls

*(035-4

.~ 6 -6Q) C

li< m

I

-8

-10

-12

-14

-16

-18

Lemberger LandfillLeachate/Groundwater Head Levels - Projected Decline

LH-01

of Waste (839 ft MSL)

Bottom of Well

Top of Confining Jnit\

K)44xP2 = 0.97512

159.73

abc veSec

Con;ond Hal

Bottom of Wsllly 2006) —

ining Unit =of 2009

UJOL

Jan-97 Jan-98 Jan-99 Jan-00 Jan-01 Jan-02 Jan-03 Jan-04 Jan-05 Jan-06 Jan-07 Jan-08 Jan-09 Jan-10 Jan-11 Jan-12 Jan-13

Figure 1BNote: DateLeachate/Groundwater head levels that were below the bottom-of-waste, and were dated after January 2000, wereused to determine the projected leachate/groundwater head level decline and the target head level date.

Prepared by RMT 3/11/2003 p:\data\projects\3451 \11 \LCHGRAPH-drawdown03_03.xls


LH-02B

neasurements from Mnot represented on

Bottom of i Waste0- 1 -

Jan-97 Jul-97 Jan-98 Jul-98 Jan-99 Jul-99 Jan-00 Jul-00 Jan-01 Jul-01 Jan-02 Jul-02 Jan-03

**Note' DataTop of confining unit and bottom of well are 10.0 feet below the bottom of waste.

Prepared by RMT 3/18/2003 h:\data\common\orade\lm\LCHGRAPH-1202.xls


LH-02B

at £ 4> o -1

< ffl -2ts x£ 5 - 3o

CD -4

-5

-6

-7

-8

-9

-10

i op

-11Jan-97

Note:

jf ConfminBottom of

Unit andA/ell

Project 3d Head Le/el Decline

= -0.0045X \- 167.73

E [Qjecled-daa >ove Confir

-Sscond Half

e at 1 tootng Unit =

bf 2007—

Jan-98 Jan-99 Jan-00 Jan-01 Jan-02 Jan-03 Jan-04 Jan-05 Jan-06 Jan-07

Note: e

The overall trend in leachate/groundwater head level decline appeared to change in January 2000. Therefore, onlyleachate/groundwater head levels measured after January 2000 were used to estimate the target head level date.

Jan-08 Jan-09

Figure 2B

Prepared by RMT 3/10/2003 p:\data\projects\3451\11\LCHGRAPH-drawdown03_03.xls


LH-03

w

i"I< co

&

Jan-97 Jul-97 Jan-98 Jul-98 Jan-99 Jul-99 Jan-00

Note: DateTop of confining unit is 16.0 feet below the bottom of waste.Bottom of well is 14.0 feet below the bottom of waste.

Jul-00 Jan-01 Jul-01 Jan-02 Jul-02 Jan-03

Figure 3A

Prepared by RMT 3/18/2003 h:\data\common\oracle\lm\LCHGRAPH-1202.xls


LH-03

I

< CO

-1

T*5 -5

-7

-11

-13

-15

Note: Slope of Hprevious reportingSlope pas reduceqreporting period.

Bottc m of Well

Top of Confining Unit

ad Level Declineperiod wasby 6.4% during

forthle-0.0047.

this

Bottom of Well(First Half of 2007)

ProjectedHead Lev )l Decline

y = -0.0044 + 161.049788

1 footUnit =2008

-17

Jan-97 Jan-98 Jan-99 Jan-00 Jan-01 Jan-02 Jan-03 Jan-04 Jan-05 Jan-06 Jan-07

Note: DateLeachate/Groundwater head levels that are below the bottom-of-waste, and are dated after May 1999, wereused to determine the projected leachate/groundwater head level decline and future target head level date.

Projected date atabove ConfinSecond Haf

<:uuo j

ingof

Jan-08 Jan-09

Figure 3B

Prepared by RMT 3/11/2003 p:\dataVrojects\3451 \11 \LCHGRAPH-drawdown03_03 .xls

sM

52

T-5

m


LH-04

11/9/1998, 0.12'above

The drop in water he£likely due to

-17

-18

Jan-97 Jul-97 Jan-98 Jul-98 Jan-99 Jul-99 Jan-00 Jul-00 Jan-01 Jul-01

Date

Jan-02 Jul-02 Jan-03

Figure 4A


IsiT o

II< GO

« Z

0)CO


LH-04

Off-scale point:11/9/1998,0.12' above bottom of v taste

in December 2000 is likely dueerror. Date point was not included in rate of

decline calculatic ns.

ProjectedHeac

Note: Slope of h ead Level Declinprevious reportingSlope hasreporting period.

; derea >ed

Level Decline

y =-0.004 fr +163.95

period was -O.C051.by 5.9% during this

for the

Projected d ate at 1 footabove Con) ning Unit =

,(Fiisl Half tf 2003)

Jan-97 Jan-98 Jan-99 Jan-00 Jan-01 Jan-02 Jan-03 Jan-04

Figure 4BNote: DateLeachate/Groundwater head levels dated after May 1999 were used to determine the projected leachate/groundwaterhead level decline and the target head level date. Head levels dated prior to May 1999 fluctuated greatly, and do notappear to represent the more recent drawdown trend.



LH-05

S

i< mIt

m

-7

-5

Top of Confining Unil and Bottom of Wei

I Head levels reported below bottom of welare likely due to measurement errors.


DateFigure 5A

Prepared by RMT 3/18/2003 h:\data\cxjmmon\orade\lm\LCHGRAPH-1202.xls


LH-06

2 .4

-7


Note:Date

Head levels reported below bottom of well are likely due to measurement errors.Figure 6A

Prepared by RMT 3/18/2003 h:\da ta\cornmon\oracle\lm\LCHGRAPH-1202.xls


LH-07

I .. i_ _ _ L• • • il « « m *m • • H m

7E -3

1 | ! Bottom of Well< mx T -4


DateNote:Head levels reported below bottom of well are likely due to measurement errors and uncertainties ofbottom of well relative to bottom of waste.

Figure 7A

Prepared by RMT 3/18/2003 h:\data\common\oracle\lm\LCHGRAPH-1202.xls


LH-07

Bottom of Waste

0 •

Measurements reported beyond this )ointwere not in< luded in Pro ected Oeclinje ofLeachate/G-oundwater Head Level

Note: Head Level rose above tt e Bottomof WeiThe

during theLevel habelow tht

lilSt reportingsince geneBottom of

jeriod.ally

.butVeil

m

[Hlik

ad levels resortedy due to m<

belowasurement

>f Well arethe Bottomdrror, and uncertainties

y = -0.0023x + 79.847226

Projectedabove ConfFirst Half of

^[te at 1 tootning Units =2004

inthe

-7

-8

-9

Jan-97

Note:

xact locatio i of Bottom df Well with rfespect toBottom of Waste. Thes » data points were notuded in rate of head lev< I decline call ;ulations.1

Top of Co ining Unit.-

Jan-98 Jan-99 Jan-00 Jan-01 Jan-02 Jan-03

Date

Jan-04 Jan-05 Jan-06 Jan-07 Jan-08

LH-07 data show frequent head level fluctuations due to proximity of LH-07 to a reported gap between the slurry wallbottom and the Confining Unit. Only head level measurements below bottom-of-waste prior to reaching the bottom of wellin mid-2000 were used to project future decline.

Figure 7B

Prepared by RMT 3/14/2003 p:\data\projects\3451 \11 \LCHGRAPH-drawdown03_03 .xls

Lemberger LandfillLeachate/Groundwatar Head Levels

MW-14R

0 •

-1

-2

-3

Bottom c if Waste

^ -5

-7

-9Top of Cohfining Unit and Bottonr ofWel

-10


Note:Well installed March 2001.

Jul-98 Jan-99 Jul-99 Jan-00 Jul-00 Jan-01 Jul-01

Date


Figure 8A

Prepared by RMT 3/18/2003 h :\data\common\orade\lm\LCHGRAPH-1202.xls

-1

-2

-4

n o< ffi

-5

-6

-7

-8

-9


MW-14R

Bottom of \ Vaste

Top of Conf ling Unit and

-10Jan-00 Jul-00

Bottom of We I

Note Slope of He£tdprevious reportingSlop > has reducecrepo ting period.

Level DeclineDeriodwas -(by 7.9% during

above Confining UnFirst Quarter of 200:

fortne.0038.

this

Jan-01

Note:Well installed March 2001.

Jul-01 Jan-02 Jul-02 Jan-03

Date

Jul-03 Jan-04 Jul-04 Jan-05

Figure 8B



MW-15R

-7

Jan-97 Jul-97 Jan-98 Jul-98 Jan-99 Jul-99

Note:Top of confining unit is 16.0 feet below the bottom of waste.Bottom of well is 15.0 feet below the bottom of waste.

Jan-00 Jul-00

Date

Jan-01 Jul-01 Jan-02 Jul-02 Jan-03

Figure 9A


ajMa

T o

II -8


MW-15R

Note: Slope cjf Head Lev0lpr jvious repo ling period

Decline fpr thewas -O.C1.0049

'rejectedHead Level Decline

Ito2 -10

-12

-14

-16

-18

Slope has reduced by 6.1reporting period.

% during th

= -0.0046x 166.42R =0.<>842

Bottom of Well Projected date at 1 footaboveSecom f

lonfining Unit=Halfof20C7~

Top of lonfining U nt

Jan-97 Jan-98 Jan-99 Jan-00 Jan-01 Jan-02 Jan-03 Jan-04 Jan-05 Jan-06 Jan-07 Jan-08

Note. Date Figure 9BLeachate/Groundwater head levels that were below the bottom-of-waste and were measured after April1999 were used to determine the projected head level decline and the target head level date.


D

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D










Perched Water Table Map


aa

a

a










Bedrock Piezometric Surface Map


D

D

D










Trichloroethene Isococentration (Bedrock Aquifer) Map











Iso-Concentration (Bedrock Aquifer) Map


•o•om

ix

Appendix ATabular Summary of Leachate Head

Levels - January through December 2002

RMT, Inc. | Lemberger Landfilli:\wpMSN\PiT\ooo34si\ii\Rooo34sin-oo2.DOC Final April 2003

Lemberger Landf ill-12 Mos.Leachate Head Levels (January 2002 - December 2002)

Well ID

LH-01LH-01LH-01LH-01LH-01LH-01LH-01LH-01LH-01LH-01LH-01LH-01

LH-02BLH-02BLH-02BLH-02BLH-02BLH-02BLH-02BLH-02BLH-02BLH-02BLH-02BLH-02BLH-03LH-03LH-03LH-03LH-03LH-03LH-03LH-03LH-03LH-03LH-03LH-03LH-04LH-04LH-04LH-04LH-04LH-04LH-04LH-04LH-04LH-04LH-04LH-04LH-05LH-05

Date

8-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-0ct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-JuI-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02

Leachate HeadElevation (Feet, Abov

MSL)

835.47835.38835.21835.08834.9834.88834.7834.69834.67834.5834.43834.33835.56835.56835.32835.27835.19835.11835.05835.02834.82834.7834.66834.6835.71835.69835.39835.31835.21835.14835.13835.14835.03834.8834.78834.75832.983182832.53832.41832.31832.31832.383Z28832.16832.09832.07832.04834.08834.08

Bottom of WasteElevation (Feet, Above

MSL)1

839839839839839839839839839839839839835835835835835835835835835835835835840840840840840840840840840840840840847847847847847847847847847847847847841841

Feet Above (or BelowBottom of Waste2

-3.53-3.62-3.79-3.92-4.1-4.12

.3-4.31-4.33-4.5-4.57.67

0.560.560.320.270.190.110.050.02-0.18-0.3

-0.34-0.4-4.29-4.31-4.61-4.69-4.79-4.86-4.87-4.86-4.97-5.2-5.22-5.25-14.1-14.18-14.47-14.59-14.69-14.69-14.7-14.72-14.84-14.91-14.93-14.96-6.92-6.92

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPA1202.xls AppA 12 Mos.

Lemberger Landfill-12 Mos.Leachate Head Levels (January 2002 - December 2002)

Well ID

LH-05LH-05LH-05LH-05LH-05LH-05LH-05LH-05LH-05LH-05LH-06LH-06LH-06LH-06LH-06LH-06LH-06LH-06LH-06LH-06LH-06LH-06LH-07LH-07LH-07LH-07LH-07LH-07LH-07LH-07LH-07LH-07LH-07LH-07LW-01LW-01LW-01LW-01LW-01LW-01LW-01LW-01LW-01LW-01LW-01LW-01LW-02LW-02LW-02LW-02

Date

l-Mar-0222-Apr-0215-May-0218-Jun-0226-]ul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-]an-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02


14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-]an-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-02

Leachate HeadElevation (Feet, Above

MSL)

834.03834.03834.03834.03834.03834.03834.03834.03834.03834.03846.73846.72846.69848.52848.8847.69846.67846.61846.5846.42846.39846.33844.68844.68844.63846.14846.41845.93844.95844.78844.68844.68844.68844.68842.19842.26842.24842.17842.32842.27841.06841.45841.55841.52841.47841.35833.1

833.05833.27833.33


MSL)1

841841841841841841841841841841852852852852852852852852852852852852849849849849849849849849849849849849

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

Feet Above (or Below)Bottom of Waste2

-6.97-6.97-6.97-6.97-6.97-6.97-6.97-6.97-6.97-6.97-5.27-5.28-5.31-3.48-3.2-4.31-5.33-5.39-5.5-5.58-5.61-5.67-4.32-4.32-4.37-2.86-2.59-3.07-4.05-4.22-4.32-4.32-4.32-4.32

NAJ

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPA1202.xls AppA 12 Mos.


Well ID

LW-02LW-02LW-02LW-02LW-02LW-02LW-02LW-02LW-03LW-03LW-03LW-03LW-03LW-03LW-03LW-03LW-03LW-03LW-03LW-03LW-04LW-04LW-04LW-04LW-04LW-04LW-04LW-04LW-04LW-04LW-04LW-04LW-05LW-05LW-05LW-05LW-05LW-05LW-05LW-05LW-05LW-05LW-05LW-05LW-06LW-06LW-06LW-06LW-06LW-06

Date

15-May-0218-Jun-0226-Jul-02




14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-02


MSL)

833.44832.7833.%834.11834.14834.22834.4834.12829.17829.31829.27829.33829.25828.%832.02831.81831.79831.68831.93831.71820.75

821821.16821.01821.4819.37824.1822.93822.88

823823.73822.84820.95820.84820.79820.63820.99820.9821.6821.04821.09821.2282122820.89816.97816.97816.76816.48817.12815.76

Bottom of WasteElevation (Feet, Abov

MSL)1

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

Feet Above (or BelowBottom of Waste2

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

NA3

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPA1202.xls AppA 12 Mos*


Well ID

LW-06LW-06LW-06LW-06LW-06LW-06LW-07LW-07LW-07LW-07LW-07LW-07LW-07LW-07LW-07LW-07LW-07LW-07LW-08LW-08LW-08LW-08LW-08LW-08LW-08LW-08LW-08LW-08LW-08LW-08

MW-14RMW-HRMW-14RMW-14RMW-14RMW-14RMW-14RMW-14RMW-14RMW-14RMW-14RMW-14RMW-15RMW-15RMW-15RMW-15RMW-15RMW-15RMW-15RMW-15R

Date

26-JuI-0214-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-]ul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-}an-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-JuI-02



14-Aug-02


MSL)

816.93817.13818.48817.66818.15817.75817.5817.52817.77818.13817.88815.75817.84817.37817.36818.15818.36818.13824.44820.18820.2820.37820.18820.29819.57819.51819.51819.57819.9

819.58835.76835.72835.49835.42835.33835.23835.07835.06

835834.87834.82834.75835.53835.46835.31835.18835.11835.01834.89834.87


MSL)1

NA3

NA3

NA3

NA3

NA3

NA3

830.9830.9830.9830.9830.9830.9830.9830.9830.9830.9830.9830.9834.8834.8834.8834.8834.8834.8834.8834.8834.8834.8834.8834.8842.7842.7842.7842.7842.7842.7842.7842.7842.7842.7842.7842.7840.5840.5840.5840.5840.5840.5840.5840.5

Feet Above (or Below)Bottom of Waste2

NA3

NA3

NA3

NA3

NA3

NA3

-13.4-13.38-13.13-12.77-13.02-15.15 II-13.06 ||-13.53-13.54-12.75-12.54-12.77-10.36-14.62-14.6

-14.43-14.62-14.51-15.23-15.29-15.29-15.23-14.9

-15.22-6.94-6.98-7.21-7.28-7.37-7.47-7.63-7.64-7.7

-7.83-7.88-7.95-4.97-5.04-5.19-5.32-5.39-5.49-5.61-5.63

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\ APPA1202.xls AppA 12 Mos.


Well ID

MVV-15R

MW-15R

MW-15R

MW-15R

Date

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


MSL)

834.76

834.63

834.59

834.52


MSL)1

840.5

840.5

840.5

840.5

Feet Above (or Below)

Bottom of Waste2

-5.74

-5.87

-5.91

-5.98

Notes:

The full historical listing has been provided on disk.

Bottom of waste elevations are approximate for "LH" wells.2Negative values indicate that the liquid level is below the bottom of waste.3N A = Not applicable; no waste was encountered in drilling of well.

Prepared by RMT 3/21/2003 h:\data\common\oracle\lm\APPA1202.xls AppA 12 Mos."

•o•omox00

Appendix BTabular Summary of Historical

Leachate Quality - Detections Only

RMT, Inc. | Lemberger Landfill(•\WMSN\p/T\oo-0345i\mRooo3<i5m-oo2.Doc Final April 2003

Lemberger LandfillLeachate Results - Detections Only

Well ID

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

Date

18-Jun-9817-Jun-9915-Jun-OO14-Jun-Ol14-Jun-0225-Sep-9718-Jun-9817-Jun-9915-Jun-OO15-Jun-OO14-Jun-0214-Jun-Ol14-Jun-0214-Jun-0225-Sep-9717-Jun-9915-Jun-OO14Jun-0125-Sep-9718-Jun-9817-Jun-9915-Jun-OO14-Jun-Ol14-Jun-0215-Jun-OO14-Jun-Ol21-Mar-973-Apr-9710-Apr-9717-Apr-9729-May-9727-Jun-9724-Jul-97

28-Aug-975-Sep-9725-Sep-9726-Nov-9728-Jan-9825-Feb-98ll-Mar-9816-Apr-9814-May-9818-Jun-989-Jul-98

20-Oct-986-Nov-982-Dec-986-Jan-993-Feb-999-Mar-997-Apr-99

Parameter

1,1-DICHLOROETHANE1 ,1-DICHLOROETHANE1,1-DICHLOROETHANE1 ,1-DICHLOROETHANE1,1-DICHLOROETHANEl,Z-DK_HLUKUtIHENt, 1OTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL2,3,7,8-TCDD2,3,7,8-TCDF2,4-DIMETHYLPHENOL2-BUTANONEACETONEARSENIC, TOTALARSENIC, TOTALARSENIC, TOTALARSENIC, TOTALBENZENEBENZENEBENZENEBENZENEBENZENEBENZENEHlb(2-t_MLUKUt IH YL)t 1 HtKBIS(2-CHLOROETHYL)ETHERBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBOD

Result

7.71.12.84.11.11.1

31

1.3

Units

UG/LUG/LUG/LUG/LUG7LUG/LUG/LUG/LUG/L

Qualifiers

Q

QQ

QQ

DetectionFrequency

5/6

4/6

0.02861 NG/L 1/60.001051 NG/L |j 1/6

1.73.5

UG/LUG/L

3.1| UG/L8.154

110131.94.62.78.1118.30.9

0.744410i

109.78.619

3.628.4

1212195512266

48206

2316

338155.411

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/L

QQQQ

Q

QQ

BBBB,BI

Q

BB

BQ

BB

1/61/11/14/6

6/6

2/6

50/58

— Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPB1202.xlsAppB1202


Well ID

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

LEACHATELEACHATELEACHATELEACHATELEACHATE

Date

!7-Jun-9912-Aug-998-Sep-9914-Oct-994-Nov-99l-Dec-995-Jan-OO3-Feb-OO4-Apr-OO15-Jun-OO5-Jul-OO

2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO6-Dec-OOl-Feb-01l-Mar-013-Apr-Ol2-May-Ol14-Jun-Ol5-5ep-014-Dec-Oll-Mar-024-Dec-025-Sep-97

16-Apr-983-Feb-999-Mar-998-Jul-99

14-Oct-99

15-Jun-OO5-Jul-OO

3-Apr-Ol4-Dec-Ol4-Dec-02

Parameter

BODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBODBOD ^BODBODBODCADMIUM, TOTALCADMIUM, TOTALCADMIUM, TOTALCADMIUM, TOTALCADMIUM, TOTALCADMIUM, TOTALCADMIUM, TOTAL

CADMIUM, TOTALCADMIUM, TOTALCADMIUM, TOTALCADMIUM, TOTAL

Result

1139

/

18241

c

c

8268

253.1799.25.45.4

718188

1611

1657

6.10.730.475.3

0.580.858.7

0.890.911.62.1

0.56

Units

MG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

LEACHATE 15- un-00 ICHLOROBENZENE 0.48| UG/LLEACHATELEACHATE

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

18-Jun-9817-Jun-9915-Jun-OO14-Jun-Ol14-Jun-0221-Mar-973-Apr-9710-Apr-9717-Apr-975-Sep-9725-Sep-978-Oct-9728-Jan-9825-Feb-98

CHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTAL

385.58081555.1

1

172.7

918

3.35.83.6

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

Y5

QNNYQ

Y

N

NN

Q

QQ

QAQ*

Q

DetectionFrequency

(I

11/61

Q 1/6

Q

Q

33

5/6

44/61

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\ APPB1202.xls AppB1202


Well ID


Date

16-Apr-988-Oct-982-Dec-983-Feb-999-Mar-997-Apr-996-May-9917-Jun-998-Jul-99

12-Aug-998-Sep-9914-Oct-994-Nov-99

l-Dec-995-Jan-OO3-Feb-OO1-Mar-OO4-Apr-OO3-May-OO15-Jun-OO5-Jul-OO

2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO6-Dec-OO4-Jan-Oll-Feb-013-Apr-Ol2-May-Ol14-Jun-Ol5-Sep-Ol4-Dec-Ol3-Sep-024-Dec-0228-Jan-9825-Feb-98ll-Mar-9816-Apr-9814-May-9818-Jun-989-Jul-98

13-Aug-989-Sep-988-Oct-986-Nov-982-Dec-986-Jan-993-Feb-999-Mar-997-Apr-99

Parameter

CHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCHROMIUM, TOTALCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFIC

Result

1.73.1150

564.22.1210

2038

4.765

130396.6

62922296219

8.9100227.615

5.73837155.85.737209.11.7700

1250120013001450900

1000900

12001000900

15001500150012001400

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

Qualifiers

Q

N

Ej

Q

DetectionFrequency

48/48

— Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\ APPB1202.xls AppBl202


1

Well ID

1CHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATECHATE

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE[LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE[LEACHATE

Date

6-May-9917-Jun-998-Jul-99

12-Aug-998-Sep-9914-Oct-994-Nov-99l-Dec-995-Jan-OO3-Feb-OO1-Mar-OO4-Apr-OO3-May-OO15-Jun-OO5-Jul-OO

2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO6-Dec-OO4-Jan-Oll-Feb-01l-Mar-013-Apr-Ol2-May-Ol14-Jun-Ol5-Sep-Ol4-Dec-Oll-Mar-0214-Jun-023-Sep-024-Dec-02

29-May-9724-Jul-97

28-Aug-975-Sep-9725-Sep-9728-Jan-9816-Apr-9814-May-9818-Jun-989-Sep-988-Oct-986-Nov-982-Dec-983-Feb-997-Apr-996-May-9917-Jun-998-Jul-998-Sep-99

Parameter

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTAL

Result

150C130C120C120C150C150C150CHOC140C120C1300130014001600140012001300130013001300900

1100900

12001200140012001200198419%19441724

2.7104.73012

6.22.3

68.97.44.82.5160384.3872C6869

Units

UMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

Q

Q

Q

QQ

Q*

\

DetectionFrequency

40/61

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\ APPB1202.xls AppBl202


Well ID


Date

14-Oct-994-Nov-99l-Dec-995-Jan-OO

3-Feb-OO1-Mar-OO4-Apr-OO3-May-OO5-JuI-OO

2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO6-Dec-OO4-Jan-Oll-Feb-01l-Mar-015-Sep-Ol14-Jun-023-Sep-024-Dec-0217-Apr-9729-May-975-Sep-9725-Sep-9718-Jun-9817-Jun-9915-Jun-OO14-Jun-Ol14-Jun-0225-Sep-9718-Jun-9814-Jun-Ol14-]un-025-Sep-9718-Jun-983-Feb-996-May-998-Jul-99

3-May-OO15-Jun-OO4-Jan-Oll-Mar-015-Sep-Ol4-Dec-Ol5-Sep-9728-Jan-982-Dec-986-May-992-Aug-OO4-Jan-Ol

Parameter

COPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCYANIDE, TOTALCYANIDE, TOTALCYANIDE, TOTALDIETHYLPHTHALATEDIETHYLPHTHALATEDIETHYLPHTHALATEDIETHYLPHTHALATEDIETHYLPHTHALATEDIETHYLPHTHALATEETHYLBENZENEETHYLBENZENEETHYLBENZENE

Result

14C371214504133471471

9.65.19.42.656343.819

4.318

3.2]0.0014,0.00210.006

47.54.3

66.92.6

0.431.1

0.64

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LMG/LMG/LMG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

QEDQ

Q

Q

QQQ

QQQQ

IRON, TOTAL 32000| UG/LLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALLEAD, TOTALMERCURY, TOTALMERCURY, TOTALMERCURY, TOTALMERCURY, TOTALMERCURY, TOTALMERCURY, TOTAL

70.894.28.53.619

4.215

7.94.9100.3

0.090.0440.0510.130.07

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

QQQQ

Q

QQQA

DetectionFrequency

3/61

6/6

3/6

1/111/61

6/61

— Prepared by RMT 3/14/ 2003 h:\data\conunon\oracle\lm\APPB1202.xlsAppB1202


Well ID

LEACHATELEACHATELEACHATELEACHATELEACHATE

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

Date

18-Jun-9814-Jun-Ol14-Jun-023-Apr-9710-Apr-9717-Apr-9729-May-9728-Aug-9725-Sep-978-Oct-97

26-Nov-9710-Dec-9728-Jan-9825-Feb-9816-Apr-9814-May-9818-Jun-989-JuI-98

13-Aug-988-Oct-986-Nov-982-Dec-986-Jan-993-Feb-999-Mar-997-Apr-996-May-9917-Jun-99

8-JuI-9912-Aug-998-5ep-9914-Oct-994-Nov-99l-Dec-99

5-Jan-OO3-Feb-OO1-Mar-OO4-Apr-OO3-May-OO15-Jun-OO5-Jul-OO

2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO6-Dec-OO4-Jan-Oll-Feb-01l-Mar-013-Apr-Ol2-May-Ol

Parameter

METHYLENE CHLORIDEMETHYLENE CHLORIDEMETHYLENE CHLORIDENICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTAL

NICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALVICKEL, TOTALMICKEL, TOTALMICKEL, TOTALVICKEL, TOTAL

Result

12.1.1111142.1212221111214

22038

1002619

13044673388

72093273858475177312994372036317941203827

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifier

Q

EJ

DetectionFrequency

/3/6

55/61

Prepared by RMT 3/14/2003 h:\data\comrnon\oracle\lm\APPB1202.xlsAppB1202


Well ID


Date

14-Jun-Ol5-Sep-Ol4-Dec-Oll-Mar-0214-Jun-023-Sep-024-Dec-025-Sep-97

10-Dec-9728-Jan-9825-Feb-98ll-Mar-9816-Apr-9814-May-9818-Jun-989-]ul-98

13-Aug-989-Sep-988-Oct-986-Nov-982-Dec-986-Jan-993-Feb-999-Mar-997-Apr-996-May-9917-Jun-998-Jul-99


2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO6-Dec-OO4-Jan-Oll-Feb-01l-Mar-013-Apr-Ol2-May-Ol14-Jun-Ol

Parameter

NICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALNICKEL, TOTALPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

Result

3632832817

6.726.716.686.66.66.76.7

6.656.6

6.836.736.586.656.696.726.746.696.646.746.556.746.666.726.636.786.786.666.8

6.756.746.686.586.636.636.566.696.846.9

6.816.796.866.76

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/L

SUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSUSU

QualifiersDetectionFrequency

50/50

— Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPBl202.xls AppB1202


Well ID

ILEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

ILEACHATE

!

ACHATEACHATEACHATEACHATEACHATEACHATEACHATEACHATEACHATEACHATE

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATEILEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE[LEACHATE

Date

5-Sep-Ol4-Dec-Oll-Mar-0214-Jun-023-Sep-024-Dec-02

21-Mar-973-Apr-9710-Apr-9717-Apr-9727-Jun-975-Sep-97

10-Dec-9728-Jan-9816-Apr-9813-Aug-982-Dec-986-Jan-999-Mar-996-May-998-Jul-998-Sep-9914-Oct-994-Nov-99l-Dec-992-Aug-OO2-Nov-OO6-Dec-OOl-Feb-01

21-Mar-973-Apr-9710-Apr-9717-Apr-9729-May-97

27-Jun-9724-Jul-97

28-Aug-975-Sep-9725-Sep-978-Oct-97

26-Nov-9710-Dec-97

28-Jan-9825-Feb-98ll-Mar-9816-Apr-9814-May-9818-Jun-989-Jul-98

13-Aug-989-Sep-98

Parameter

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTALSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDED

Result

6.&6.8f67C

6.646.«7.4(0.07

0.0550.0930.0370.140.270.140.130.330.551.6

0.460.572.2

21.94.10.93.4

0.461.1

0.110.91

5936206353512914

11926080295812704556

250120552630

Units

> SUI SU) SU[ SU> SU) SU

MG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/L

Qualifiers

QPjQQQQ

QQ

QQ

Q

QAQA

DetectionFrequency

23/61

61/61 1

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\ APPB1202.xls AppBl 202


Well ID


Date

8-Oct-986-Nov-982-Dec-986-Jan-993-Feb-999-Mar-997-Apr-996-May-9917-Jun-998-Jul-99


2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO6-Dec-OO4-Jan-Oll-Feb-01l-Mar-013-Apr-Ol2-May-Ol14-Jun-Ol5-Sep-Ol4-Dec-Oll-Mar-0214-Jun-023-Sep-024-Dec-0225-Sep-9718-Jun-9817-Jun-9915-Jun-OO14-Jun-Ol14-Jun-0221-Mar-973-Apr-9710-Apr-9717-Apr-9729-May-9727-Jun-97

Parameter

SOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDTOLUENETOLUENETOLUENETOLUENETOLUENETOLUENE

ZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTAL

Result

63

31002601212

96007

36010

21000300700

170011089

130230

4000250240

3200990400

2000320130

200050

61010011099043070

1206905.12.812

0.571.41.43.583176315166.5

Units

MG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

Q

Q

Q

DetectionFrequency

6/6

52/61

Prepared by RMT 3/14/2003 h:\data\coimnon\oracle\lm\ APPB1202.xls AppBl202


Well ID

LEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATELEACHATE

LEACHATE

LEACHATE

LEACHATE

Date

24-JuI-9728-Aug-975-Sep-9725-Sep-978-Oct-97

26-Nov-9710-Dec-9728-Jan-9816-Apr-9814-May-98

18-Jun-9813-Aug-989-Sep-988-Oct-986-Nov-982-Dec-986-Jan-993-Feb-999-Mar-997-Apr-996-May-9917-Jun-998-JuI-998-Sep-9914-Oct-994-Nov-99l-Dec-993-Feb-OO1-Mar-OO4-Apr-OO3-May-OO15-Jun-OO5-]ul-00

2-Aug-OO7-Sep-OO4-Oct-OO2-Nov-OO4-Jan-Oll-Feb-01l-Mar-015-Sep-Ol4-Dec-Oll-Mar-02

14-Jun-02

3-Sep-02

4-Dec-02

Parameter

ZINC TOTALZINC, TOTAL

ZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTAL

ZINC, TOTAL

ZINC, TOTAL

ZINC, TOTAL

Result

t

113L:28.11

4.125

4.12

9.319015471017

10046

110140390250

2620012045

1203817

140371125

1104532

1003216161623

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/L

UG/LUG/L

Qualifier

Q

Q

QQ

Q*jB

Q

EJ

N

A

Q

QEDQ

A

QQ

j

i]DetectionFrequency

Prepared by RMT 3/14/2003 10 h:\data\common\oracle\lm\APPB1202.xlsAppB1202

LABORATORY AND DATA VALIDATION QUALIFIERSLEMBERGER LANDFILL SUPERFUND SITE

Laboratory QualifiersQual

AB

BBB

BI

DA

E

EF

FH

IJ

K

MN

P

Q

sUNWWX

FractionInorganicInorganic

OrganicInorganic

Inorganic

Inorganic

Inorganic

OrganicInorganic

OrganicInorganic/OrganicInorganicOrganic

Inorganic

InorganicInorganic/OrganicOrganic

Inorganic/Organic

InorganicInorganicInorganicOrganicInorganic/Organic

DefinitionAnalyte is detected in the method blank.1. Analyte is detected in the method blank.2. The analyte is detected between the method detection limit and the

reporting limit.Analyte is detected in the method blank.BOD result is estimated due to the BOD blank exceeding the allowableoxygen depletion.BOD result is estimated due to insufficient oxygen depletion. Due to the48 hour holding time for this test, it is not practical to reanalyze and tryto correct the deficiency.Dissolved analyte greater than total analyte; analysis passed QC based onprecision criteria.1. Analyte concentration exceeds the maximum linear quantitation limit

of the instrument.2. Estimated concentration due to matrix interferences.Analyte concentration exceeds calibration range.Due to potential interferences for this analysis by ICP techniques, thisanalyte has been confirmed by and reported from an alternate method.Surrogate results outside control limits.Extraction and/or analysis performed past the holding time.

Estimated concentration due to severe matrix interference.Qualitative evidence of analyte present: concentration detected is greaterthan the method detection limit but less than the reporting limit.Sample received unpreserved. Sample was either preserved at the timeof receipt or at the time of sample preparation.Elevated detection limit due to matrix effects.Spiked sample recovery not within control limits.

The relative percent difference between the two columns fro detectedconcentrations was greater than 40%.The analyte has been detected between the limit of detection (LOD) andlimit of quantitation (LOQ). The results are qualified due to theuncertainty of analyte concentrations within this range.The reported value was determined by the Method of Standard Addition.Sample was not preserved to pH < 2.0.Post-digestion spike out of control limits.Sample received with headspace.See Sample Narrative.

G:\DATA\COMMON\ORACLE\LM\QUAL-TABLE.DOC 03/14/03


(cont'd)

1

8

#&

*

Inorganic

Inorganic

InorganicInorganic/OrganicInorganic/Organic

Dissolved analyte or filtered analyte greater than total analyte; analysispassed QC based on precision criteria.BOD result is estimated due to complete oxygen depletion. Due to the 48hour holding time for this test, it is not practical to reanalyze and try tocorrect the deficiency.Duplicate analyses not within control limits.Laboratory Control Spike recovery not within control limits.

Duplicate analyses not within control limits.

Data Validation Qualifiersbf

j

su

Analyte is present in the associated trip blank.Analyte is present in the associated field blank.When specific QC criteria are outside the established control limits, thereported quantitation limit is approximate and may or may not representthe actual limit of quantitation necessary to accurately and preciselymeasure the analyte in the sample.Analyte is present in the associated storage blank.Analyte is present at less than 10 times the concentration in theassociated trip, field, storage, and/ or laboratory method blank (B) forcommon laboratory contaminants, or less than 5 times the blankconcentration of other compounds and is therefore qualified as non-detectable (u) according to USEPA data validation procedures (USEPA,1991).

Note:The definitions of laboratory flags have changed over time, and flags may have differentdefinitions for inorganic versus organic analyses. The above table represents the mostcomprehensive list of definitions available for the Lemberger Landfill historical data.

G:\DATA\COMMON\ORACLE\LM\QUAL-TABLE.DOC 03/14/03 127/2.

Appendix CTabular Summary of Landfill Gas

Monitoring Results

RAIT, Inc. | Lemberger Landfilli\wpMSN\PiT\oo-0345i\n\Rooo345ii 1-002 DOC Final April 2003

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Appendix DTabular Summary of

Detected Constituents in PumpedGroundwater and Combined Influent -

January through December 2002

RMT, Inc. \ Lemberger Landfilli:\wpMSN\piT\oo-0345t\u\K00034sinoo2DOC Final April 2003

Lemberger Landfill - Pumped Water and Combined InfluentAnalytical Results - Detections Only (January 2002 - December 2002)

Well ID

EYV-01DEW-01 DEW-01DEW-01 D

EW-01DEW-01DEW-01DEW-01D

EW-01DEW-01DEW-01DEW-01 D

EW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01D

EW-01 DEW-01DEW-01DEW-01 D

EW-01 DEW-01 DEW-01DEW-01DEW-01 DEW-01 D


EW-01DEW-01 DEW-01DEW-01D

EW-01 DEW-01DEW-01DEW-01D


EW-01DEW-01DEW-01 D

EW-01DEW-01 DEW-01 DEW-01 D

Date

25-Mar-0218-]ul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-JuI-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-0217-Dec-0217-Dec-0230-Sep-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-0225-Mar-0230-Sep-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0230-Sep-02

25-Mar-0218-JuI-0230-Sep-0217-Dec-02

25-Mar-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0230-Sep-02

Parameter

1,1,1 -TRICHLOROETH ANE1,1,1 -TRICHLOROETH ANE1,1 ,1 -TRICHLOROETH ANE1,1,1-TRICHLOROETHANE

1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1 ,1 -DICHLOROETHANE

1,1-DICHLOROETHENE1 ,1 -DICHLOROETHENE1 ,1 -DICHLOROETHENE1 ,1 -DICHLOROETHENE

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALALUMINUM, DISSOLVEDALUMINUM, TOTALANTIMONY, TOTAL

BARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVED

BARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBETA-BHCCADMIUM, DISSOLVED

CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVED

CALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTAL

CHLOROETHANECHLOROETHANECHLOROETHANECOBALT, DISSOLVED

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFIC

COPPER, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVED

COPPER, TOTALCOPPER, TOTALCOPPER, TOTALCYANIDE, TOTAL

Result

960560

11001100

36025049043067535058

18014018017025384.36768747675667775

0.0170.61

120000110000120000130000

120000110000120000120000

374255

0.94

7557567687652.38.22.86.34.92.6

0.011

Units

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L


UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

UG/LUG/LUG/L

UG/LUG/LUG/LMG/L

Qualifiers

D&D

DD

&

QA

Q

1

1

Q

l

Q

Q

Q

QQ

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPD1202.xls AppD 12 Mos


Well ID

EW-01DEW-Q1DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01D




EW-01DEW-01DEW-01DEW-01DEVV-01D

EW-01DEW-01D





EW-01DEW-01D

Date


14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-0217-Dec-0230-Sep-0230-Sep-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-0230-Sep-02

30-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-02

Parameter

DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERGAMMA-BHC (LINDANE)IRON, DISSOLVEDIRON, TOTAL

MAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

MAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTAL

MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVED

MANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALNICKEL, DISSOLVED

NICKEL, TOTALNICKEL, TOTAL

PH, FIELDPH, FIELDPH, FIELDPH, FIELD

POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVED

POTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTAL

SODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDaODIUM, DISSOLVED

bODIUM, TOTAL3OD1UM, TOTAL

Result

48.547.749.5447.746.545.247.2548.653.255.456.457.1

0.0082770

52000520005000056000

53000510005200056000

1088

10016

33086

13019

3.3•:

3.17.067.147.027.08

1600140015001500

1600140015001500

6800620069007000

70006100

Units

FEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/L

UG/LUG/L

SUSUSUSU

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

Qualifiers

QP

QQ

1

1

QQQ

l

l



Well ID

EW-01DEW-01DEW-01DEW-01DEW-01D

EW-01DEW-01D


EW-01DEW-01D

EW-01DEW-01D

EW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01DEW-01D

EW-01DEW-01DEW-01D

EW-01DEW-01DEW-01D

EW-01D DUPEW-01D DUPEW-01D DUPEW-01D DUPEW-01D DUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01D DUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01D DUPEW-01D DUPEW-01DDUP

Date

30-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-02

18-Jul-0230-Sep-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

30-Sep-0230-Sep-02

18-Jul-0230-Sep-02

8-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-]un-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-02

25-Mar-0230-Sep-0217-Dec-02

25-Mar-0230-Sep-0217-Dec-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-02

Parameter

SODIUM, TOTALSODIUM, TOTAL

TEMPERATURETEMPERATURETEMPERATURE

TETRACHLOROETHENEIt 1 KALHLOKUEI HENt

TRICHLOROETHENETRICHLOROETHENETRICHLOROETHENETRICHLOROETHENE

VANADIUM, DISSOLVEDVANADIUM, TOTAL

VINYL CHLORIDEVINYL CHLORIDE

WATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATION

ZINC, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVED

ZINC, TOTALZINC, TOTALZINC, TOTAL1,1,1-TRICHLOROETHANE1 ,1 -DICHLOROETH ANE,1-DICHLUKUhTHENE,2-DICHLOKOETHANE

1,2-DICHLOROEJ HENE, TOTALBARIUM, DISSOLVEDBARIUM, TOTALCALCIUM, DISSOLVEDCALCIUM, TOTALCHLOROETHANECOBALT, TOTALCOPPER, DISSOLVEDCOPPER, TOTALCYANIDE, TOTALRON, DISSOLVEDRON, TOTAL

MAGNESIUM, DISSOLVEDMAGNESIUM, TOTALMANGANESE, DISSOLVED

Result

69006900

109

10

3.63.743374146

21.41.41.6

796.39797.15795.37797.19798.37799.68797.66796.24791.63789.42788.49787.73

3804.2140420

6150

100044051

0.61907476

120000120000

560.651.45.8

0.0026857

5100051000

no

Units

UG/LUG/LDEGCDEGCDEGC

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEET

UG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LMG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

QQ

Q

Q

&DD&Q

QQ

QQQ

Prepared by RMT 3/14/2003 h:\data\common\oracle\lrn\APPDl202.xls AppD 12 Mos


Well ID

EW-01DDUPEW-01D DUPEW-01DDUPEW-01D DUPEW-01D DUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01DDUPEW-01D DUPEW-01D DUPEW-01D DUP

EW-02DEW-02D

EW-02DEW-02DEW-02DEW-02DEW-02DEW-02D

EW-02DEW-02D

EW-02DEW-02D


EW-02DEW-02DEW-02D

EW-02DEW-02DEW-02DEW-02DEW-02DEW-02DEW-02DEW-02DEW-02DEW-02DEW-02DEVV-02DEW-02D

EW-02DEW-02D

EW-02DEW-02D

EW-02DEW-02D

EW-02DEW-02D

Date

30-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-0230-Sep-02

28-Mar-0218-JuI-02

28-Mar-0218-Jul-0218-Jul-0218-Jul-02

28-Mar-0218-JuI-02

28-Mar-0218-Jul-02

28-Mar-0218-]ul-02

28-Mar-0218-Jul-02

28-Mar-0228-Mar-02

28-Mar-0218-Jul-02

28-Mar-02

18-]ul-028-]an-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02


28-Mar-0218-Jul-02

28-Mar-0218-Jul-02

28-Mar-0218-JuI-02

28-Mar-0218-Jul-02

Parameter

MANGANESE, TOTALPOTASSIUM, DISSOLVEDPOTASSIUM, TOTALSODIUM, DISSOLVEDSODIUM, TOTALTETRACHLOROETHENETR1CHLOROETHENEVANADIUM, DISSOLVEDVANADIUM, TOTALVINYL CHLORIDEZINC, DISSOLVEDZINC, TOTAL

1,1 ,1 -TRICHLOROETH ANE1,1,1-TRICHLOROETHANE

1,1 -DICHLOROETH ANE1,1-DICHLOROETHANE1,1-DICHLOROETHENE1,2-DICHLOROETHENE, TOTAL

BARIUM, DISSOLVEDBARIUM, DISSOLVED

BARIUM, TOTALBARIUM, TOTAL

CALCIUM, DISSOLVEDCALCIUM, DISSOLVED

CALCIUM, TOTALCALCIUM, TOTALCHROMIUM, DISSOLVEDCHROMIUM, TOTAL

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCOPPER, DISSOLVED

COPPER, TOTALDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATER

MAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

MAGNESIUM, TOTALMAGNESIUM, TOTAL

PH, FIELDPH, FIELD

POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVED

Result

1401500150070006900

3.6411.31.21.55.4

95.

2.3.8

0.760.99

40404140

8600085000

8700085000

0.892.5

6176071.813

21.7722.1222.3321.5520.4820.2

20.4920.6421.1721.5821.9222.36

4100040000

4100041000

7.327.56

19001800

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UMHOS/CMUMHOS/CM

UG/L

UG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEET

UG/LUG/L

UG/LUG/L

SUSU

UG/LUG/L

Qualifiers

1

QQ

QQ

QQ

Q

Q

by RMT 3/14/2003 h:\da ta\ \oracle\Im\APPD1202.xls AppD 12 Mos


Well ID

EW-02DEW-02D

EVV-02DEVV-02D

EW-02DEW-02D

EW-02DEW-02D

EW-02DEW-02D


EVV-02DEW-02DEW-02DEW-02DEW-02DEW-02DEW-02D



EVV-03DEW-03DEW-03D





EW-03D

Date

28-Mar-0218-Jul-02

28-Mar-0218-Jul-02

28-Mar-0218-Jul-02

28-Mar-0218-JuI-02

28-Mar-0218-Jul-02

8-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Ju!-02


28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-02lS-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-]ul-0230-Sep-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-JuI-0230-Sep-0217-Dec-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-02

Parameter

POTASSIUM, TOTALPOTASSIUM, TOTAL

SODIUM, DISSOLVEDSODIUM, DISSOLVED


TEMPERATURETEMPERATURE

TRICHLOROETHENETRICHLOROETHENE


1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1 ,1 ,1 -TRICHLOROETHANE1 ,1 ,1-TRICHLOROETH ANE

1 ,1 -DICHLOROETH ANE1,1-DICHLOROETHANE1 ,1 -DICHLOROETH ANE1,1-DICHLOROETHANE

1,1-DICHLOROETHENEU-DICHLOROETHENE1,1-DICHLOROETHENE

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALALUMINUM, TOTAL

BARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVED

BARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBERYLLIUM, TOTAL


CALCIUM, TOTAL

Result

19001800

50005000

50005000

10(

0.771.1

798.73798.38798.17798.95800.02800.3

800.01799.86799.33798.92798.58798.14

136.81012

5.43.94.7

C

1.20.790.83

3.22.13.32.412055586062585660600.3

80000760008400089000

82000

Units

UG/LUG/L

UG/LUG/L

UG/LUG/L

DEGCDEGC

UG/LUG/L

FEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEET

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/L


UG/LUG/LUG/LUG/L


UG/LUG/LUG/LUG/L

UG/L

Qualifiers

QQ

&

QQ

Q&

QQQ

l

1

Q

il

Prepared by RMT 3/14/2003 h:\data\common\oracle\Im\APPD1202.xls AppD 12 Mos


Well ID

1 EW-03DEW-03DEW-03D

|| EW-03DEW-03D

EW-Q3DEW-03DEW-03DEW-03D

EW-03DEW-03DEW-03D

EW-03DEW-03D


EW-03DEW-03D

EW-03DEW-03DEW-03D


EW-03DEW-03DEVV-03DEW-03D

EW-03DEW-03D



EW-03DEW-03DEW-03D

Date

18-Jul-0230-Sep-0217-Dec-0228-Mar-0228-Mar-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-02

8-Jan-026-Feb-021-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02


30-Sep-0217-Dec-02

28-Mar-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

30-Sep-0217-Dec-02

28-Mar-0230-Sep-0217-Dec-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-02

Parameter

CALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCHROMIUM, DISSOLVEDCHROMIUM, TOTAL



COPPER, TOTALCOPPER, TOTAL

DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATER

IRON, DISSOLVEDIRON, DISSOLVED

IRON, TOTALRON, TOTALRON, TOTAL



MANGANESE, DISSOLVEDMANGANESE, DISSOLVED

MANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALNICKEL, DISSOLVED

PH, FIELDPH, FIELD

H, FIELDH, FIELD

POTASSIUM, DISSOLVEDOTASSIUM, DISSOLVEDOTASSIUM, DISSOLVED

Result

7900C8300C8600C

1.

5845857582.1.8.5.9.

47.247.34

447.5747.1446.7546.8546.9247.3347.6947.9248.25

3334042

200280

40000400003900043000

40000400003900042000

11.9

11.62.424

7.47.617.367.43

170016001700

Units


U MHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

UG/LUG/LUG/L

UG/LUG/L


UG/LUG/L

UG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

SUSUSUSU

UG/LUG/LUG/L

Qualifiers

QQ

QQ

Q1Q

1

1QQQQQ1



Well ID

EW-03D






EW-03DEW-03DEW-03DEW-03DEW-03DEW-03DEW-03DEW-03DEW-03DEW-03DEW-03DEW-03DEW-03D

EW-03DEW-03D

EW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUPEW-03D DUP

Date

17-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-JuI-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-0230-Sep-0230-Sep-02

8-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-]ul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-0217-Dec-02

30-Sep-0217-Dec-0218-Jul-0218-Jul-0218-Ju!-0218-JuI-0218-]ul-0218-Jul-0218-Jul-0218-Jul-0218-Jul-0218-Jul-0218-Jul-0218-Jul-0218-]ul-0218-Jul-02

Parameter

POTASSIUM, DISSOLVED


SODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVED

SODIUM, TOTALSODIUM, TOTALSODIUM, TOTALSODIUM, TOTAL

TEMPERATURETEMPERATURETEMPERATURETEMPERATURE

TRICHLOROETHENETRICHLOROETHENETRICHLOROETHENETRICHLOROETHENEVANADIUM, DISSOLVEDVANADIUM, TOTAL

WATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONZINC, DISSOLVED

ZINC, TOTALZINC, TOTAL,1,1-TRICHLOROETHANE,1 -DICHLOROETH ANE,1 -DICHLOROETHENE,2-DICHLOROETHENE, TOTAL

BARIUM, DISSOLVEDBARIUM, TOTALCALCIUM, DISSOLVEDCALCIUM, TOTALCOPPER, TOTALMAGNESIUM, DISSOLVEDMAGNESIUM, TOTALPOTASSIUM, DISSOLVEDPOTASSIUM, TOTALSODIUM, DISSOLVED

Result

170017001600160016004700490051005200

4800470049004700

10c

109

1.51.21.71.72.21.3

791.04790.92790.26790.69791.12791.51791.41791.34790.93790.57790.34790.01

165.89.36.53.60.81.95756

8000079000

114000040000160016004900

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LDEGCDEGCDEGCDEGC

UG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

1

111

QQ

QQ

QQ

QQ1

1

Q

i



Well ID

EW-03D DUPEW-03D DUP

EW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04D

Date

18-Jul-0218-Jul-02

25-Mar-0218-JuI-0230-Sep-0217-Dec-0225-Mar-0218-]ul-0230-Sep-0217-Dec-0225-Mar-0218-Jul-0230-Sep-0217-Dec-0225-Mar-0218-Jul-0230-Sep-0217-Dec-0217-Dec-0225-Mar-0218-)ul-0230-Sep-0217-Dec-0225-Mar-0218-Jul-0230-Sep-0217-Dec-0230-Sep-0225-Mar-0218-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-JuI-0230-Sep-0217-Dec-0225-Mar-0218-]ul-02

25-Mar-0225-Mar-0218-Jul-02

30-Sep-0217-Dec-0225-Mar-0218-JuI-02

30-Sep-0230-Sep-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-Mav-02

Parameter

SODIUM, TOTALTRICHLOROETHENE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHENE1,1-DICHLOROETHENE1,1-DICHLOROETHENE1,1-DICHLOROETHENE1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALALUMINUM, TOTALBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBARIUM, TOTALCADMIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCHLOROETHANECHLOROETHANECHROMIUM, DISSOLVEDCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCOPPER, DISSOLVEDCOPPER, TOTALCOPPER, TOTALCYANIDE, TOTALDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATER

Result

47000.88

322821111

2.

2.2.27.86.28.36.6506971737672717476

0.583000810008600088000

84000810008400089000

0.730.65

1.46026005805801.8572.7

0.00237.1437.33

3736.8136.57

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L


UG/LUG/LUG/LMG/LFEETFEETFEETFEETFEET

Qualifiers

Q

&

&

Q

1

QQQ

Q

QQ

Prepared by RMT 3/14/2003 h:\data\comrnon\oracle\lrn\APPD1202.xls AppD 12 Mos


Well ID

EW-04DEW-04D

EW-04D

EW-04DEW-04D

EVV-04DEW-04D

EW-04D

EW-04D

EW-04D

EW-04DEW-04DEW-04D

EW-04D

EW-04D

EW-04DEW-04D

EW-04D

EW-04DEW-04DEW-04D

EW-04DEW-04D

EW-04DEW-04D

EW-04DEW-04D

EW-04DEW-04D

EW-04D

EW-04DEW-04DEW-04D


EW-04D

EW-04DEW-04DEW-04D


EW-04D

EW-04DEW-04D

EW-Q4DEW-04DEW-04DEW-04D

Date

18-Jun-02

26-]uI-02

14-Aug-02ll-Sep-02

21-Oct-02

12-Nov-0210-Dec-02

25-Mar-02

17-Dec-02

25-Mar-02

18-]ul-0230-Sep-0217-Dec-02

25-Mar-02

18-Jul-02

30-Sep-0217-Dec-02

25-Mar-02

18-Jul-0230-Sep-0217-Dec-02

25-Mar-02

18-Jul-0230-Sep-0217-Dec-02

25-Mar-02

18-Jul-0230-Sep-0217-Dec-02

25-Mar-02

18-Jul-0230-Sep-0217-Dec-02

25-Mar-0218-Jul-02

30-Sep-0217-Dec-02

25-Mar-0218-JuI-02

30-Sep-0217-Dec-02

25-Mar-0218-Jul-0230-Sep-0217-Dec-02

30-Sep-02

25-Mar-0230-Sep-02

8-Jan-026-Feb-02l-Mar-0222-Apr-02

Parameter

DEPTH TO WATER

DEPTH TO WATERDEPTH TO WATER

DEPTH TO WATER

DEPTH TO WATER


IRON, DISSOLVED

IRON, TOTAL

MAGNESIUM, DISSOLVED



MAGNESIUM, TOTAL

MAGNESIUM, TOTAL

MAGNESIUM, TOTALMAGNESIUM, TOTAL

PH, FIELD

PH, FIELD

PH, FIELDPH, FIELD



POTASSIUM, TOTAL

POTASSIUM, TOTAL

POTASSIUM, TOTALPOTASSIUM, TOTAL

SODIUM, DISSOLVED

SODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVED



TEMPERATURE

TEMPERATURETEMPERATURETEMPERATURE


VANADIUM, DISSOLVED

VANADIUM, TOTALVANADIUM, TOTAL

WATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATION

Result

36.36

36.5836.98

3737.1337.2237.33

2450

41000

42000

4100044000

42000

420004000044000

7.487.637.447.38

1600150015001500

1500150015001500

4700

510050005000

48004800

49004800

109

108

3.83.33.73.51.7

1.21.2

790.49

790.3790.63790.82

Units

FEET

FEET

FEET

FEET

FEET

FEETFEET

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

SUSUSUSU

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

DEGCDEGC

DEGCDEGC


UG/LUG/L

FEETFEETFEETFEET

Qualifiers

QQ

1

111

QQQ



Well ID

EW-04DEW-04DEVV-04DEW-04DEW-04DEW-04DEW-04DEW-04DEW-04D

EW-04DEW-04D

EW-04D DUP

EW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEVV-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEVV-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUPEW-04D DUP

EW-04IEW-041EW-04IEW-041

EW-041EW-041EW-041EW-041

EW-041EW-041EW-041EW-041

EW-041EW-041EW-041EW-041EW-041

EW-041EW-041

Date

15-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-02IO-Dec-0230-Sep-02

30-Sep-0217-Dec-0217-Dec-02

17-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-0217-Dec-02

17-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-SeP-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02


28-Mar-0230-Sep-02

Parameter

WATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONZINC, DISSOLVED

ZINC, TOTALZINC, TOTAL1,1,1-TRICHLOROETHANE

1,1-D1CHLOROETHANE1,1-D1CHLOROETHENE1,2-DlCHLOROETHENE, TOTALALUMINUM, DISSOLVEDALUMINUM, TOTALBARIUM, DISSOLVEDBARIUM, TOTALCALCIUM, DISSOLVEDCALCIUM, TOTALCHROMIUM, TOTALIRON, TOTALMAGNESIUM, DISSOLVEDMAGNESIUM, TOTALNICKEL, TOTALPOTASSIUM, DISSOLVEDPOTASSIUM, TOTALSODIUM, DISSOLVEDSODIUM, TOTALTRICHLOROETHENEVANADIUM, DISSOLVEDZINC, TOTAL

1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE

1,1-DICHLOROETHANE1,1-D1CHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE

1,1-D1CHLOROETHENEU-DICHLOROETHENE1,1-DICHLOROETHENE1,1-DICHLOROETHENE

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALALUMINUM, TOTAL


Result

791.06791.27791.05790.65790.63790.5

790.41790.3

128.2152512

^

6.2110

917776

8900087000

1.261

4400044000

31500150050004900

3.81.4123524323115131614

3.32.63.12.38.26.78.77.2525560

Units

FEETFEETFEETFEETFEETFEETFEETFEETUG/L

UG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L


UG/LUG/L

Qualifiers

QQ

A

1

1

QQ

Q

l

QQ

&N

&

1

Prepared by RMT 3/14/2003 10 h:\data\common\oracle\lm\APPD1202.xls AppD 12 Mos(0


Well ID

EW-04I

EW-04IEW-04IEW-04IEW-04IEW-04I

EW-04IEW-041EW-04IEW-041

EW-041EW-041EW-041EW-041EW-041EW-O4IEW-041

EW-041EW-041EW-041EW-041

EW-041EW-041

EW-041EW-041

EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041

EW-O4IEW-041EW-041EW-041

EW-041EW-041EW-041EW-041EW-041

EW-041EW-041EW-041EW-041

Date

17-Dec-02


28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-0218-Jul-02

28-Mar-0228-Mar-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0230-Sep-02

18-Jul-0230-Sep-02

8-Jan-026-Feb-02l-Mar-02

22-Apr-0215-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-0217-Dec-0228-Mar-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02


28-Mar-0218-Jul-0230-Sep-0217-Dec-02

Parameter

BARIUM, DISSOLVED

BARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBARIUM, TOTALCADMIUM, TOTAL


CALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCHLOROETHANECHROMIUM, DISSOLVEDCHROMIUM, TOTAL


COPPER, DISSOLVEDCOPPER, DISSOLVED


DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERRON, TOTAL

LEAD, DISSOLVED


MAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMANGANESE, TOTAL


Result

657565961

0.66

85000840008800092000

86000840008800091000

0.680.840.79

6126035946043.22.32415

36.0536.2836.2435.9

35.5635.2335.6635.8435.9436.1136.2536.39

1601.1

41000420004100044000

41000420004100044000

1.27.367.567.4

7.38

Units

UG/L


UG/LUG/LUG/LUG/L



UG/LUG/L

UG/LUG/L

FEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETUG/LUG/L

UG/LUG/LUG/LUG/L


SUSUSUSU

Qualifiers

1

Q

1

QQQ

QQ

QA

Q

Prepared by RMT 3/14/2003 11 h:\data\common\oracle\lm\APPD1202.xls AppD 12 MosI


WeJl ID

EW-04IEW-04IEW-04IEW-04I



EW-04IEW-04IEW-041EW-041

EW-041EW-041EW-041EW-041

EW-041EW-041EW-041EW-041EW-041EW-041

EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041EW-041

EW-041EW-041

EW-05IEW-05IEW-05IEW-05IEW-05IEW-051EW-05IEW-051EW-051EW-051EW-051EW-051

Date

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Ju)-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-JuI-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-)ul-0230-Sep-0217-Dec-0230-Sep-0230-Sep-02


14-Aug-0211-Sep-0221-Oct-0212-Nov-0210-Dec-02

30-Sep-0217-Dec-02



Parameter



SODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVED

SODIUM, TOTALSODIUM, TOTALSODIUM, TOTALSODIUM, TOTALTEMPERATURETEMPERATURETEMPERATURETEMPERATURE

TRICHLOROETHENETR1CHLOROETHENETRICHLOROETHENETRICHLOROETHENEVANADIUM, DISSOLVEDVANADIUM, TOTALWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATION

ZINC, TOTALZINC, TOTAL

DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATER

Result

1500150C15015001600150015015004700480049005000

4900470050004900

10<

108

4.84.34.94.81.31.7

790.11789.88789.92790.26790.6

790.93790.5

790.32790.22790.05789.91789.77

5.17.7

6.627.037.126.215.414.385.855.185.826.126.516.83

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LDEGCDEGCDEGCDEGC

UG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEET

UG/LUG/L


Qualifiers

1

1

QQ

QQ

Prepared by RMT 3/14/2003 12 h:\data\common\oracle\lm\APPD1202.xls AppD 12 Mos


Well ID

EW-05IEW-05IEW-051EW-05IEW-051EW-051EW-051EW-051EW-051EW-051EW-051EW-051


EW-06DEW-06D

EW-06DEW-06DEW-Q6DEW-06DEW-06D


EW-06DEW-06D





EW-06DEW-06D

Date

8-]an-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02


U-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02

14-Jan-0223-Jul-02

14-]an-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02

14-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02

14-Jan-0223-Jul-02



14-Jan-0230-Mar-0223-JuI-0230-Sep-0217-Dec-02

14-Jan-0230-Mar-0223-Jul-0214-Jan-02

30-Mar-0217-Dec-02

Parameter


1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1 ,1 ,1-TRICHLOROETH ANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE

1 ,1 ,2-TRICHLOROETH ANE1,1,2-lKlCriLUKOtIriANt

1,1-DlCHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1 ,1 -DICHLOROETH ANE

1,1-DICHLOROETHENE1 ,1 -DICHLOROETHENE1,1-DICHLOROETHENE1 ,1 -DICHLOROETHENE1,1-DICHLOROETHENE

1 ,2-DICHLOROETH ANE1,2-DICHLOROETHANE

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL,2-DICHLOROETHENE, TOTAL

1,2-DICHLOROETHENE, TOTAL

BARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVED

BARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBARIUM, TOTALBARIUM, TOTAL

BENZENEBENZENEBENZENEBERYLLIUM, TOTAL

BETA-BHCBETA-BHC

Result

804.0803.61803.52804.43805.23806.26804.79805.46804.82804.52804.13803.81

16001600110019001700

1.31.7

510550520660680170210170220180

11.7

44051046064056093807676769282777677

0.460.540.460.840.04

0.072

Units


UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

DDD

&D

Q

DDD

DDD&

Q

DDD

1

QQQQ



Well ID

EW-06DEW-06DEW-06D









Date

23-JuI-0230-Sep-0217-Dec-02

14-]an-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02


14-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0223-Jul-0217-Dec-02


14-Jan-0230-Mar-0223-]ul-0230-Sep-0217-Dec-02


l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-0217-Dec-0230-Sep-02

14-Jan-0230-Mar-0217-Dec-0214-Jan-0230-Sep-02

Parameter

BIS(2-ETHYLHEXYL)PHTHALATEBIS(2-ETHYLHEXYL)PHTHALATEB1S(2-ETHYLHEXYL)PHTHALATE

CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVED

CALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTAL

CHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHROMIUM, DISSOLVEDCHROMIUM, TOTAL

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFIC

COPPER, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVED

COPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTAL

DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERGAMMA-BHC (LINDANE)RON, DISSOLVED

RON, TOTALRON, TOTALRON, TOTALEAD, DISSOLVEDEAD, DISSOLVED

Result

111

1300001200001200001200012000

1300001200012000110000120000

56574848441.235

9518448128207736.94.46.23.95.53.57.87.32.68.2

78.4878.4778.4578.4378.4578.4778.4278.4278.4378.4

0.007555

22032

7601.51.3

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

Q

i

QQl

l

Q

QQ

QPQ

Q

QQA



Well ID

EW-06DEW-06D






EW-06DEVV-06DEW-06DEW-06DEW-06DEW-06DEW-06DEW-06DEW-06DEW-06D




Date

14-Jan-0230-Sep-02


14-]an-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02









Parameter

LEAD, TOTALLEAD, TOTAL

MAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

MAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTAL

MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVED

MANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTAL

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVED

POTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTAL

SODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVED

SODIUM, TOTALSODIUM, TOTALSODIUM, TOTALSODIUM, TOTALSODIUM, TOTAL

TEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURE

Result

1.2.

6300058000560005400058000

6200058000560005400058000

11015122017

no15112018

6.877.367.127.067.1

19001700160016001600

18001800160016001600

980010000100001100010000

950010000100001000010000

76

12137

Units

UG/LUG/L





sususususu

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LDEGCDEGCDEGCDEGCDEGC

Qualifiers

QQA1

1

1

1

15Prepared by RMT 3/14/2003 15 h:\data\common\oracle\lm\ APPD1202.xls AppD12 Mos


Well ID






EVV-06DEW-06DEW-06DEW-06DEVV-06DEW-065EW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06S

Date

14-Jan-0230-Mar-0223-Jul-0230-Sep-02


14-Jan-0230-Mar-0223-JuI-0230-Sep-02

8-Jan-026-Feb-02l-Mar-0222-Apr-0215-Mav-0218-Jun-0226-JuI-02

14-Aug-0211-Sep-0221-Oct-0212-Nov-0210-Dec-02


14-]an-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-02

Parameter

TETRACHLOROETHENETETRACHLOROETHENETETRACHLOROETHENETETRACHLOROETHENE

TRICHLOROETHENETRICHLOROETHENETRICHLOROETHENETRICHLOROETHENETRICHLOROETHENE

VINYL CHLORIDEVINYL CHLORIDEVINYL CHLORIDEVINYL CHLORIDE


ZINC, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVED

ZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTAL1,1-DICHLOROET HANEACETONEALUMINUM, DISSOLVEDALUMINUM, TOTALANTIMONY, TOTALARSENIC, TOTALBARIUM, DISSOLVEDBARIUM, TOTALBENZENEBERYLLIUM, TOTALCALCIUM, DISSOLVEDCALCIUM, TOTALCHLOROETHANECHROMIUM, DISSOLVEDCHROMIUM, TOTALCOBALT, DISSOLVEDCOBALT, TOTAL

Result

9.97.26.36.4

1601601901801805.610

9.18.7

779.84780.04779.86779.87779.89779.91779.89779.87779.92779.92779.91779.94

2001701301501802001801401601801.13.6200

2000018

500360

34002.4

3160000320000

252.41707.538

Units

UG/LUG/LUG/LUG/L


UG/LUG/LUG/LUG/L



UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

QDD

QQ

Q

Q



Weil ID

EW-06SEW-06SEW-06SEVV-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEVV-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06S

EW-06SEW-06SEVV-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06SEW-06S

EW-06SEW-06SEW-06SEW-06S

EW-07DEW-07DEW-07D

Date

30-Mar-0230-Mar-0230-Mar-02


14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-0230-Mar-02



18-Jul-0230-Sep-0217-Dec-0230-Mar-02

28-Mar-0218-Jul-0230-Sep-02

Parameter

CONDUCTANCE, SPECIFICCOPPER, DISSOLVEDCOPPER, TOTAL

DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERIRON, DISSOLVEDIRON, TOTALLEAD, TOTALMAGNESIUM, DISSOLVEDMAGNESIUM, TOTALMANGANESE, DISSOLVEDMANGANESE, TOTALNICKEL, DISSOLVEDNICKEL, TOTALPH, FIELDPOTASSIUM, DISSOLVEDPOTASSIUM, TOTALSODIUM, DISSOLVEDSODIUM, TOTALTEMPERATURETHALLIUM, TOTALVANADIUM, DISSOLVEDVANADIUM, TOTAL

WATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWELL DRYWELL DRYWELL DRYZINC, TOTAL

1 ,1 ,1-TRICHLOROETH ANE1,1,1-TRICHLOROETHANE1,1,1 -TRICHLOROETH AN E

Result

19262.5130

11.7810.819.978.938.818.57

10.4510.8411.1711.2411.3

11.3636000

90000036

100000140000

1865027

1107.15

33000450008900088000

6414

290826.92827.89828.73829.77829.89830.13828.25827.86827.53827.46827.4

827.34

000

270433039

Units

UMHOS/CMUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

SUUG/LUG/LUG/LUG/LDEGCUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEET

UG/LUG/LUG/LUG/L

Qualifiers

Q

&



Well ID

EW-07D

EW-07D

EW-07DEW-07DEW-07D

EW-07D

EW-07D

EW-07DEW-07D

EW-07D

EW-07D

EW-07DEW-07DEW-07D

EW-07DEW-07D

EW-07DEW-07D

EW-07D

EW-07D

EW-07DEW-07D

EW-07D

EW-07DEW-07DEW-07D

EW-07D

EW-07D

EW-07DEW-07D

EW-07DEW-07D

EW-07D

EW-07D


EW-07DEVV-07D

EW-07DEW-07D

EW-07DEW-07D

EW-07DEW-07D

EVV-07DEW-07D

EW-07D

EW-07D

EW-07DEW-07D

Date

17-Dec-02

28-Mar-02

18-Jul-0230-Sep-0217-Dec-02

28-Mar-02

18-Jul-02

30-Sep-0217-Dec-02

28-Mar-02

18-JuI-02

30-Sep-0217-Dec-0230-Sep-02

28-Mar-0218-Jul-02

30-Sep-0217-Dec-02

28-Mar-02

18-JuI-02

30-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-02

18-JuI-02

30-Sep-0217-Dec-02

28-Mar-0218-Jul-02

28-Mar-02

28-Mar-02

28-Mar-0218-]ul-0230-Sep-0217-Dec-02

28-Mar-0230-Sep-02

28-Mar-0230-Sep-02

8-Jan-026-Feb-02l-Mar-02

22-Apr-0215-May-02

18-Jun-02

26-Jul-0214-Aug-02

H-Sep-02

21-Oct-02

Parameter

1,1,1-TRICHLOROETHANE

1,1-D1CHLOROETHANE

1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE

1,1-DICHLOROETHENE1,1-D1CHLOROETHENE

1,1-DICHLOROETHENE1 ,1 -DICH LOROETHEN E

1,2-D1CHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL

ALUMINUM, TOTAL



BARIUM, TOTAL

BARIUM, TOTAL

BARIUM, TOTALBARIUM, TOTAL


CALCIUM, TOTAL

CALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTAL

CHLOROETHANECHLOROETHANE

CHROMIUM, DISSOLVEDCHROMIUM, TOTAL

CONDUCTANCE, SPECIFIC

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFIC



DEPTH TO WATER

DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATER


DEPTH TO WATER


Result

31111

5.4.

3.1131511493738404038384039

86000

850008800094000

88000

92000

8900091000

0.880.8

0.890.89

6196146046101.71.52.71.3

86.38

87.4387.6385.7683.88

82.08

82.74

83.35

85.5886.69

Units

UG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L


UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UMHOS/CM

UMHOS/CMUMHOS/CMUMHOS/CM

UG/LUG/L

UG/LUG/L

FEETFEET

FEETFEET

FEETFEET

FEET

FEET

FEET

FEET

Qualifiers

&

1

1

QQQQ

QQQQ

Prepared by RMT 3/14/2003 18 h:\data\corrurion\oracle\lm\APPD1202.xls AppD 12 Mos


Well ID

EW-07DEW-07D

EW-07DEW-07D



EW-07DEW-07DEW-07D




EW-07DEW-07DEW-07DEW-07DEW-07DEW-07DEW-07DEW-07D



EW-07DEW-07DEW-07DEW-07DEW-07DEW-07DEW-07DEW-07DEW-07D

Date

12-Nov-0210-Dec-02

18-Jul-0230-Sep-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-JuI-0230-Sep-0217-Dec-0228-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02

28-Mar-0218-Jul-0230-Sep-0217-Dec-02


14-Aug-02ll-Sep-02

Parameter


IRON, TOTALIRON, TOTAL



MANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTAL




SODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, TOTALSODIUM, TOTALSODIUM, TOTALSODIUM, TOTAL

TEMPERATURETEMPERATURETEMPERATURETEMPERATURE


WATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATION

Result

87.5488.57

320110

41000420004100044000

42000440004100043000

0.7711

2.27.347.487.287.31

140014001500150015001400150014005400510051005300

5000500051005100

109

1010

7.15.65.95.4

750.82749.77749.57751.44753.32755.12754.46753.85751.62

Units

FEETFEET

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

SUSUSUSU

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LDEGCDEGCDEGCDEGC

UG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEET

Qualifiers

1

QAQ

Ej

1

11

1



Well ID

EW-07DEW-07DEW-07D

EW-07DEW-07DEW-07D

EW-07DEW-07DEW-07D

EW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEVV-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUPEW-07D DUP


EW-08DEW-08DEW-08DEVV-08DEW-08D



EW-08DEW-08DEW-08D

Date

21-Oct-0212-Nov-0210-Dec-02

28-Mar-0230-Sep-0217-Dec-02

28-Mar-0230-Sep-0217-Dec-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-0228-Mar-02


14-Jan-0230-Mar-0223-]ul-0230-Sep-0217-Dec-02


14-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0214-Jan-02

14-]an-0230-Mar-0223-Jul-02

Parameter

WATER ELEVATIONWATER ELEVATIONWATER ELEVATION

ZINC, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVED

ZINC, TOTALZINC, TOTALZINC, TOTAL1,1,1 -TRICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHENE1,2-DICHLOROETHENE, TOTALBARIUM, DISSOLVEDBARIUM, TOTALCALCIUM, DISSOLVEDCALCIUM, TOTALCHLOROETHANECOPPER, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, TOTALPOTASSIUM, DISSOLVEDPOTASSIUM, TOTALSODIUM, DISSOLVEDSODIUM, TOTALTRICHLOROETHENEZINC, DISSOLVEDZINC, TOTAL

1 ,1 ,1 -TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE

1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE

1,1-DICHLOROETHENE1,1-DICHLOROETHENE1,1-DICHLOROETHENE1,1-DICHLOROETHENE1,1-DICHLOROETHENE

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALANTIMONY, DISSOLVED

BARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVED

Result

750.51749.66748.63

14565.314397.64315

5.6163738

8600087000

0.882.8

4100041000

1400140050004900

7.21512

630710560920

1000

18023025034041073968796

1101101801802402504.2160140130

Units

FEETFEETFEET

UG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L





UG/LUG/LUG/L

Qualifiers

Q

QQ

Q

QQ

J

1

QQDDD

&D

DD

&

Q

Prepared by RMT 3/14/2003 20 h:\data\common\oracle\lrn\APPD1202.xls AppD12Mos


Well ID

EW-08DEW-08D


EW-08DEW-08D

EW-08DEW-08D


EW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08D




EW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08DEW-08D

Date

30-Sep-0217-Dec-02


30-Mar-0217-Dec-02

30-Sep-0217-Dec-02


14-Jan-0230-Mar-0223-JuI-0230-Sep-0217-Dec-0214-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0223-Jul-0214-Jan-0217-Dec-02





14-Aug-02ll-Sep-0221-Oct-02

Parameter



BETA-BHCBETA-BHCBIS(2-ETHYLHEXYL)PHTHALATEBIS(2-ETHYLHEXYL)PHTHALATE


CALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHROMIUM, DISSOLVEDCHROMIUM, TOTALCOBALT, TOTAL


COPPER, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVED

COPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTAL

DEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATER

Result

1414160150130130130

0.0190.07

2437

120000110000120000120000120000

120000120000120000110000120000

19272732361.1

0.820.84858814808788737

1.65.56.65.34.81.77.75.93.69.4

78.8378.7778.7578.7378.7578.7778.6578.62

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L


UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEET

Qualifiers

11

1

QlQ

QA

Q

Ql

Q

QQ



Well ID

EW-08DEW-08D

EW-08DEW-08D

EW-08DEVV-08DEW-08D

EW-08D

EVV-08DEW-08DEW-08D

EW-08DEW-08D

EW-08D

EW-08DEW-08D

EVV-08DEW-08D

EW-08DEW-08DEW-08D

EW-08DEW-08D

EW-08DEW-08D

EVV-08DEW-08DEW-08D

EW-08D

EW-08D

EW-08DEW-08DEW-08D

EW-08D

EW-08D

EW-08D

EW-08DEW-08D


EW-08D

EW-08D

EW-08D

EW-08DEW-08D

EW-08DEW-08DEW-08D

EW-08D

Date

12-Nov-0210-Dec-02

17-Dec-02

17-Dec-02

14-Jan-02

30-Mar-0223-Jul-02

14-Jan-02

14-]an-0230-Mar-02

23-]ul-02

30-Sep-0217-Dec-02

14-Jan-02

30-Mar-02

23-Jul-0230-Sep-0217-Dec-02

14-Jan-0230-Mar-02

23-]ul-0230-Sep-0217-Dec-02

14-]an-02

30-Mar-0223-Jul-02

30-Sep-0217-Dec-02

14-Jan-02

30-Mar-02

23-]ul-0230-Sep-0217-Dec-02

14-Jan-02

30-Mar-02

23-Jul-02

30-Sep-0217-Dec-02

14-Jan-0230-Mar-0223-]ul-0230-Sep-0217-Dec-02

14-Jan-02

30-Mar-02

23-Jul-02

30-Sep-0217-Dec-02

14-Jan-0230-Mar-0223-]ul-02

30-Sep-02

Parameter


DI-N-BUTYLPHTHALATE

GAMMA-BHC (LINDANE)

IRON, TOTAL

IRON, TOTALIRON, TOTAL

LEAD, TOTAL

MAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED


MAGNESIUM, TOTAL

MAGNESIUM, TOTAL

MAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTAL


MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVED

MANGANESE, TOTALMANGANESE, TOTAL

MANGANESE, TOTAL

MANGANESE, TOTALMANGANESE, TOTAL

PH, FIELD

PH, FIELD

PH, FIELDPH, FIELDPH, FIELD





POTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTAL

SODIUM, DISSOLVED

SODIUM, DISSOLVED

SODIUM, DISSOLVED


SODIUM, TOTALsODIUM, TOTALSODIUM, TOTAL3ODIUM, TOTAL

Result

78.678.6

6.0.0

2941.

51000510051000

5100056000

5100051000

520005100055000

26111419172711151817

7.027.067.157.087.11

13001400140014001500

12001400140014001400

1100011000110001100012000

10000110001100011000

Units

FEETFEET

UG/LUG/L

UG/LUG/LUG/LUG/L





SUSUSUSUSU




UG/LUG/LUG/LUG/L

Qualifiers

QQQ

QQ

l

l

i

l

l

i

Prepared by RMT 3/14/2003 22 h:\data\cornrnon\oracle\lrn\APPD1202.xls AppD 12 Mos


Well ID

EW-08DEW-08DEW-08DEVV-08DEW-08DEW-08D









EW-09D

Date

17-Dec-02

14-]an-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02

14-Jan-0230-Mar-0223-Jul-0230-Sep-02


14-Jan-0230-Mar-0223-Jul-0230-Sep-02

8-]an-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-]ul-02






14-Jan-02

Parameter

SODIUM, TOTAL




VINYL CHLORIDEVINYL CHLORIDEVINYL CHLORIDEVINYL CHLORIDE



ZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTAL

1,1,1-TRICHLOROETHANE1,1,1 -TRICHLOROETH ANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-1 KK_HLUKUtTHANh

1,1-DICHLOROETHANE1,1-DICHLOROETHANE1 ,1 -DICHLOROETH ANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE

1,1-DICHLOROETHENE

Result

11000/

612137

4.24.13.84.148555156682.95.21.91.4

778.74778.95778.64778.7

778.72778.74778.72778.7

778.82778.85778.84778.85

22023018018015022023018017016085064041074070026022019027024074

Units

UG/LDEGCDEGCDEGCDEGCDEGC

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETFEET

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

Qualifiers

Q

l

DDD

&D

DDDD



Well ID



EW-09DEW-09DEW-09DEVV-09DEW-09D


EW-09DEW-09DEW-09D






Date

30-Mar-0223-Jul-0230-Sep-0217-Dec-0214-Jan-0223-Jul-02

14-Jan-0230-Mar-0223-]ul-0230-Sep-0217-Dec-0217-Dec-02


14-]an-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02

30-Mar-0217-Dec-02

23-JuI-0230-Sep-0217-Dec-02



14-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0223-Jul-02


14-Jan-0230-Mar-0223-Jul-0230-Sep-02

Parameter

1,1-DICHLOROETHENE1,1-DICHLOROETHENE1 ,1 -DICHLOROETHENE1,1-DICHLOROETHENE1,2-DICHLOROETHANE1,2-DICHLOROETHANE

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALALUMINUM, TOTAL

BARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVED


BETA-BHCBETA-BHC

BIS(2-ETHYLHEXYL)PHTHALATEBIS(2-ETHYLHEXYL)PHTHALATEBIS(2-ETHYLHEXYL)PHTHALATE


CALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTALCALCIUM, TOTAL

CHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHROMIUM, DISSOLVED



OPPER, DISSOLVED

Result

8665

0.60.54

1214100131004

10099

1001001009999

10099

0.0230.026

195.425

120000110000120000110000120000

120000noooo120000120000120000

33372712

5.71.5

8057488147847361.34.67.24.7

Units

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L


UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L


UG/LUG/LUG/LUG/L

Qualifiers

&

QQ

1

QQl

Q

Ql



Well ID

EW-09DEW-09DEW-09DEW-09DEW-09DEW-Q9DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09D

Date

17-Dec-0214-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-0217-Dec-0230-Mar-0230-Sep-0217-Dec-0214-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0223-Jul-0230-Sep-0217-Dec-0214-Jan-0230-5ep-0214-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0214-Jan-0230-Mar-0223-JuI-0230-Sep-0217-Dec-0214-Jan-0230-Mar-0223-JuI-0230-Sep-0217-Dec-0214-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0214-Jan-02

30-Mar-02

Parameter

COPPER, DISSOLVEDCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALCOPPER, TOTALDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERDEPTH TO WATERGAMMA-BHC (LINDANE)IRON, DISSOLVEDIRON, DISSOLVEDIRON, DISSOLVEDIRON, TOTALIRON, TOTALIRON, TOTALIRON, TOTALIRON, TOTALLEAD, DISSOLVEDLEAD, DISSOLVEDLEAD, DISSOLVEDLEAD, TOTALLEAD, TOTALMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMAGNESIUM, TOTALMANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALMANGANESE, TOTALPH, FIELDPH, FIELD

Result

6.3.87.77.4.28.2

78.8778.9378.9578.97

7979.0278.88

78.978.9378.88

0.0094209831

60031039

1702301.9

41

1.32.7

51000490004900049000530005300049000490004800052000

23016

9.51112

23018

9.21212

7.037.47

Units

UG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEETUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

SUSU

Qualifiers

Q

QQ

Q

Q

QA1AQQ

QA

1

1



Well ID

EW-09DEW-09DEW-09D









EW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09DEW-09D

Date

23-Jul-0230-Sep-0217-Dec-02


14-Jan-0230-Mar-0223-Jul-0230-Sep-0217-Dec-0230-Sep-02


14-Jan-0230-Mar-0223-]ul-0230-Sep-0217-Dec-02


14-]an-0230-Mar-0223-Jul-0230-Sep-02

14-Jan-0230-Mar-0223-]uI-0230-Sep-0217-Dec-02

14-Jan-0230-Mar-0223-JuI-0230-Sep-02


14-Aug-02ll-Sep-0221-Oct-02

Parameter

PH, FIELDPH, FIELDPH, FIELDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVED

POTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALPOTASSIUM, TOTALSILVER, TOTALSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVED

SODIUM, TOTALSODIUM, TOTALSODIUM, TOTALSODIUM, TOTALSODIUM, TOTAL




VINYL CHLORIDEVINYL CHLORIDEVINYL CHLORIDEVINYL CHLORIDEWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATIONWATER ELEVATION

Result

7.17.07.1

16001800180018002000

16001800180019001900

3.297009300

1000095009500

96009400970095009300

7

c

1215

c

2.22.52.12.6363930343512

5.81

0.9777.35777.25777.2

777.14777.12777.1

777.07777.05777.19777.17

Units

SUsuSU

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LDEGCDEGCDEGCDEGCDEGC

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LFEETFEETFEETFEETFEETFEETFEETFEETFEETFEET

Qualifiers

1

A1

1

1

Prepared by RMT 3/14/2003 26 h:\data\common\oracle\lm\APPD1202.xls AppD 12 Mos IP


Well ID

EW-09DEW-09D

EW-09DEVV-09DEW-09DEW-09DEW-09D


INFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENT

INFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENT

INFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENT

Date

12-Nov-0210-Dec-02



3-Jan-024-Feb-02l-Mar-025-Apr-02l-May-0214-Jun-0210-Jul-022-Aug-023-Sep-022-Oct-02l-Nov-024-Dec-02

3-Jan-024-Feb-02l-Mar-025-Apr-02l-May-0214-]un-0210-Jul-022-Aug-023-Sep-022-Oct-02l-Nov-024-Dec-0214-Jun-0214-Jun-0214-Jun-02

4-Feb-02l-May-0214-Jun-022-Aug-023-Sep-024-Dec-02

3-]an-024-Feb-02l-Mar-025-Apr-02l-May-0214-Jun-0210-]ul-02

Parameter

WATER ELEVATIONWATER ELEVATION


ZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTALZINC, TOTAL

1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1 -TRICHLOROETH ANE1 ,1 ,1 -TRICHLOROETH ANE1 ,1 ,1 -TRICHLOROETH ANE1 ,1 ,1-TRICHLOROETH ANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE

1,1-DICHLOROETHANE1,1-DICHLOROETHANE1 ,1 -DICHLOROETH ANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1 ,1 -DICHLOROETH ANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHENE1,2-DICHLOROETHENE, TOTALANTIMONY, TOTAL

CHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECHLOROETHANECONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFIC

Result

777.14777.19

270230230220230290240230230250

2445222132312927272619749.7167.99.2131211111211

8.4312.47.14.3

0.870.740.950.740.652.3

654656655594603614598

Units

FEETFEET



UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L


UMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

Qualifiers

&

QQQQQQ

Q&

Prepared by RMT 3/14/2003 27 h:\data\comrnon\oracle\lm\APPD1202.xls AppD 12 Mos


Well ID

INFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENT

INFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENT

INFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENTINFLUENT

INFLUENTINFLUENT

INFLUENT

INFLUENT

Date

2-Aug-023-Sep-022-Oct-02l-Nov-024-Dec-0214-Jun-0214-Jun-02


3-Jan-024-Feb-02l-Mar-025-Apr-02l-May-0214-]un-0210-Jul-022-Aug-023-Sep-022-Oct-02l-Nov-024-Dec-02

14-Jun-02

14-Jun-02

Parameter

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCOPPER, TOTALNICKEL, TOTAL

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

TEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURE

TEMPERATURETEMPERATURE

TRICHLOROETHENE

ZINC, TOTAL

Result

5925985945956021.93.7

7.317.387.447.397.377.327.327.267.3

7.287.267.36

98899

1011111111109

2.9

13

Units


UG/LUG/L

SUSUSUSUSUSUSUSUSUSUSUSU

DEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGC

DEGCDEGC

UG/L

UG/L

Qualifiers

QQ

Q

Note: The full historical data listing has been provided on disk.




AB

BBB

BI

DA

E

EF

FH

IJ

K

MN

P

Q

sUNWWX


OrganicInorganic

Inorganic

Inorganic

Inorganic

OrganicInorganic


Inorganic


Inorganic/Organic




of the instrument.2. Estimated concentration due to matrix interferences.Analyte concentration exceeds calibration range.Due to potential interferences for this analysis by ICP techniques, thisanalyte has been confirmed by and reported from an alternate method.Surrogate results outside control limits.Extraction and/ or analysis performed past the holding time.



C:\DATA\COMMON\ORACLE\LM\QUAL-TABLE.DOC 03/14/03


(cont'd)

1

8

#&

*

Inorganic

Inorganic




Data Validation Qualifiersbf

j

su

Analyte is present in the associated trip blank.Analyte is present in the associated field blank.When specific QC criteria are outside the established control limits, thereported quantitation limit is approximate and may or may not representthe actual limit of quantitation necessary to accurately and preciselymeasure the analyte in the sample.Analyte is present in the associated storage blank.Analyte is present at less than 10 times the concentration in theassociated trip, field, storage, and/or laboratory method blank (B) forcommon laboratory contaminants, or less than 5 times the blankconcentration of other compounds and is therefore qualified as non-detectable (u) according to USEPA data validation procedures (USEPA,1991).


G.\DATA\COMMON\ORACLE\l.M\QUAL-TABLE.DOC 03/14/03

Appendix ETabular Summary of Treated

Effluent Quality - Detections Only -January through December 2002

RMT, Inc. | Lemberger Landfill/.\wpMSN\p;T\oo-034Si\i7\Rooo345in-oo2 DOC Finn! April 2003

Lemberger Landfill - EffluentAnalytical Results - Detections Only (January 2002 - December 2002)

Well ID

EFFLUENTEFFLUENTEFFLUENT

EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT

EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT

EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT

Date

4-Dec-02l-Mar-024-Dec-02

3-Jan-02l-Mar-025-Apr-02l-May-02H-Jun-0210-Jul-022-Aug-023-Sep-022-Oct-02l-Nov-024-Dec-0210-]ul-02

3-Jan-0210-Jul-022-Aug-023-Sep-024-Dec-02

3-Jan-0210-Jan-0215-Jan-0222-Jan-02l-Feb-024-Feb-02ll-Feb-0220-Feb-02l-Mar-028-Mar-0213-Mar-0218-Mar-0227-Mar-025-Apr-0210-Apr-0217-Apr-0226-Apr-02l-May-028-May-0214-May-0223-May-0229-May-027-Jun-0214-Jun-0221-Jun-0228-Jun-023-Jul-0210-Jul-0218-Jul-0224-Jul-022-Aug-026-Aug-02

Parameter

1 ,1-UICJHLUKUt THANEBERYLLIUM, TOTALBODCHLORIDECHLORIDECHLORIDECHLORIDECHLORIDECHLORIDECHLORIDECHLORIDECHLORIDECHLORIDECHLORIDECHROMIUM, TOTAL

CIS-1,2-DICHLOROETHENECIS-1,2-DICHLOROETHENECIS-1,2-DICHLOROETHENECIS-1 ,2-DlCHLOROETHENECIS-1,2-DICHLOROETHENE

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFIC

Result

1.30.854.412131121514141314

8.110

1.30.581.7

0.472

1.76466446426456456416466506386466496626325896185995915915915925945945%593590596596584585586584582

Units

UG/LUG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LUG/LUG/LUG/LUG/LUG/LUG/L

UMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

Qualifiers

QQ

AN*jA

QQ

Q

Q

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPE1202.xls AppE 12 Mos


Well ID

EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT


EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT


EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT

Date

14-Aug-0220-Aug-0226-Aug-023-Sep-0213-Sep-0217-Sep-0225-Sep-022-Oct-029-Oct-0224-Oct-02l-Nov-027-Nov-0213-Nov-0221-Nov-0226-Nov-024-Dec-029-Dec-0217-Dec-0223-Dec-02

3-Jan-023-Sep-024-Dec-02


l-Mar-0214-Jun-023-Sep-02

l-Jan-022-Jan-023-Jan-024-Jan-027-Jan-028-]an-029-Jan-0210-Jan-02H-Jan-0214-Jan-0215-Jan-0216-Jan-0217-Jan-0218-Jan-0221-]an-02

Parameter

CONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFICCONDUCTANCE, SPECIFIC

COPPER, TOTALCOPPER, TOTALCOPPER, TOTAL

HARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTALHARDNESS AS CACO3, TOTAL

NITROGEN, AMMONIA, TOTALNITROGEN, AMMONIA, TOTALNITROGEN, AMMONIA, TOTAL

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDH, FIELD

Result

585845858585858585959585845845845825925845925822.14.22.6370380370360370370380430380380380400

0.120.250.318.368.348.488.488.468.468.468.388.448.428.388.48.48.4

8.38

Units

UMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CMUMHOS/CM

UG/LUG/LUG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LUG/LMG/LMG/LMG/LMG/L

SUSUSUSUSUSUSUSUSUSUSUSUSUSUSU

Qualifiers

QQQ

A

N

Q

Prepared by RMT 3/14/2003 h:\data\corrunon\oracle\lm\APPE1202.xls AppE 12 Mos


Well ID

EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT

Date

22-Jan-0223-Jan-0224-Jan-0225-Jan-0228-Jan-0229-Jan-0230-Jan-0231-Jan-02l-Feb-024-Feb-025-Feb-026-Feb-027-Feb-028-Feb-02ll-Feb-0212-Feb-0213-Feb-0214-Feb-0215-Feb-0218-Feb-0219-Feb-0220-Feb-0221-Feb-0222-Feb-0225-Feb-0226-Feb-0227-Feb-0228-Feb-02l-Mar-024-Mar-025-Mar-026-Mar-027-Mar-028-Mar-02ll-Mar-0212-Mar-0213-Mar-0214-Mar-0215-Mar-0218-Mar-0219-Mar-0220-Mar-0221-Mar-0222-Mar-0225-Mar-0226-Mar-0227-Mar-0228-Mar-0229-Mar-02l-Apr-022-Apr-023-Apr-02

Parameter

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

H, FIELDH, FIELD

Result

8.38.38.488.468.468.488.48.48.488.48.48.428.448.488.448.4

8.388.36

8.48.4

8.388.388.4

8.428.388.368.348.328.3

8.288.288.288.268.288.428.48.4

8.428.428.48.48.4

8.388.388.368.368.348.348.328.288.288.28

Units

SUsuSUsususususususususususususususususususususususususususususususususususususususususususususususususu

Qualifiers

Prepared by RMT 3/14/2003 h:\data\corrunon\oracle\lm\APPE1202.xls AppE 12 Mos


Well ID


Date

4-Apr-025-Apr-028-Apr-029-Apr-0210-Apr-02ll-Apr-0212-Apr-0215-Apr-0216-Apr-0217-Apr-0218-Apr-0219-Apr-0222-Apr-0223-Apr-0224-Apr-0225-Apr-0226-Apr-0229-Apr-0230-Apr-02l-May-022-May-023-May-026-May-027-May-028-May-029-Mav-0210-May-0213-May-0214-May-0215-May-0216-Mav-0217-Mav-0220-May-0221-May-0222-Mav-0223-Mav-0224-Mav-0227-May-0228-May-0229-Mav-0230-May-0231-May-02

l-Jun-023-Jun-024-]un-025-Jun-026-Jun-027-Jun-0210-Jun-02ll-Jun-0212-Jun-0213-]un-02

Parameter

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

H, FIELDH, FIELDH, FIELDH, FIELD

Result

8.28.48.448.4

8.8.

8.48.

8.38.38.38.38.38.38.448.448.48.428.48.48.48.48.48.4

8.428.48.4

8.388.368.348.328.448.448.428.428.48.4

8.388.388.368.368.368.348.348.348.328.328.328.3

8.288.4

8.38

Units


Qualifiers

(I

HPrepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPE1202.xls AppE 12 Mos


Well ID


Date

14-Jun-0217-Jun-0218-Jun-0219-Jun-0220-Jun-0221-)un-0224-Jun-0225-Jun-0226-Jun-0227-]un-0228-]un-02l-Jul-022-Jul-023-Jul-024-Jul-025-Jul-028-Jul-029-Jul-0210-Jul-02ll-Jul-0212-Jul-0215-Jul-0216-Jul-0217-Jul-0218-Jul-0219-JuI-0222-JuI-0223-JuI-0224-JuI-0225-Jul-0226-Jul-0229-Jul-0230-JuI-0231-Ju1-02l-Aug-022-Aug-025-Aug-026-Aug-027-Aug-028-Aug-029-Aug-0212-Aug-0213-Aug-0214-Aug-0215-Aug-0216-Aug-0219-Aug-0220-Aug-0221-Aug-0222-Aug-0223-Aug-0226-Aug-02

Parameter

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

Result

8.388.368.368.348.348.328.38.38.38.3

8.288.288.288.288.288.288.288.288.288.48.4

8.368.348.348.328.328.3

8.288.288.288.288.288.288.288.288.288.288.288.428.48.4

8.388.368.368.368.368.348.348.348.348.328.32

Units


Qualifiers



Well ID


Date

27-Aug-0228-Aug-0229-Aug-0230-Aug-02l-Sep-022-Sep-023-Sep-024-Sep-025-Sep-026-Sep-029-Sep-0210-Sep-02ll-Sep-0212-Sep-0213-Sep-0216-Sep-0217-Sep-0218-Sep-0219-Sep-0220-Sep-0223-5ep-0224-Sep-0225-Sep-0226-Sep-0227-Sep-0230-Sep-02l-Oct-022-Oct-023-Oct-024-Oct-027-Oct-028-Oct-029-Oct-0210-Oct-02ll-Oct-0214-Oct-0215-0ct-0216-Oct-0217-Oct-0221-Oct-0222-Oct-0223-Oct-0224-Oct-0225-Oct-0228-Oct-0229-Oct-0230-Oct-0231-Oct-02l-Nov-024-Nov-025-Nov-026-Nov-02

Parameter

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

H, FIELDH, FIELDH, FIELDH, FIELDH, FIELD

Result

8.8.38.8.8.

8.38.38.38.38.348.348.38.38.348.348.348.348.288.3

8.468.468.448.448.448.448.428.428.428.428.428.428.428.428.428.42

8.48.48.48.4

8.368.368.368.348.328.288.448.448.428.428.428.48.4

Units


Qualifiers



Well ID

EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT


EFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENTEFFLUENT

Date

7-Nov-028-Nov-02ll-Nov-0212-Nov-0213-Nov-0214-Nov-0215-Nov-0218-Nov-0219-Nov-0220-Nov-0221-Nov-0222-Nov-0225-Nov-0226-Nov-0227-Nov-0228-Nov-0229-Nov-0230-Nov-02l-Dec-022-Dec-023-Dec-024-Dec-025-Dec-026-Dec-029-Dec-02lO-Dec-02ll-Dec-0212-Dec-0213-Dec-0216-Dec-0217-Dec-0218-Dec-0219-Dec-0220-Dec-0223-Dec-0224-Dec-0225-Dec-0226-Dec-0227-Dec-0230-Dec-0231-Dec-02

3-Jan-025-Apr-023-Sep-02

ll-Feb-0228-Jun-0214-Aug-029-Oct-0218-Oct-02l-Nov-02

26-Nov-024-Dec-02

Parameter

PH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELDPH, FIELD

PHOSPHORUS, TOTALPHOSPHORUS, TOTALPHOSPHORUS, TOTAL

SOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDEDSOLIDS, TOTAL SUSPENDED

Result

8.48.4

8.388.388.388.368.348.42

8.48.4

8.388.388.368.348.328.328.3

8.288.288.288.348.348.348.428.42

8.48.4

8.388.388.368.368.368.348.348.38.3

8.448.448.428.48.4

0.550.510.2

21.71.74.52.3

22.32.3

Units

SUsuSUsusususususususususususususususususususususususususususususususususususususu

MG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/LMG/L

Qualifiers

NjAQQQQ

QQ



Well ID


Date

3-Jan-0210-Jan-0215-Jan-0222-Jan-02l-Feb-024-Feb-02ll-Feb-0220-Feb-02l-Mar-028-Mar-0213-Mar-0218-Mar-0227-Mar-025-Apr-0210-Apr-0217-Apr-0226-Apr-02l-May-028-May-0214-May-0223-May-0229-May-027-Jun-0214-Jun-0221-Jun-0228-Jun-023-Jul-0210-JuI-0218-JuI-0224-]ul-022-Aug-026-Aug-0214-Aug-0220-Aug-0226-Aug-023-Sep-0213-Sep-0217-Sep-0225-Sep-022-Oct-029-Oct-0224-Oct-02l-Nov-027-Nov-02

13-Nov-0221-Nov-0226-Nov-024-Dec-029-Dec-0217-Dec-0223-Dec-0214-)un-02

Parameter

TEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURETEMPERATURE

EMPERATUREEMPERATUREEMPERATUREOLUENE

Result

11

9

9

1099

10c

10c

1010111111121212121212121212121212121211111111101010101099991

Units

DEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCDEGCUG/L

Qualifiers

Q

Prepared by RMT 3/14/2003 h:\data\common\oracIe\lm\APPE1202.xls AppE 12 Mos


Well ID


EFFLUENTEFFLUENT

Date

10-Jul-022-Aug-023-Sep-02

10-Jul-023-Sep-02

Parameter

TOLUENETOLUENETOLUENE

ZINC, TOTALZINC, TOTAL

Result

0.760.910.62

5.26.8

Units

UG/LUG/LUG/L

UG/LUG/L

Qualifiers

QQQQ

Note: The full historical data listing has been provided on disk.

Prepared by RMT 3/14/2003 h:\data\common\oracle\lrn\APPE1202.xls AppE 12 Mos



AB

BBB

BI

DA

E

EF

FH

IJ

K

MN

P

Q

sUNWwX


OrganicInorganic

Inorganic

Inorganic

Inorganic

OrganicInorganic


Inorganic


Inorganic/Organic







C:\DATA\COMMON\ORACLE\LM\QUAI.-TABLE.DOC 03/U/03 \\


(cont'd)

1

8

#&

*

Inorganic

Inorganic




Data Validation Qualifiersbfj

su

Analyte is present in the associated trip blank.Analyte is present in the associated field blank.When specific QC criteria are outside the established control limits, thereported quantitation limit is approximate and may or may not representthe actual limit of quantitation necessary to accurately and preciselymeasure the analyte in the sample.Analyte is present in the associated storage blank.Analyte is present at less than 10 times the concentration in theassociated trip, field, storage, and/or laboratory method blank (B) forcommon laboratory contaminants, or less than 5 times the blankconcentration of other compounds and is therefore qualified as non-detectable (u) according to USEPA data validation procedures (USEPA,1991).


C:\DATA\COMMON\ORACLE\LM\QUAL-TABLE.DOC 03/14/03

Appendix FTabular Summary of

Groundwater Elevations -January through December 2002

RMT, Inc. | Lemberger Landfilli:\wpMSH\Pir\oo-0345i\n\Rooousin-oo2.DOC Final April 2003

Lemberger LandfillGroundwater Elevations (January 2002 - December 2002)

Well ID

GWC-1GWC-1GWC-1GWC-1GWC-1GWC-1GWC-1GWC-1GWC-1GWC-1GWC-1GWC-1GWC-2GWC-2GWC-2GWC-2GWC-2GWC-2GWC-2GWC-2GWC-2GWC-2GWC-2GWC-2GWC-3GWC-3GWC-3GWC-3GWC-3GWC-3GWC-3GWC-3GWC-3GWC-3GWC-3GWC-3

OW-101AOW-101AOW-101AOW-101AOW-101AOW-101AOW-101AOW-101AOW-101AOW-101AOW-101AOW-101A

Date






Groundwater Elevation(Feet, Above MSL)

838.6838.31839.35840.46840.65841.1838.66838.69

838838838838

837.41836.6839.3839.3839.29839.29836.13836.38836.38836.43836.51836.18837.26837.23839.44839.86839.88839.93836.83837.26836.91837.06837.14837.04804.51804.08803.9804.87806.01807.05806.4

806.01805.38804.95804.57804.23

— Prepared by RMT 3/21/2003 h:\data\common\oracle\lni\APPF1202.xls AppF 12Mos\l2f>


Well ID

OW-101BOW-101BOW-101BOW-101BOW-101BOW-101BOW-101BOW-101BOW-101BOW-101BOW-101BOW-101B

OW-102AOW-102AOW-102AOW-102AOW-102AOW-102AOW-102AOW-102AOW-102AOW-102AOW-102AOW-102A _jOW-102BOW-102BOW-102BOW-102BOW-102BOW-102BOW-102BOW-102BOW-102BOW-102BOW-102BOW-102BOW-102COW-102COW-102COW-102COW-102COW-102COW-102COW-102COW-102COW-102COW-102COW-102C

Date




14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-02

6-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02



804.56804.17803.97805.04806.08807.13806.45806.05805.45

805804.64804.28801.48801.13800.95801.69802.41803.14802.93802.79802.27801.92801.61801.3

800.54801.15800.%801.7

803.39803.15802.%802.82802.3801.98801.66801.33801.6

801.26801.07801.81802.53803.26803.07802.92802.4802.02801.7801.41

Prepared by RMT 3/21/2003 h:\data\common\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

OW-102DOW-102DOW-102DOW-102DOW-102DOW-102DOW-102DOW-102DOW-102DOW-102DOW-102DOW-102DOW-103AOW-103AOW-103AOW-103AOW-103AOW-103AOW-103AOW-103AOW-103AOW-103AOW-103AOW-103AOW-103BOW-103BOW-103BOW-103BOW-103BOW-103BOW-103BOW-103BOW-103BOW-103BOW-103BOW-103BOW-104AOW-104AOW-104AOW-104AOW-104AOW-104AOW-104AOW-104AOW-104AOW-104AOW-104AOW-104A

Date







803.57

801.3801.1801.82802.53803.32803.13802.94802.44802.1801.76801.45803.09793.07792.67793.15793.65794.1794.03793.99793.73793.46793.2792.9792.97

792.81792.61793.07793.49793.99792.91793.86793.61793.3793.06792.77790.86790.67

791791.27791.53791.81791.47791.19791.12

791790.91790.8

—• Prepared by RMT 3/21/2003 h:\data\common\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

OW-104BOW-104BOW-104BOW-104BOW-104BOW-104BOW-104BOW-104BOW-104BOW-104BOW-104BOW-104BOW-104COW-104COW-104COW-104COW-104COW-104COW-104COW-104COW-104COW-104COW-104COW-104COW-104D

OW-104DOW-104DOW-104DOW-104DOW-104DOW-104DOW-104DOW-104DOW-104DOW-104DOW-104DOW-104E

OW-104EOW-104EOW-104EOW-104EOW-104EOW-104EOW-104EOW-104EOW-104EOW-104EOW-104E

Date

8-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-JuI-02




14-Aug-02ll-Sep-0221-Oct-0212-Nov-02lO-Dec-028-Jan-02




790.75790.64790.97791.23791.49791.71791.37791.07

791790.91790.8790.69790.79790.71791.05791.29791.49791.77791.43791.15791.07790.93790.85790.76790.78

790.62790.97791.21791.49791.71791.41791.13791.04790.92790.83790.74790.82790.66790.91791.18791.49791.75791.46791.17791.09790.97790.88790.79

Prepared by RMT 3/21/2003 h:\data\common\oracle\Lrn\APPF1202.xls AppF 12Mos


Well ID

OW-104F

OW-104FOW-104FOW-104FOW-104FOW-104FOW-104FOW-104FOW-104FOW-104FOW-104FOW-104F

OW-104G

OW-104GOW-104GOW-104GOW-104GOW-104GOW-104GOW-104GOW-104GOW-104GOW-104GOW-104G

OW-104H

OW-104HOW-104HOW-104HOW-104HOW-104HOW-104HOW-104HOW-104HOW-104HOW-104HOW-104H

OW-105A

OW-105AOW-105AOW-105AOW-105AOW-105AOW-105AOW-105AOW-105AOW-105AOW-105AOW-105A

Date

8-Jan-02


14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-]an-02


14-Aug-02ll-Sep-0221-Oct-0212-Nov-02lO-Dec-02

8-Jan-02



8-Jan-02




790.89

790.79791.12791.36791.64791.84791.51791.23791.16

791790.91790.81

790.79

790.64791

791.25791.51791.76791.44791.14791.06790.96790.88790.8

791.5791.33791.61791.9792.2792.47792.19791.9791.79791.65791.56791.47

803.97

803.71803.6804.52805.43806.28805.82805.5804.9804.54804.22803.89

— Prepared by RMT 3/21 / 2003 h:\data\common\oracle\Iin\APPF1202.xls AppF 12Mos


Well ID

OW-105BOW-105BOW-105BOW-105BOW-105BOW-105BOW-105BOW-105BOW-105BOW-105BOW-105BOW-105BOW-106AOW-106AOW-106AOW-106AOW-106AOW-106AOW-106AOW-106AOW-106AOW-106A

I OW-106AOW-106AOW-106BOW-106BOW-106BOW-106BOW-106BOW-106BOW-106BOW-106BOW-106BOW-106BOW-106BOW-106BRM-001DRM-001DRM-001DRM-001DRM-001DRM-001DRM-001DRM-001DRM-001D

1 RM-001DRM-001D

| RM-001D

Date

8-Jan-02

6-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-JuI-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jiil-02



6-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-JuI-02



803.52803.65803.52804.52805.41806.28805.77805.43804.84804.4804.07803.84827.11827.18828.14829.15829.29829.52828.4827.14826.51826.42826.36826.29827.7827.75828.6

829.64829.8830.04828.92827.66826.96826.93826.91826.89790.38790.34790.72790.94791.17791.37791.35790.7

790.61790.49790.4

790.31



Well ID

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-001I

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002D

RM-002I

RM-002I

RM-002I

RM-002I

RM-0021RM-002I

RM-0021

RM-0021

RM-0021

RM-0021

RM-0021

RM-0021

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

RM-003D

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-Q2

15-May-0218-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


790.48

790.27

790.6

790.83

791.11

791.32

791.27

790.69

790.61

790.51

790.45790.37

791.54

791.45

791.8791.95

792.13

792.57

792.14

791.82

791.58

791.51

791.45

791.39

794.34

793.87

784.13

792.69

794.17795.23

795.04

794.87

794.65

794.51

794.34

794.21

801.18

800.9

800.55

801.29

801.97

802.42

802.37

802.35

802.23

802.74

802.23800.71

— Prepared by RMT 3/21/2003 h:\data\common\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

RM-003I

RM-003I

RM-003I

RM-003I

RM-0031

RM-003I

RM-0031

RM-0031

RM-0031

RM-0031

RM-0031

RM-0031

RM-004D

RM-004D

RM-004D

RM-004DRM-004D

RM-004D

RM-004D

RM-004D

RM-004D

RM-004D

RM-004D

RM-004D

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-004S

RM-005D

RM-005D

RM-005D

RM-005D

RM-005D

RM-005D

RM-005D

RM-005DRM-005D

RM-005D

RM-005D

RM-005D

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-0215-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


800.26

800799.78

800.52

800.97

801.4801.35

801.33

800.91

800.55

800.24

799.89

800.22

799.8

800.37

801.15801.93

802.72

801.98

801.3800.86

800.52

800.27

800.04

841.06

840.16

840.08

841.26

842.56

843.74

843.11

842.64

841.26

840.7

840.21

839.65

799.13

798.86

798.51

799.07

799.61

800.12

800.14

800.2

799.88

799.54

799.27

798.98



Well ID

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005I

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-005S

RM-007D

RM-007D

RM-007D

RM-007D

RM-007DRM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007S

RM-007S

RM-007SRM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-]ul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

lO-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-0218-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


799.12

798.85

798.4

798.%799.5

800.01

800.03

800.09

799.77

799.43

799.16

798.87

836.84

836.69

838.03

838.1838.17

838.22

836.95

836.07

835.61835.42

835.27

835.11

804.76

804.38

805.16

805.89

806.64

807.36

806.76

806.37

805.69

805.28

804.9

804.5

837.41

837.24

839.42

839.6

839.76

839.86

838.5

837.3

836.72

836.6

836.53

836.4

—- Prepared by RMT 3/21/2003 h:\data\conunon\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-007XD

RM-008D

RM-008D

RM-008D

RM-008DRM-008D

RM-008D

RM-008D

RM-008D

RM-008D

RM-008D

RM-008D

RM-008D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-009D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-0215-May-02

18-]un-02

26-Jul-02

14-Aug-02

ll-Sep-0221-Oct-02

12-Nov-02

lO-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-JuI-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


804.8

804.3

805.65

806.38

807.13

807.85

807.05

806.36

805.73

805.29

804.89

804.49

805.32

805.03

804.65

805.71806.81

807.83

807.4

807.04

806.42

805.96

805.53

805.11

823.2

822.79

822.33

823.15

823.83

824.6

824.72

824.8

824.47

824.18

823.65

823.15

793.7

793.54

793.41

793.87

794.31794.79

794.77

794.74

794.46

794.14

793.83

793.53

Prepared by RMT 3/21/2003 10 h:\data\common\oracIe\lm\APPF1202.xls AppF 12Mos


Well ID

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-011D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101D

RM-101I

RM-101I

RM-101I

RM-101I

RM-101IRM-1011

RM-1011

RM-1011

RM-1011

RM-1011

RM-1011

RM-1011

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

RM-102D

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-0218-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-JuW)2

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


842.34

839.73

842.14

845.59

849.1845.59

845.35

844.94

842.8

842.17

841.53

840.86

804.35

804.04

803.99

804.52

805.86

806.67

806.01

805.77

805.18

804.93

804.63

804.09

804.47

804.16

804.11

804.64

805.98806.79

806.13

805.89

805.3

805.05

804.75

804.21

833.54

832.9

832.8

836.56

840.9

845.19

842.99

841.12

838.21

827.28

829.85

832.05

— Prepared by RMT 3/21/2003 11 h:\data\common\oracle\lm\APPF1202.xls AppF 12Mos II


Well ID

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103I

RM-103I

RM-103I

RM-103IRM-103I

RM-103I

RM-103I

RM-1031

RM-103I

RM-1031

RM-1031

RM-1031

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-201D

RM-201DRM-201D

RM-201D

RM-201D

RM-201D

RM-201D

RM-201D

RM-201D

RM-201DRM-201D

RM-201D

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-0215-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-0ct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-0214-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


799.19

798.67

798.54

799.06

799.56

800.1800.09

800.13

799.81799.47

799.21

798.93

811.07

811.07

811.07

811.07

811.07

811.07

811.07

811.07

811.07

811.07

811.07

811.07

841.07

840.54

841.84

842.71

843.5

844.34

842.37

841.06

840.02

839.56

839.15838.71

804.28

803.91

803.83805.02

805.76

806.61

805.99

805.79

805.15

804.82

804.43

804.04

Prepared by RMT 3/21/2003 12 h:\data\comrnon\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-2021

RM-2021

RM-2021

RM-2021

RM-2021RM-2021

RM-2021

RM-2021

RM-2021

RM-2021

RM-2021

RM-2021

RM-203D

RM-203D

RM-203D

RM-203D

RM-203D

RM-203DRM-203DRM-203D

RM-203D

RM-203D

RM-203D

RM-203D

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-Q2

l-Mar-02

22-Apr-02

15-May-02

18-]un-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


804.36

803.91

803.88

805.05

805.72

806.46

805.95

805.77

805.23

804.9

804.55

804.16

802.33

801.86

801.85

803.02

803.66

804.35

803.66

803.25

802.99

802.72

802.42

802.11

802.46

802.06

802.01

803.22

803.86804.55

803.9

803.55

803.02

802.88

802.62

802.25

790.55

790.3

790.64

790.93

791.21

791.51

791.18790.88

790.79

790.65

790.51

790.36

—• Prepared by RMT 3/21/2003 13 h:\data\common\oracle\lm\APPF120Zxls AppF 12Mos


Well ID

RM-203I

RM-203I

RM-203I

RM-203I

RM-203I

RM-203I

RM-203I

RM-2031

RM-203I

RM-2031

RM-2031

RM-2031

RM-205D

RM-205DRM-205D

RM-205DRM-205D

RM-205D

RM-205D

RM-205D

RM-205D

RM-205D

RM-205D

RM-205D

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-206S

RM-206S

RM-206S

RM-206S

RM-206S

RM-206S

RM-206S

RM-206S

RM-206SRM-206S

RM-206S

RM-206S

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-JuI-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-0215-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-JuI-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-0221-Oct-02

12-Nov-02

10-Dec-02


791.88

791.73

792.09

792.33

792.58

792.84

792.5

792.19

792.12

792.03

791.92

791.81

804.33

804.09

804.05

804.34

804.65

804.%804.92

805.74

805.23

804.9

804.56

804.28

804.69

804.18

804.14

804.28

804.59

804.9

804.86

805.78

805.17

804.84

804.5

804.22

834.64

834.59

835.65

835.6

835.55

835.42

834.23

833.42

833.05

832.94

833.03

833.18

Prepared by RMT 3/21/2003 14 h:\data\common\oracle\lm\APPFl202.xls AppF 12Mos


Well ID

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-207S

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208I

RM-208I

RM-208I

RM-208I

RM-208IRM-208I

RM-208I

RM-208I

RM-208I

RM-208I

RM-208I

RM-208I

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

RM-208S

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-0218-Jun-02

26-JuI-02

14-Aug-02ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-0218-Jun-Q2

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-0210-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-0218-Jun-02

26-Jul-02

14-Aug-02ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02


832.01

831.81

833.63

833.53

833.44

833.07

830.91

830.09

829.53

829.46

829.51

829.57

799.53

799.23

798.85

799.41

799.98

800.57

800.57

800.67

800.4

800.02

799.68

799.33

799.78

799.48

799799.56

800.13800.72

800.72

800.72

800.55

800.17

799.83

799.48

827.29

827.26

828.83

828.85

828.87

828.91

827826.13

825.79

825.76

825.74

825.7

— Prepared by RMT 3/21/2003 15 h:\data\common\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-209D

RM-210D

RM-210D

RM-210D

RM-210DRM-210D

RM-210D

RM-210D

RM-210D

RM-210D

RM-210D

RM-210D

RM-210D

RM-210I

RM-210I

RM-210I

RM-210I

RM-210I

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-211D

RM-211D

RM-211D

RM-211D

RM-211D

RM-211D

RM-211D

RM-211D

RM-211D

RM-211D

RM-211DRM-211D

Date

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-0215-May-02

18-]un-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-02

22-Apr-02

15-May-02

18-Jun-02

26-]ul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-02

10-Dec-02

8-Jan-02

6-Feb-02

l-Mar-0222-Apr-02

15-May-02

18-Jun-02

26-Jul-02

14-Aug-02

ll-Sep-02

21-Oct-02

12-Nov-0210-Dec-02


804803.61

803.4

804.84

806.32

807.72

806.86

806.11805.58

805.1804.71

804.18

794.86

794.34

794.47

794.9795.36

795.76

793.48

795.63

795.29

795.06

794.86

794.69

794.13

793.69

793.72

794.15

794.61

795.01

794.93

794.88

794.65

794.39

794.21

794801.54

801.12801.07

801.72

802.39

803.14

802.93

802.77

802.24

801.98

801.75801.52

Prepared by RMT 3/21/2003 16 h:\data\cotnmon\oracle\lm\APPFl202.xls AppF 12Mos/fr


Well ID

RM-212DRM-212DRM-212DRM-212DRM-212DRM-212DRM-212DRM-212DRM-212DRM-212DRM-212IRM-212IRM-212IRM-212IRM-212IRM-212IRM-2121RM-212JRM-2121RM-2121RM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-303DRM-303DRM-303DRM-303D

Date


14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-Jul-02


14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-0215-May-0218-Iun-0226-Jul-02

14-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-028-Jan-026-Feb-02l-Mar-0222-Apr-02


803.49804.44805.35806.23805.01804.1804.14

804803.88803.76807.76807.98808.2808.36805.94804.92802.52802.41803.05803.35848.56847.74850.02851.07851.98853.02848.88848.18847.07846.43845.88845.3849.3849.3851

851.02851.02851.05849.17848.38847.85847.77848.15848.66804.26803.85803.68805.02 n

— Prepared by RMT 3/21/2003 17 h:\data\comrnon\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

RM-303DRM-303DRM-303DRM-303DRM-303DRM-303DRM-303DRM-303D

RM-304D

RM-304DRM-304DRM-304DRM-304DRM-304DRM-304DRM-304DRM-304DRM-304DRM-304DRM-304D

RM-305D


RM-306D


RM-307D


Date

15-May-0218-]un-0226-Jul-02


8-Jan-02



8-Jan-02


14-Aug-02ll-Sep-0221-Oct-0212-Nov-02lO-Dec-02

8-Jan-02

6-Feb-02l-Mar-0222-Apr-0215-May-0218-Jun-0226-]ul-02

U-Aug-02ll-Sep-0221-Oct-0212-Nov-0210-Dec-02

8-Jan-02

6-Feb-02l-Mar-0222-Apr-02


806.35807.64806.96806.33805.58805.16804.72804.34

841.04

839.53849.07849.75850.4851.07848.18846.12843.81842.18840.35838.62

808.22

807.6808.73810.68812.76814.77813.6

812.62810.94809.9

809.02808.03

807.24

806.62806.56808.82811.08813.35812.22811.16809.42808.48807.64806.72

805.02

804.57804.52805.65

Prepared by RMT 3/21/2003 18 h:\data\conunon\oracle\lm\APPF1202.xls AppF 12Mos


Well ID

RM-307DRM-307DRM-307DRM-307DRM-307DRM-307DRM-307DRM-307DRM-308DRM-308DRM-308DRM-308DRM-308DRM-308DRM-308DRM-308DRM-308DRM-308DRM-308DRM-308D

Date

15-May-0218-Jun-0226-Jul-02




806.82807.92807.17806.51805.92805.47805.1804.59807.53806.96806.91809.52812.19814.75813.27812.16810.3809.17808.03807.06

Note: Full historical data listing has been provided on disk.

Prepared by RMT 3/21/2003 19 h:\data\common\oracle\lm\APPF1202.xls AppF 12Mos

Appendix GTabular Summary of Constituents

Detected in Groundwater MonitoringWells - August to December 2002

RMT, Inc. | Lemberger Landfilli \wpMSN\Pir\oo-0345i\u\Rooo34sn 1-002 DOC Final April 2003

Lemberger Landfill - Groundwater Monitoring WellsAnalytical Results - Detections Only (August 2002 - December 2002)

Well ID


RM-002DRM-002D

RM-002DRM-002DRM-002DRM-002DRM-002DRM-002DRM-002D

RM-002DRM-002DRM-002DRM-002D

RM-002DRM-002D


RM-002IRM-002IRM-002IRM-002IRM-002I

RM-002IRM-0021

RM-0021RM-0021RM-0021RM-0021RM-0021RM-0021

RM-0021RM-0021

RM-0021RM-0021RM-0021RM-0021RM-0021

RM-003DRM-003D

RM-003DRM-003DRM-003DRM-003DRM-003D

Date

12-Dec-0224-Sep-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-0224-Sep-0224-Sep-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-0224-Sep-02

24-Sep-0212-Dec-0224-Sep-0212-Dec-02

24-Sep-0212-Dec-0224-Sep-0212-Dec-0224-Sep-0212-Dec-02

24-Sep-0212-Dec-0224-Sep-0212-Dec-0212-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02l-Oct-02

ll-Dec-02l-Oct-02

Parameter

1,1-DICHLOROETHANE1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTAL


CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCOPPER, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVED


TRICHLOROETHENETRICHLOROETHENEVANADIUM, DISSOLVEDVANADIUM, DISSOLVED

ZINC, DISSOLVED

1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE

1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,2-DICHLOROETHENE, TOTAL


CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVED



TRICHLOROETHENETRICHLOROETHENEZINC, DISSOLVED

,1,1-TRICHLOROETHANE,1,1-TRICHLOROETHANE

,1-DICHLOROETHANE,1-DICHLOROETHANE,1-DICHLOROETHENE,1-DICHLOROETHENE,2-DICHLOROETHENE, TOTAL

Result

3.5

2.12

6259

6500060000

1.2

3600035000

8683

14001400

47004900

1.11.2

2.32.33.7

•:

2.52.42.31.5

5955

73000660003900038000

1.30.97

14001500

44004700

0.70.552.9

4732

19113.52.89.2

Units

UG/L

UG/LUG/L

UG/LUG/L


UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L



Qualifiers

QQ

Q

QQQQ

QQQ

QQ

QQ

&

Prepared by RMT 3/21/2003 h:\data\common\oracle\lm\APPG1202.xls AppG


Well ID

RM-003D

RM-003DRM-003DRM-003DRM-003DRM-003DRM-003D

RM-003DRM-003D




RM-003IRM-003I

RM-003IRM-003I

RM-003IRM-003I

RM-003IRM-003I


RM-004DRM-004DRM-004DRM-004DRM-004DRM-004DRM-004DRM-004DRM-004D

RM-004SRM-004S

Date

ll-Dec-02


ll-Dec-02l-Oct-02

ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02


ll-Dec-02ll-Dec-02l-Oct-02

ll-Dec-02l-Oct-02

ll-Dec-02ll-Dec-02l-Oct-02

ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02


ll-Dec-02ll-Dec-02

l-Oct-02ll-Dec-02

25-Sep-0225-Sep-0225-Sep-0225-Sep-0225-Sep-0225-Sep-0225-Sep-0225-Sep-0225-Sep-02

25-Sep-0212-Dec-02

Parameter

1,2-D1CHLOROETHENE, TOTAL




POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVED


1,1,1-TRICHLOROETHANE1,1,1-TRlCHLOROETHANE

1,1-DICHLOROETHANE1 ,1 -DICHLOROETH ANEANTIMONY, DISSOLVED

BARIUM, DISSOLVEDBARIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCOBALT, DISSOLVED





TRICHLOROETHENETRICHLOROETHENEVANADIUM, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVED

1,1,1-TRICHLOROETHANEBARIUM, DISSOLVEDCALCIUM, DISSOLVEDCHROMIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVEDNICKEL, DISSOLVEDPOTASSIUM, DISSOLVED5ODIUM, DISSOLVED

BARJUM, DISSOLVEDBARIUM, DISSOLVED

Result

6.9

3331

8400083000

4100039000

14001400

50004800

3.73.5

3.12.51.6

1

11

4140

7100067000

1.6

3800037000

110110

16001500

44004400

0.50.531.11.51.4

0.8923

8400016

450003214

13005900

8773

Units

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/L


UG/LUG/L

UG/LUG/L


UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/L

UG/LUG/L

Q&QQ

Q

QQQQQQ

Prepared by RMT 3/14/2003 h:\ data\comrnon\oracle\ lm\ APPG1202.xls AppG


Well ID

RM-004SRM-004SRM-004SRM-004S

RM-004SRM-004SRM-004S

RM-004SRM-004S

RM-004SRM-004S


RM-004SRM-004S

RM-005DRM-005D

RM-005DRM-005D

RM-005DRM-005D

RM-005DRM-005D

RM-005DRM-005D

RM-005DRM-005DRM-005DRM-005DRM-005DRM-005DRM-005DRM-005DRM-005DRM-005D

RM-005DRM-005DRM-005D DUPRM-005D DUPRM-005D DUP

RM-005D DUPRM-005D DUPRM-005D DUP

RM-005D DUPRM-005D DUP

Date

25-Sep-0212-Dec-0212-Dec-0225-Sep-0225-Sep-0225-Sep-0212-Dec-02

25-Sep-0212-Dec-02

25-Sep-0212-Dec-02

25-Sep-0212-Dec-0225-Sep-0212-Dec-02

25-Sep-0212-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-023-Oct-02

16-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-023-Oct-02

16-Dec-0216-Dec-0216-Dec-0216-Dec-02

16-Dec-0216-Dec-0216-Dec-02

16-Dec-0216-Dec-02

Parameter


CHROMIUM, DISSOLVEDCOBALT, DISSOLVEDIRON, DISSOLVED



NICKEL, DISSOLVEDNICKEL, DISSOLVED


ZINC, DISSOLVEDZINC, DISSOLVED


U-DICHLOROETHANE1,1-DICHLOROETHANE

U-DICHLOROETHENE1,1-DICHLOROETHENE

1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALBARIUM, DISSOLVEDBARIUM, DISSOLVED

CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDTRICHLOROETHENETRICHLOROETHENE,1,1-TRICHLOROETHANE,1-DICHLOROETHANE,1-DICHLOROETHENE,2-DICHLOROETHENE, TOTAL

BARIUM, DISSOLVEDCALCIUM, DISSOLVED

MAGNESIUM, DISSOLVEDMANGANESE, DISSOLVED

Result

11000096000

1.84.447

5600054000

13019

370470

28002400

2000015000

1.52.3

4043

16194

3.1

1314

4844

88000810004300042000

5.24.8

16001500

51005000

4.74.947

204.8

1443

7800041000

4.8

Units

UG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L




Qualifiers

Q

Q

QQ

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPG1202.xlsAppG


Well ID

RM-005D DUP

RM-005D DUPRM-005D DUP


RM-005IRM-005IRM-005I

RM-005IRM-005I

RM-005IRM-005I

RM-005IRM-005IRM-005I

RM-005IRM-005I

RM-005IRM-005I

RM-005IRM-005IRM-005IRM-005I

RM-005SRM-005S

RM-005SRM-005SRM-005S

RM-005SRM-0055

RM-005SRM-005SRM-005SRM-005SRM-0055RM-005SRM-005SRM-005SRM-005S

RM-005S


Date

16-Dec-0216-Dec-0216-Dec-02

8-Oct-0216-Dec-028-Oct-02

16-Dec-028-Oct-02

8-Oct-0216-Dec-028-Oct-02

8-Oct-0216-Dec-028-Oct-02

16-Dec-028-Oct-02

16-Dec-028-Oct-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-028-Oct-028-Oct-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-028-Oct-028-Oct-02

16-Dec-02

8-Oct-0216-Dec-028-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-028-Oct-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

Parameter

POTASSIUM, DISSOLVEDSODIUM, DISSOLVEDTRICHLOROETHENE

1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE

1,1 -DICHLOROETHENE1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALARSENIC, DISSOLVED


CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVED



TRICHLOROETHENETRICHLOROETHENEVANADIUM, DISSOLVEDZINC, DISSOLVED


CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCOPPER, DISSOLVED


MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDTRICHLOROETHENETRICHLOROETHENEVANADIUM, DISSOLVEDZINC, DISSOLVED


1,1-DICHLOROETHANE1,1-DICHLOROETHANE

Result

150C4900

5.2

12145.7

60.853.12.44.4

4137

9200079000

4300041000

0.731800180054005400

1.92

1.90.97

5548

130000120000

2.66600065000

3215

22001900

2500024000

4.44.2

1.31.3

11001200

530590

Units

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/LUG/L

UG/LUG/L


UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L



UG/LUG/L

UG/LUG/L

UG/LUG/L

Qualifiers ]

Q

QQQ

Q

QQ

Q

QQ

D

D

Prepared by RMT 3/14/2003 h:\ data\common\oracle\lrn\ APPG1202.xls AppG


Well ID

RM-007DRM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007DRM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007D

RM-007SRM-007S

RM-007S

RM-007S

RM-0075

RM-0075RM-007S

RM-007SRM-007S

RM-007SRM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

RM-007S

Date

7-Oct-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-02

7-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

15-Dec-02

15-Dec-02

7-Oct-02

7-Oct-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

15-Dec-02

7-Oct-02

15-Dec-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-02

15-Dec-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-02

7-Oct-02

7-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-02

Parameter

1,1-DICHLOROETHENE1,1-DICHLOROETHENE



ARSENIC, DISSOLVED

BARIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CALCIUM, DISSOLVED

CHLOROETHANE

CHROMIUM, DISSOLVED

COPPER, DISSOLVED



MANGANESE, DISSOLVED


NICKEL, DISSOLVED


SODIUM, DISSOLVED

SODIUM, DISSOLVED

TETRACHLOROETHENE

TRICHLOROETHENE

TRICHLOROETHENE

VINYL CHLORIDE


1 ,1-DICHLOROETHANE

1 ,1-DICHLOROETH ANE



ARSENIC, DISSOLVED






NICKEL, DISSOLVED



SODIUM, DISSOLVED

SODIUM, DISSOLVED

ZINC, DISSOLVED

Result

7581

2702805.4

9085

120000

120000

201.91.4

58000

57000

0.723.95.9

3000

2900

8200

7600

4.7

62642.8

1.32.1

3.32.93.42.54.2

9592

150000

170000

1114

6200084000

33.1

9400

8200

36004100

3.2

Units

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/L

Qualifiers

D

Q

QQ

Q

Q

QQ

QQQ

A

Q

Prepared by RMT 3/14/2003 h: \ data\common\ oracle\ lm\ APPG1202. xls AppG


i well ID

M-007S

M-007XDM-007XD

RM-007XDRM-007XDRM-007XDRM-007XD

RM-007XDRM-007XD

IRM-OOTXDURM-OOTXDIRM-OOTXDURM-OOTXDIRM-OOTXDURM-OOTXDIRM-OOTXDRM-OOTXD

IRM-OOTXD||RM-007XDRM-OOTXD

||RM-007XDIRM-OOTXDURM-OOTXDIRM-OOTXDIRM-008DRM-008D

IRM-OOSDURM-OOSDRM-008D

URM-OOSDRM-OOSD

IRM-OOSDIRM-OOSDRM-008DRM-008DRM-008DRM-008D

IRM-OOSDIRM-OOSDIRM-OOSDRM-OOSDIRM-OOSDRM-OOSDIRM-OOSDRM-OOSDIRM-OOSDRM-OOSDIRM-OOSD

Date Parameter

15-Dec-02 (ZINC, DISSOLVED

3-Oct-0215-Dec-02

3-Oct-0215-Dec-023-Oct-02

15-Dec-023-Oct-02

15-Dec-02

3-Oct-0215-Dec-02

3-Oct-0215-Dec-02

3-Oct-0215-Dec-02

3-Oct-0215-Dec-02

3-Oct-0215-Dec-02

3-Oct-0215-Dec-02

3-Oct-0215-Dec-0215-Dec-02

25-Sep-02ll-Dec-0225-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-0225-Sep-02ll-Dec-0225-Sep-02ll-Dec-0225-Sep-02ll-Dec-02

25-Sep-02ll-Dec-0225-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1 -DICHLOROETHENE1,1-DICHLOROETHENE



CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCHLOROETHANECHROMIUM, DISSOLVED





1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHENE1,1-DICHLOROETHENE


BARIUM, DISSOLVEDBARIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVED

CHLOROETHANECHLOROETHANEMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVED5ODIUM, DISSOLVEDIRICHLOROETHENEFRICHLOROETHENEZINC, DISSOLVEDZINC, DISSOLVED

Result

3.7

5C51

2122

7.97.5

3432

6.56.1

5800052000

1.5

1.8280002TOOO

740T60

18002100

9.99.7

0.93

7980

1314

4.56.3

1821

3028

110000100000

0.910.94

5400054000

990990

62005100

5.57.1

0.972.1

Units

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/LUG/L J

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

Qualifiers

A

QQ

Q

QQ

QQ

Prepared by RMT 3/14/2003 h:\data\common\oracle\Lm\ APPG1202.xls AppG


Well ID

RM-010DRM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010DRM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-010D

RM-011D

RM-011DRM-011D


RM-011D

RM-011DRM-011D


RM-011DRM-011D

RM-011DRM-011D

RM-011DRM-011D

RM-011DRM-011D

RM-101DRM-101D

RM-101DRM-101D

RM-101DRM-101D

RM-101DRM-101D

RM-101D

Date

24-Sep-0224-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

25-Sep-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02ll-Dec-02

25-Sep-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

25-Sep-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02

Parameter

1,1,1-TRICHLOROETHANE1,1-DICHLOROETHANE

ANTIMONY, DISSOLVED

BARIUM, DISSOLVED

BERYLLIUM, DISSOLVED

CADMIUM, DISSOLVED

CALCIUM, DISSOLVED

CHROMIUM, DISSOLVED

COBALT, DISSOLVED

COPPER, DISSOLVED



NICKEL, DISSOLVED


SODIUM, DISSOLVED

VANADIUM, DISSOLVED

ZINC, DISSOLVED

ALUMINUM, DISSOLVED


CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCHROMIUM, DISSOLVED

COBALT, DISSOLVED








1,1,1 -TRICHLOROETH ANE1,1,1-TRICHLOROETHANE

1 ,1-DICHLOROETHANE1,1-DICHLOROETHANE



BARIUM, DISSOLVED

Result

2.80.959.932

0.360.49

77000

1.91.81.4

41000

1239

19006500

1.62.4

22

2621

9800079000

2.61.7

4.34.2

3900035000

163.18754

53005400

160000150000

1.72.5

119.37.96.7

1.10.76

21.7

24

Units

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/LUG/L

UG/LUG/LUG/L

UG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L


Qualifiers

QQ

QQ

QQQ

QQQ

QQ

QQ

&

QQQQ

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPG1202.xlsAppG


I Well ID

IRM-IOIDIRM-IOIDIRM-IOIDHRM-IOIDHRM-IOIDRM-101D

RM-101D

RM-101D

HRM-IOIDRM-101D

HRM-IOIDHRM-IOIDRM-101D

RM-101D

RM-101D

HRM-IOID DUP||RM-IOID DUPIJRM-IOID DUP

IRM-IOID DUP|RM-IOID DUPRM-101D DUP

HRM-IOID DUPRM-101D DUP

IRM-IOID DUPHRM-IOID DUPIRM-IOID DUPRM-1011

RM-101I

RM-101I

RM-1011

RM-1011

RM-101IRM-101I

RM-1011RM-1011

RM-101I

RM-1011

RM-1011

RM-1011

RM-1011RM-1011

RM-1011RM-1011

RM-1011

(RM-102D

(RM-IOZDJRM-102D

Date

ll-Dec-02

ll-Dec-02

l-Oct-02

ll-Dec-02

l-Oct-02

ll-Dec-02

ll-Dec-02

l-Oct-02

ll-Dec-02

l-Oct-02

ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02

l-Oct-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

ll-Dec-02

l-Oct-02

ll-Dec-02

ll-Dec-02

l-Oct-02

ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02

ll-Dec-02

l-Oct-02

ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02

25-Sep-02

25-Sep-02

25-Sep-02

Parameter

BARIUM, DISSOLVED


CALCIUM, DISSOLVED

CALCIUM, DISSOLVED






SODIUM, DISSOLVED

SODIUM, DISSOLVED


VANADIUM, DISSOLVED

ZINC, DISSOLVED


1,1-DICHLOROETHANE

1,1-DICHLOROETHENE


ALUMINUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED



SODIUM, DISSOLVED

TRICHLOROETHENE

1,1-DICHLOROETHANE

1,1-DICHLOROETHANE

ALUMINUM, DISSOLVED

ARSENIC, DISSOLVED

ARSENIC, DISSOLVED








SODIUM, DISSOLVED

SODIUM, DISSOLVED

ZINC, DISSOLVED

ALUMINUM, DISSOLVED

ARIUM, DISSOLVED

ALCIUM, DISSOLVED

Result

2.

0.17300C

71 000

34000

34000

0.8

12001200

3200

3300

2.

1.52.9118.2

0.97

2.18223

70000

34000

1200

3200

3.4

2.21.920

5.64.58385

3300032000

15000

16000

1415

61005800

18000

18000

1.1

1617

110000

Units

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/L

UG/L

UG/L

Qualifiers

QA

QEj

Q

QQ

Q&QQQQ

QQ

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\APPG1202.xls AppG


Well ID

RM-102D

RM-102D

RM-102D

RM-102D

RM-103D

RM-103D

RM-103DRM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103DRM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103D

RM-103DRM-103D

RM-103D

RM-103DRM-103D

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103SRM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-103SRM-103S

RM-103S

RM-103S

RM-103S

RM-103S

Date

25-Sep-02

25-Sep-02

25-Sep-02

25-Sep-02

3-Oct-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-0212-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-02

3-Oct-0212-Dec-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-0212-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

Parameter



SODIUM, DISSOLVED

ZINC, DISSOLVED



1 ,1-DICHLOROETH ANE

1,1-DICHLOROETHANE




BARIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CALCIUM, DISSOLVED









VANADIUM, DISSOLVED

ZINC, DISSOLVED

ZINC, DISSOLVED

1,1-DICHLOROETHANE


ARSENIC, DISSOLVEDARSENIC, DISSOLVED

BARIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CALCIUM, DISSOLVED

IRON, DISSOLVED

IRON, DISSOLVED






SODIUM, DISSOLVED

SODIUM, DISSOLVED

Result

56000

2700

4900

1.6

1414

4.75.2

0.91.1

4.13.66965

97000

89000

46000

46000

0.850.66

18001800

72006900

1.51.4

1.4

2.14.5

1.12.44.5139.5

3937

87000

80000

46004300

46000

45000

110100

1000980

13000

12000

Units

UG/L

UG/L

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

Qualifiers

Q

QQ

Q

QQ

QQ

QQ

Q

Prepared by RMT 3/14/2003 h:\data\common\oracle\lm\ APPG1202.xls AppG


Well ID

RM-103SRM-103S

RM-103S

RM-103S

RM-103S

RM-103S

RM-201D

RM-201D

RM-201D

RM-201D

RM-201D

RM-201D

RM-201D

RM-201D

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-201I

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202D

RM-202I

RM-202I

RM-202I

RM-202I

RM-202I

RM-202I

RM-202I

RM-202I

RM-202I

RM-203D

RM-203D

RM-203DRM-203D

RM-203DRM-203D

RM-203DRM-203D

Date

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

12-Dec-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

23-Sep-02

3-Oct-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-0212-Dec-02

3-Oct-02

12-Dec-02

Parameter

TRICHLOROETHENE

TRICHLOROETHENE

VINYL CHLORIDE

VINYL CHLORIDE

ZINC, DISSOLVED

ZINC, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CARBON DISULFIDE

IRON, DISSOLVED




SODIUM, DISSOLVED

ARSENIC, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

IRON, DISSOLVED




SODIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

IRON, DISSOLVED




SODIUM, DISSOLVED

ZINC, DISSOLVED

ALUMINUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

IRON, DISSOLVED




SODIUM, DISSOLVED

ZINC, DISSOLVED

1,1,1 -TRICHLOROETH ANE




BARIUM, DISSOLVED

BARIUM, DISSOLVED

Result

0.981.1

12

4.52.7

5372000

0.5240

39000

131900

11000

5.179

51000

9335000

11

1500

12000

6163000

53035000

25

1300

5300

1

19069

61000

32036000

211600

5500

1.2

7.28.1

2.73.31.51.610094

Units

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

Qualifiers |

QQ

Q 11

Q

Q

Q

||

I

Q

Q

Q

QQ

Prepared by RMT 3/14/2003 10 h:\data\common\oracle\lm\APPG1202.xlsAppG


Well ID



RM-203DRM-203D


RM-203IRM-203IRM-2031RM-203IRM-2031

RM-2031RM-2031

RM-2031RM-2031

RM-2031RM-2031RM-2031RM-2031

RM-2031RM-2031RM-2031RM-2031RM-2031


RM-204DRM-204D



Date

3-Oct-0212-Dec-0212-Dec-02

3-Oct-0212-Dec-023-Oct-02

12-Dec-02

3-Oct-0212-Dec-02

3-Oct-0212-Dec-023-Oct-02

3-Oct-0212-Dec-02

3-Oct-0212-Dec-023-Oct-02

12-Dec-023-Oct-02

3-Oct-0212-Dec-02

3-Oct-0212-Dec-023-Oct-02

12-Dec-023-Oct-02

12-Dec-02

3-Oct-0212-Dec-023-Oct-02

12-Dec-0212-Dec-02

7-Oct-0213-Dec-027-Oct-02

13-Dec-027-Oct-027-Oct-02

13-Dec-027-Oct-02

13-Dec-0213-Dec-02

7-Oct-0213-Dec-0213-Dec-027-Oct-02

13-Dec-027-Oct-02

Parameter

CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCHROMIUM, DISSOLVED




TRICHLOROETHENETRICHLOROETHENEVANADIUM, DISSOLVED




ALUMINUM, DISSOLVED



COPPER, DISSOLVEDCOPPER, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDZINC, DISSOLVED


1,1-DICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHENE


BARIUM, DISSOLVEDBARIUM, DISSOLVEDCADMIUM, DISSOLVED

CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCHROMIUM, DISSOLVEDCOBALT, DISSOLVEDCOBALT, DISSOLVEDMAGNESIUM, DISSOLVED

Result

7800070000

1.1

400003800016001600

48004900

0.771.11.2

1.24.7

3.62.91.21.120

5246

6700055000

1.65.6

5500054000

24002400

1700019000

2.6

1915

8.76.81.2

4.42.84241

0.34

8200086000

1.11.93.3

42000

Units


UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L



UG/LUG/L

UG/LUG/LUG/L


Qualifiers

Q

QQQQ

QQQ

Q

Q

Q

Q

Q

QQ

_ Prepared by RMT 3/14/ 2003 11 h: \data\ common\ oracle\ lm\ APPG1202.xls AppG


ll

1 Well ID

RM-204D

RM-204D

RM-204D

RM-204D

RM-204D

M-204D

M-204D

RM-204D

RM-204D

RM-204D

RM-204D

1-2041

-2041

-2041

-2041

-2041-2041

-2041

-2041

-2041

-2041

-2041

-2041

-2041

-2041

-2041

-2041

-2041

•2041

•2041

•2041

RM-2041

RM-204I

RM-2041

RM-205D

|RM-205D

RM-205D

(RM-205D

RM-205D

(RM-205D

RM-205D

JRM-205D

RM-205D

|RM-205D

RM-205D

[RM-205D

RM-205D

RM-205D

Date

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-0213-Dec-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

7-Oct-0213-Dec-02

7-Oct-02

13-Dec-02

7-Oct-02

13-Dec-02

13-Dec-02

7-Oct-02

3-Oct-02

ll-Dec-02

3-Oct-02

ll-Dec-02

3-Oct-02

ll-Dec-02

3-Oct-02

ll-Dec-02

3-Oct-02

ll-Dec-02

3-Oct-02

ll-Dec-02

3-Oct-02

ll-Dec-02

Parameter






SODIUM, DISSOLVED

SODIUM, DISSOLVED

TRICHLOROETHENE

TRICHLOROETHENE

ZINC, DISSOLVED

ZINC, DISSOLVED



1,1-DICHLOROETHANE

1,1-DICHLOROETHANE


ANTIMONY, DISSOLVED

BARIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CALCIUM, DISSOLVED







SODIUM, DISSOLVED

SODIUM, DISSOLVED

TRICHLOROETHENE

TRICHLOROETHENE

VANADIUM, DISSOLVED

ZINC, DISSOLVED

BARIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CALCIUM, DISSOLVED

COBALT, DISSOLVED

COBALT, DISSOLVED

IRON, DISSOLVED

IRON, DISSOLVED







Result

4200C

1314

1600

1600

4800

4900

3.32.1

23.9

1413

5.25.4

2.21.89.44441

82000

77000

42000

41000

5.75.7

1700

1600

4600

4500

2.31.81.21.2

8177

70000

66000

2.22.7

720720

41000

40000

2828

1900

1900

Units

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/LUG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

Qualifiers ||

Q

QQQ

Ej

QQ

QQ

Prepared by RMT 3/14/2003 12 h:\data\common\oracle\lm\APPG1202.xlsAppG 12- ~


Well ID

RM-205D

RM-205D

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-205I

RM-206S

RM-206S

RM-206S

RM-206S

RM-206SRM-206S

RM-206S

RM-206S

RM-206S

RM-206SRM-206S

RM-206S

RM-206S

RM-206S

RM-206S

RM-206SRM-206S

RM-206SRM-206S

RM-206SRM-206S

RM-207S

RM-207S

RM-207S

RM-207SRM-207S

RM-207S

RM-207S

RM-207S

RM-207SRM-207S

RM-207S

RM-207S

RM-207SRM-207S

RM-207SRM-207S

RM-207S

Date

3-Oct-02

ll-Dec-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

3-Oct-02

8-Oct-02

16-Dec-02

8-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

16-Dec-02

8-Oct-02

8-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

16-Dec-02

8-Oct-02

8-Oct-0216-Dec-02

8-Oct-02

8-Oct-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

Parameter

SODIUM, DISSOLVED

SODIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

IRON, DISSOLVED




SODIUM, DISSOLVED

BARIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CALCIUM, DISSOLVED

COBALT, DISSOLVEDCOBALT, DISSOLVED

COPPER, DISSOLVED

COPPER, DISSOLVED

IRON, DISSOLVED





NICKEL, DISSOLVED

NICKEL, DISSOLVED


SODIUM, DISSOLVED

SODIUM, DISSOLVED


ANTIMONY, DISSOLVED

ARSENIC, DISSOLVED

ARSENIC, DISSOLVED

BARIUM, DISSOLVED

BARIUM, DISSOLVED

BENZENEBENZENE



CHLOROETHANE

COBALT, DISSOLVED

RON, DISSOLVED

RON, DISSOLVED



Result

5400

5400

6962000

27036000

191300

8800

4957

190000

190000

4.42.9

4.27.8

460

100000

110000

1100620

1918

3200

4200

34000

62000

2.82.7

9.1

2017

120130

1.31.3

0.49

98000110000

0.87

1.5

9000

13000

6600070000

69

Units

UG/LUG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/L

Qualifiers

Q

A

Q

Q

H

QH

Q

— Prepared by RMT 3/14/ 2003 13 h:\data\common\oracle\lrn\APPG1202.xlsAppG


Iwell ID

M-207S

M-207S

M-207S

M-207S

M-207S

M-207SM-207S

M-207S

M-208D

M-208D

M-208DM-208D

M-208D

M-208D

RM-208D

RM-208D

RM-208DRM-208D

RM-208DRM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208DKM-208D

RM-208D

RM-208D

RM-208D

RM-208D

RM-208I

RM-208I

RM-208I||RM-2081

|RM-208I

RM-208I

RM-208I

RM-208I

RM-208IRM-208I

RM-208IRM-208I

RM-208I

RM-2081

RM-208I

RM-2081

RM-2081RM-2081

Date

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

16-Dec-02

8-Oct-02

16-Dec-02

8-Oct-02

3-Oct-02

16-Dec-02

3-Oct-02

16-Dec-02

3-Oct-0216-Dec-02

3-Oct-02

16-Dec-02

3-Oct-02

16-Dec-02

3-Oct-0216-Dec-02

3-Oct-0216-Dec-02

3-Oct-02

16-Dec-02

3-Oct-0216-Dec-02

3-Oct-02

16-Dec-02

3-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-02

8-Oct-02

16-Dec-02

8-Oct-02

16-Dec-02

8-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

Parameter


NICKEL, DISSOLVED

NICKEL, DISSOLVED



SODIUM, DISSOLVED

SODIUM, DISSOLVED

VANADIUM, DISSOLVED

1,1,1 -TRICHLOROETH ANE



1,1-DICHLOROETHENE

1,1-DICHLOROETHENE



BARIUM, DISSOLVED

BARIUM, DISSOLVED







SODIUM, DISSOLVED

SODIUM, DISSOLVED

TRICHLOROETHENE

TRICHLOROETHENE


1,1-DICHLOROETHANE

1,1-DICHLOROETHANE

BARIUM, DISSOLVED

BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CALCIUM, DISSOLVED






SODIUM, DISSOLVED

5ODIUM, DISSOLVED

FRICHLOROETHENErRICHLOROETHENE

Result

93

2.S4.3

1400C

14000

2600026000

2.5

2323

9.510

1.61.7

5.54.93835

89000

92000

43000

42000

3.12.7

18001800

5500

5500

2.83.2

2.83.6

1.31.6

3936

84000

78000

4200041000

4.54.2

19001900

52005100

0.560.81

Units

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

Qualifiers

QQ

Q

QQ

QQ

QQ

Prepared by RMT 3/14/2003 14 h:\data\comrnon\oracle\lm\ APPG1202.xls AppG


Well ID

RM-208IRM-208I DUPRM-208I DUPRM-208I DUPRM-208I DUPRM-208I DUP

RM-208I DUPRM-208I DUPRM-208I DUPRM-208I DUP

RM-209DRM-209D

RM-209DRM-209D

RM-209DRM-209D

RM-209DRM-209D


RM-209D

RM-209DRM-209D

RM-209DRM-209D




Date

16-Dec-028-Oct-028-Oct-028-Oct-028-Oct-028-Oct-028-Oct-028-Oct-028-Oct-028-Oct-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-02

15-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-0215-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-0224-Sep-0212-Dec-0224-Sep-0212-Dec-0224-Sep-0212-Dec-02

24-Sep-0212-Dec-0224-Sep-02

Parameter

ZINC, DISSOLVED1,1,1-TRICHLOROETHANE

1,1-DICHLOROETHANEBARIUM, DISSOLVEDCALCIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDVANADIUM, DISSOLVED







CHLOROETHANEMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED


SODIUM, DISSOLVEDSODIUM, DISSOLVEDTETRACHLOROETHENE

TRICHLOROETHENE .TRICHLOROETHENE


1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1,1-DICHLOROETHANE1,1-DICHLOROETHANE

,1-DICHLOROETHENE,1-DICHLOROETHENE,2-DICHLOROETHENE, TOTAL,2-DICHLOROETHENE, TOTAL


CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCOPPER, DISSOLVED

Result

3.9

31.439

8500042000

4.4

20005300

1.2

450560

88130

2328

3340

7270

130000120000

1.9

5600055000

21002000

100009700

2.6

23251.33.9

312815142.42.69.78.9

6762

8700074000

0.%

Units

UG/LUG/LUG/L

UG/LUG/LUG/L

UG/LUG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L


UG/LUG/L

UG/LUG/L


UG/LUG/LUG/LUG/L


UG/LUG/LUG/L

Qualifiers

Q

Q

D

Q

Q

Q

_ Prepared by RMT 3/14/2003 15 h:\data\common\oracle\lm\APPG1202.xls AppG


Well ID

RM-210D

RM-210D

RM-210DRM-210D

RM-210D

RM-210D

RM-210D

RM-210D

RM-210D

RM-210D

RM-210DRM-210D

RM-210I

RM-210I

RM-210I

RM-210I

RM-210I

RM-210IRM-2101

RM-210IRM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101

RM-2101RM-2101

RM-2101

RM-2101

RM-2101

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-2101 DUP

RM-211D

RM-211D

Date

24-Sep-0212-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-0212-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

24-Sep-02

12-Dec-02

12-Dec-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

24-Sep-02

l-Oct-02

l-Oct-02

Parameter







SODIUM, DISSOLVED

SODIUM, DISSOLVED

TRICHLOROETHENE

TRICHLOROETHENE




1,1-DICHLOROETHANE

1,1-D1CHLOROETHANE

1,1-DICHLOROETHENE

1,2-DICHLOROETHENE, TOTAL1,2-D1CHLOROETHENE, TOTAL


CALCIUM, DISSOLVED

CALCIUM, DISSOLVED

CHROMIUM, DISSOLVED

CHROMIUM, DISSOLVED






TRICHLOROETHENE

TRICHLOROETHENE

ZINC, DISSOLVED


1,1-DICHLOROETHANE

1,1-DICHLOROETHENE


BARIUM, DISSOLVED

CALCIUM, DISSOLVED

CHROMIUM, DISSOLVED



SODIUM, DISSOLVED

IRICHLOROETHENE


BARIUM, DISSOLVED

Result

4300C

4100C

2523

17001600

4200

4400

4.94.8

1.85.6

1918

7.8I

0.791

4.56765

81000

74000

2.21.8

43000

41000

16001600

47004900

2.73

1.119

7.80.77

4.865

79000

241000

1600

4600

2.81

43

Units

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

UG/L

Qualifiers

Q

Q

QQ

Q

Q

Q



Well ID

RM-211D

RM-211DRM-211D


RM-211DRM-211D




RM-212DRM-212DRM-212DRM-212DRM-212DRM-212DRM-212DRM-212D

RM-212IRM-212IRM-212IRM-212IRM-212IRM-212IRM-212IRM-212IRM-212IRM-212I

RM-212IRM-212IRM-212IRM-212I

RM-301SRM-301SRM-301SRM-301SRM-301SRM-301SRM-301S

Date

ll-Dec-02l-Oct-02

ll-Dec-02

l-Oct-02ll-Dec-02ll-Dec-02

l-Oct-02ll-Dec-02



ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02

l-Oct-02ll-Dec-02


ll-Dec-02


ll-Dec-02l-Oct-02

ll-Dec-02l-Oct-02

ll-Dec-02


ll-Dec-02l-Oct-02

ll-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-028-Oct-02

16-Dec-028-Oct-02

Parameter

BARIUM, DISSOLVED

CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVED


SODIUM, DISSOLVEDSODIUM, DISSOLVEDVANADIUM, DISSOLVED


IRON, DISSOLVEDIRON, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVED

SODIUM, DISSOLVEDSODIUM, DISSOLVEDVANADIUM, DISSOLVEDZINC, DISSOLVED

BARIUM, DISSOLVEDBARIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVEDMANGANESE, DISSOLVED


SODIUM, DISSOLVEDSODIUM, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVED

ARSENIC, DISSOLVEDARSENIC, DISSOLVEDBARIUM, DISSOLVEDBARIUM, DISSOLVEDCALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCOBALT, DISSOLVED

Result

42

8500081000

4200041000

0.55

19001900

50005100

1.2

7670

6200058000

660560

3600035000

2222

1400140052005100

1.4a

9083

90000760006000054000

7057

29002700

1800018000

0.922.1

4.84.46865

150000140000

9

Units

UG/L

UG/LUG/L

UG/LUG/LUG/L


UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/LUG/L


UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L


Qualifiers

Q

Q

Q

QQQQ

Prepared by RMT 3/14/2003 17 h:\data\conunon\oracle\lm\APPG1202.xlsAppG 1


t well ID

M-301S

M-301S..M-301S

RM-301SRM-301S

RM-301SRM-301S

RM-301SRM-301S

RM-301SIRM-SOISRM-301SRM-301SRM-301SRM-301SRM-301SRM-301S

RM-302SRM-302SRM-302SRM-302SRM-302SRM-302SRM-302S

I-302S

-302S-302S

-302S-302S

-302S-302S

-302S-302S


[RM-303DKM-303D(RM-303D

RM-303D(RM-303D

RM-303DIRM-SOSDRM-303DJRM-303DRM-303D

RM-303D

Date

16-Dec-028-Oct-02

16-Dec-02

8-Oct-0216-Dec-028-Oct-02

16-Dec-028-Oct-02

16-Dec-02

8-Oct-0216-Dec-02

8-Oct-0216-Dec-028-Oct-02

16-Dec-028-Oct-02

16-Dec-02

25-Sep-0215-Dec-02

25-Sep-0215-Dec-0225-Sep-0225-Sep-0225-Sep-0215-Dec-0225-Sep-0215-Dec-02

25-Sep-0215-Dec-02

25-Sep-0215-Dec-0225-Sep-0215-Dec-0225-Sep-0215-Dec-0225-Sep-0215-Dec-02

7-Oct-0215-Dec-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-027-Oct-027-Oct-02

Parameter

COBALT, DISSOLVEDCOPPER, DISSOLVEDCOPPER, DISSOLVED

IRON, DISSOLVEDIRON, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

MANGANESE, DISSOLVEDMANGANESE, DISSOLVEDNICKEL, DISSOLVEDNICKEL, DISSOLVED





CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCOBALT, DISSOLVEDCOPPER, DISSOLVEDIRON, DISSOLVEDIRON, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED


NICKEL, DISSOLVEDNICKEL, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDZINC, DISSOLVEDZINC, DISSOLVED

1 ,1 ,1 -TRICHLOROETH ANE1,1,1-TRICHLOROETHANE1,1,2-TRICHLOROETHANE1,1-DICHLOROETHANEU-DICHLOROETHANE1 ,1-DICHLOROETHENE1,1-DICHLOROETHENE


ARSENIC, DISSOLVEDBARIUM, DISSOLVED

Result

164

4.2

63C170C

7000C6700C

420520

430750

24002500

7200091000

2.22.7

8178

100000100000

1.34

200140

4600048000

110110

4.25.8

77007900

4000031000

0.%2.3

110016000.81

8101000

481003104306.2110

Units

UG/LUG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L


UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

Qualifiers

A

QQ

Q

QQ

QQ

DQ

D

D

Q

Prepared by RMT 3/14/2003 18 h:\data\cornrnon\oracle\lm\APPG1202.xlsAppG


Well ID

RM-303D



RM-303DRM-303D

RM-303DRM-303D



RM-303DRM-303D


RM-305DRM-305D



Date

15-Dec-02

7-Oct-0215-Dec-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-027-Oct-027-Oct-02

7-Oct-027-Oct-027-Oct-027-Oct-027-Oct-027-Oct-027-Oct-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-027-Oct-02

Parameter

BARIUM, DISSOLVED


CHLOROETHANE

CHROMIUM, DISSOLVEDCHROMIUM, DISSOLVEDCOPPER, DISSOLVED




POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDTETRACHLOROETHENETETRACHLOROETHENE

TRICHLOROETHENETRICHLOROETHENEVINYL CHLORIDE


1,1,1-TRICHLOROETHANEBARIUM, DISSOLVEDCALCIUM, DISSOLVED

COPPER, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVEDNICKEL, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDTRICHLOROETHENE

,1,1-TRICHLOROETHANE,1,1-TRICHLOROETHANE


CHROMIUM, DISSOLVEDCHROMIUM, DISSOLVED

COBALT, DISSOLVEDCOBALT, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVEDMANGANESE, DISSOLVED

Result

100

150000140000

12

8.98.61.8

6900070000

0.554.31921

47003800

1200013000

88.8

95130

0.32

5.26.5

1412

1000007.4

500001.710

150021000.66

3.72.52.82.1

7300064000

2.42.3

2.12.1

4700047000

17

Units

UG/L

UG/LUG/LUG/L

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/LUG/L


UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L


Qualifiers

Q

Q

Q

Q

Q

Q

QQQQ

Prepared by RMT 3/14/2003 19 h:\ data\common\oracle\lm\ APPG1202.xls AppG


Well ID

RM-305D

RM-305DRM-305DRM-305DRM-305DRM-305DRM-305DRM-305DRM-305DRM-305D

RM-306DRM-306D

RM-306DRM-306D


RM-306DRM-306D



RM-306DRM-306D

RM-306DRM-306D


RM-306DRM-306D

RM-307DRM-307D

RM-307DRM-307D

RM-307DRM-307D


Date

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-027-Oct-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-0215-Dec-027-Oct-02

15-Dec-027-Oct-02

15-Dec-02

7-Oct-0215-Dec-027-Oct-02

Parameter


NICKEL, DISSOLVEDNICKEL, DISSOLVEDPOTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVED



1,1,1-TRICHLOROETHANE1,1,1-TRICHLOROETHANE1 ,1-DICHLOROETH ANE1,1-DICHLOROETHANE1,1-DICHLOROETHENE1,1-DICHLOROETHENE1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALBARIUM, DISSOLVEDBARIUM, DISSOLVED

CALCIUM, DISSOLVEDCALCIUM, DISSOLVEDCHROMIUM, DISSOLVEDCHROMIUM, DISSOLVED

COBALT, DISSOLVEDCOBALT, DISSOLVEDCOPPER, DISSOLVEDMAGNESIUM, DISSOLVEDMAGNESIUM, DISSOLVED

POTASSIUM, DISSOLVEDPOTASSIUM, DISSOLVEDSODIUM, DISSOLVEDSODIUM, DISSOLVEDTETRACHLOROETHENETETRACHLOROETHENE



1 ,1 ,1 -TRICHLOROETH ANE1,1,1-TRICHLOROETHANE



1,2-DICHLOROETHENE, TOTAL1,2-DICHLOROETHENE, TOTALBARIUM, DISSOLVED

Result

14

100110

16001500

100009800

1.91.31.6

350420

43411414

4.13.13226

8800083000

1.31.5

4.24.6

24500043000

130007200

62004100

1.71.61111

2.23.2

2904006285

1213

8.910

20

Units

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/LUG/LUG/L


UG/LUG/L

UG/LUG/LUG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/LUG/L

Qualifiers

Q

D

QQ

QQ

Q

QQ

Q

D

Q

Prepared by RMT 3/14/2003 20 h:\data\commorv\oracle\lm\APPG1202.xlsAppG


Well ID

RM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307DRM-307D

RM-307D

RM-307D

RM-307D

RM-307D

RM-307DRM-307D

RM-307D

RM-307DRM-307D

RM-308D

RM-308D

RM-308D

RM-308DRM-308D

RM-308DRM-308D

RM-308D

RM-308D

RM-308D

RM-308DRM-308D

Date

15-Dec-02

7-Oct-02

7-Oct-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-02

7-Oct-02

15-Dec-02

7-Oct-02

7-Oct-02

15-Dec-02

7-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

7-Oct-02

7-Oct-02

15-Dec-02

7-Oct-0215-Dec-02

Parameter

BARIUM, DISSOLVED


CALCIUM, DISSOLVED

CALCIUM, DISSOLVED

CHROMIUM, DISSOLVED

CHROMIUM, DISSOLVED

COPPER, DISSOLVED

IRON, DISSOLVED






SODIUM, DISSOLVED

SODIUM, DISSOLVED

TETRACHLOROETHENE

TETRACHLOROETHENE


VANADIUM, DISSOLVED



BARIUM, DISSOLVED

BARIUM, DISSOLVED




NICKEL, DISSOLVED




Result

200.14

110000

110000

2.12.1

1.237

4900050000

0.54

2400

1900

7400

6100

1.72.1

9.3111.5

2.31.3

2.311

9.1

110000

95000

5100047000

12

420410

19002000

Units

UG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

UG/LUG/L

UG/L

UG/LUG/L

UG/LUG/L

Qualifiers

Q

QQQQ

Q

Q

QQQ




AB

BBB

BI

DA

E

EF

FH

IJ

K

MN

P

Q

sUNWwX


OrganicInorganic

Inorganic

Inorganic

Inorganic

OrganicInorganic


Inorganic


Inorganic/Organic









(cont'd)

1

8

#&

*

Inorganic

Inorganic




Data Validation Qualifiersbfj

su

Analyte is present in the associated trip blank.Analyte is present in the associated field blank.When specific QC criteria are outside the established control limits, thereported quantitation limit is approximate and may or may not representthe actual limit of quantitation necessary to accurately and preciselymeasure the analyte in the sample.Analyte is present in the associated storage blank.Analyte is present at less than 10 times the concentration in theassociated trip, field, storage, and/ or laboratory method blank (B) forcommon laboratory contaminants, or less than 5 times the blankconcentration of other compounds and is therefore qualified as non-detectable (u) according to USEPA data validation procedures (USEPA,1991).



Appendix HGraphs of 1,1,1-TCA; 1,1-DCA; 1,1-DCE;1,2-DCE; PCE; TCE; and Vinyl Chloridevs. Time in Selected Monitoring Wells

RMT, Inc. | Lembergcr Landfilli:\wpMSN\Pir\oo-o345i\u\Rooo345in-oo2.DOC final April 2003

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Attachment 1Computer Disk With All

Historical Monitoring Datafor Appendices A through G

RMT, Inc. | Lemberger Landfilli:\wpMSN\Pir\oo-0345i\n\Rooo34siii-oo2ooc Final April 2003

rmt: semiannual o&m progress report no. 9 - january - … · report. this report is the twelfth...

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