transmitted via federal express · 2020. 7. 7. · the recently collected supplemental data, in...

Transmitted via Federal Express

March 10,2003

Bryan OlsonEPA Project CoordinatorU.S. Environmental Protection Agency, Region 1One Congress Street, Mail Code HBTBoston, MA 02203-2201

Re: GE-Pittsfield/Housatonie River Site30s Complex (GECD120)Characterization of Building 33/34 Area Building Materials

Dear Mr. Olson:

In a letter dated December 20, 2002, the General Electric Company (GE) presented a proposal tothe United States Environmental Protection Agency (EPA) for supplemental building materialand soil sampling related to Buildings 33, 33-A, 33-E, 33-X, and 34 (the Building 33/34 Area) atGE's Pittsfield, Massachusetts facility. The proposed investigations (approved by EPA in a letterdated January 13, 2002) were identified to support the Pittsfield Economic DevelopmentAuthority (PEDA) in its future planning and re-development of the Building 33/34 Area.Specifically, for the soils beneath the Building 33/34 area, the primary objective of the proposedinvestigations was to supplement the existing data and determine the need for soil-relatedresponse actions within the 30s Complex Removal Action Area. For the building materials, theproposed activities were identified to further characterize the materials so as to assess whetherand to what extent the building demolition debris could be used as backfill/grading materialswithin the Building 33/34 Area and possibly at other locations within the GE facility.

This letter summarizes the results of the recent supplemental building material characterizationactivities and, in combination with the data available from prior investigations, an evaluation ofthe potential for future use of the demolition debris as backfill material. Given the schedule ofthe ongoing demolition activities related to the Building 33/34 Area, this letter evaluates only thebuilding material sampling results. A future letter presenting the results of the supplemental soilsampling and related evaluations will be submitted to EPA in the next few weeks.

I. Supplemental Building Characterization Activities

Between January 16 and February 10, 2003, a total of 27 building samples were collected byBlasland, Bouck & Lee, Inc. (BBL) and analyzed by CT&E Environmental Services (CT&E) for(depending on location) polychlonnated biphenyls (PCBs), volatile organic compounds (VOCs),semi-volatile organic compounds (SVOCs), and/or inorganic compounds. Prior to collection,sample locations were identified during a field reconnaissance with EPA and MassachusettsDepartment of Environmental Protection (MDEP) personnel. In general, the supplementalsampling locations were selected to provide distribution across the Building 33/34 Area, takinginto account the available data set and other observations during the field reconnaissance. The

Bryan OlsonMarch 10, 2003

. ; of 4

sampling results for the 27 supplemental samples are provided in Tables 1 and 2 for the data fromthe Building 33 Complex and Building 34 Complex, respectively. Sample locations are depictedon sketches included as Attachment A to this letter. Historical data and sampling locations areprovided in Attachment B to this letter.

II. Data Evaluation Procedures

The recently collected supplemental data, in combination with the results of previous buildingcharacterization activities, have been evaluated in accordance with the procedures described inGE5s December 20, 2002 letter, as approved by EPA. This section summarizes those evaluationprocedures relative to the sampling results, while Part III of this letter presents the evaluationresults.

For PCBs, the evaluation of the building characterization data first involved the calculation of anarithmetic average concentration of all of the available PCB data. Under the approvedprocedures, if the arithmetic average concentration of the PCB data is below 25 ppm (theapplicable Performance Standard for PCBs in soil for the 0- to 1-foot depth increment within the30s Complex), the building demolition debris would be suitable for potential use asbackfill/grading material. (As discussed in Part III below, the PCB arithmetic averages for theBuilding 33/34 Area are well below 25 ppm.) In addition, in its January 13, 2003 approval letter,EPA indicated that any discrete PCB sample results above 125 ppm would require delineation toidentify the area exceeding this limit, and that the material obtained from that area would requiredisposal at either the Building 71 On-Plant Consolidation Area or an appropriate off-sitepermitted facility.

The evaluation of VOCs, SVOCs, and metals in the building materials generally followed theprocedures described in Attachment F to the Statement of Work for Removal Actions Outside theRiver (SOW) (Protocols for the Evaluation of Non-PCB Constituents in Soil), as well as the SoilCover/Backfill Characterization Plan contained in the Project Operations Plan (POP). Initially,the maximum concentrations of these constituents were compared with the applicable EPARegion 9 Preliminary Remediation Goals (PRGs), using the industrial PRGs listed in Exhibit F-lto Attachment F to the SOW. For certain constituents for which Region 9 PRGs do not exist,surrogate PRGs, based on Region 9 PRGs for similar chemicals, were be used, as described inAttachment F to the SOW. If the maximum concentration of each detected constituent is belowthe applicable PRG, the material would be considered suitable for use without limitation.

If the building materials contain VOCs, SVOCs, or metals at concentrations that exceed thePRGs, GE indicated that it would further evaluate those constituents by calculating arithmeticaverage concentrations of the constituents in the building materials and comparing those averageconcentrations to the Method 1 S-2 soil standards set forth in the Massachusetts Contingency Plan(MCP). If the average concentrations of those constituents that exceeded the PRGs are belowtheir respective MCP Method 1 S-2 soil standards, the materials would be considered suitable forre-use in the Building 33/34 Area.


of 4

III. Summary of Evaluation Results

A. Building 33 Complex

For the 15 supplemental building material samples, the PCB results range from 0.106 ppm to 15.4ppm. These results were incorporated with the previous sampling results to provide an overalldata set of 71 samples for Buildings 33, 33A, 33X, 33N-Ext, and 33E (the Building 33 Complex).For the 71 samples, total PCB concentrations ranged from non-detect, at 31 locations, to amaximum concentration of 72 ppm, at two separate locations. The arithmetic average PCBconcentration for the Building 33 Complex is 4.8 ppm.

A total of 21 samples were collected from the Building 33 Complex and analyzed for VOCs,SVOCs, and inorganics. For all of the detected constituents which have PRGs, the maximumconcentrations (as well as one-half of the detection limit for non-detect samples), were belowtheir respective PRGs, with the exception of 1,2,3-trichloropropane, benzo(a)pyrene, and arsenic.Three other detected constituents (2-butanone, thionazin, and thallium) do not have PRGs andwere therefore also retained for further evaluation. For five of these six retained constituents, themaximum detected concentration of each constituent was well below its respective MCP Method1 S-2/GW-3 soil standard, such that it was not necessary to calculate an arithmetic averageconcentration to confirm the material's potential suitability as backfill/grading material. Forbenzo(a)pyrene, one of the sample results exceeded its MCP Method 1 S-2/GW-3 Soil Standard.Therefore, GE proceeded to compare the arithmetic average of the 21 benzo(a)pyrene results toits applicable MCP Method 1 standard. The arithmetic average for benzo(a)pyrene is 0.21 ppm,which is well below the MCP Method 1 S-2/GW-3 soil standard of 0.7 ppm.

B. Building 34 Complex

For the two supplemental samples analyzed for PCBs, the results are 0.011 ppm and 0.20 ppm(0.25 ppm in a duplicate sample). These results were incorporated with the previous samplingresults to provide an overall data set of 19 samples for Building 34. For the 19 samples, totalPCB concentrations ranged from non-detect, at nine locations, to a maximum concentration of 45ppm. The calculated arithmetic average PCB concentration for Building 34 is 6.45 ppm.

For the five samples collected from Building 34 and analyzed for VOCs, SVOCs, and inorganics,the maximum concentrations of all detected constituents (as well as one-half of the detection limitfor non-detect samples) were below their respective PRGs, except for arsenic. However, forarsenic, the maximum detected concentration was well below its respective MCP Method 1 S-2/GW-3 soil standard, such that it was not necessary to calculate an arithmetic averageconcentration to confirm the material's potential suitability as backfill/grading material.

IV. Summary

Based on the analytical results from the building material samples collected from the Building33/34 Area, the demolition debris are suitable for use as backfill materials since the arithmeticaverage PCB concentration for each building complex was less than 25 ppm and no discretesample contained PCBs at concentrations greater than 125 ppm. Further, the maximum detectedconcentrations and/or arithmetic average concentration for all Appendix IX+3 VOC. SVOC andinorganic constituents were below their respective PRGs or MCP Method 1 S-2/GW-3 soilstandards, respectively.


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In addition, TCLP sample results from composite samples collected during the 1999 samplingevent were reviewed. Those results indicate that this material would not constitute acharacteristic hazardous waste under RCRA,

If you have any questions, please contact me.

Sincerely,

I John ¥. Novotny, P.E.*• Manager-Facilities and Brownfields Programs

\ Gi Puisf.t.J C0 20s30s40s\ReportsandPresentaiionsU6632l96.doc

Enclosures

cc: Tim Con way, EPAHolly Inglis, EPARose Howell, EPAMichael Nalipinski, EPAK.C. Mitkevicius, USAGEDawn Jamros, WestonSusan Steenstrup, MDEPSusan Keydel, MDEPAlan Weinberg, MDEPRobert Bell, MDEPMayor Sara Hathaway, City of PittsfieldThomas Hickey, Director, PEDARichard Scapin, Chair, Pittsfield City CouncilPittsfield Department of HealthJeffrey Bernstein, Bernstein, Cushner & KimmelTheresa Bowers, GradientMichael Carroll, GERod McLaren, GEAndrew Silfer, GEJames Nuss, BBLCraig Bruening, BBLJames Bieke, Shea & GardnerSamuel Gutter, Sidley Austin Brown & WoodPublic Information RepositoriesGE Internal Repository

Tables

BBL,BLASLA_ND, BOUCK.&.LEEJNC.e n g i n e e r s & s c / e n t f s f $

TABLE 1PCB AND APPENDIX IX+3 DATA

BUILDING 33 BUILDING SAMPLING2§s» 30s, 40s COMPLEX

GENERAL ELECTRIC COMPANY - PITTSFIELD, MASSACHUSETTS(Results are presented in dry weight parts per mill ion, ppm)

Sample ID:Matrix:

Sample Depth(Feet):Parameter Date Collected:Volatile Organlcs1,2,3-Trichloropropane1,2-Dibromo-3-chIoropropane2-ButanoneAcetoneEthylbenzeneTetrachloroetheneTolueneXylenes (total)

EPARegion 9Industrial

PRGs

0.00312.10None6,10023016.0520210

MCPMethod 1S-2/GW-3Standard

1,000NA

40.0NANANANANA

33-1-CF-1Cone Floor

0-0.2101/23/03

ND(0.0050)ND(0.0050)ND(0.010)

ND(62)4.6

ND(3.1)ND(3.1)

29

33-2-CF-11Cone Floor

0-0.6701/23/03

ND{0.0050)ND{0.0050)ND(0.010)ND(0.020)

ND{0.0050)ND{0.0050)

0.033ND{0.0050)


0-0.6701/23/03

ND(0.0050)ND{0.0050)ND(0.010)ND{0.020)

ND(0.0050)0.0025 J

0.0310.0066


0-0.6702/10/03

NSNSNSNSNSNSNSNS

33A-BW-1Brick Wall

0-0.501/23/03

ND(0.0050)ND(0.0050)ND(0.010)ND(0.020)

ND(0.0050)ND{0.0050)

0.018ND(0.0050)

PCBsAroclor-1254Aroclor-1260Total PCBs

NANANA

NANANA

NSNSNS

5.44.810.2

NSNSNS

8.411

19.4

0.740.591.33

Semivolatile Organics1,2,4,5-Tetrachlorobenzene1,2,4-Trichlorobenzene1,2-Dichlorobenzene2,4-Dimethylphenol2-MethyfnaphthaleneAcenaphtheneAnthraceneBenzo(a)anthraceneBenzo(a)pyreneBenzo(b)fluorantbeneBenzo(k)fluoranthenebis(2-Ethylhexyl)phthalateChryseneDibenzofuranDi-n-ButylphthalateFluorantheneFluoreneHexachlorobenzeneIndeno(1,2,3-cd)pyreneIsophoroneNaphthalenePentachlorobenzenePhenanthrenePyreneThionazin

3201,700370

21,000190*

28,000220,000

3.600.363.6036.0210360

3,200110,00037,00022,000

1.903.603,200190860190*

26,000None

NANANANA

1,000NANANA

0.70NANANANANANANANANANANANANA100NA

1,000

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.67)ND(0.33)ND{0.33)ND(0.67)ND(0.33)ND(0.67)ND(0.33)

2.2ND(0.67)ND(0.33)

100 E0.21 J

ND{0.33)ND(0.33)ND(0.33)

14 END(0.33)ND(0.33)ND(0.67)ND(0.67)ND(0.33)

ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.47)ND(0.33)ND(0.33)ND(0.47)ND(0.33)ND(0.47)ND(0.33)ND{0.33)ND(0.47)ND(0.33)ND(0.47)

0.66ND(0.33)ND{0.33)ND{0.33)

2.8ND(0.33)ND(0,33)

0.40 J0.46 J

ND(0.33)

ND{0.33)ND{0.33)ND(0.33)ND(0.33)

0.14 JND(0.33)ND(0.33)ND(0.67)ND(0.33)ND(0.67)ND(0.33)

0.65ND(0.67)ND{0.33)ND{0.67)

0.46 JND(0.33)ND(0.33)ND(0.33)ND(0.67)ND(0.33)ND(0.33)

0.24 J0.36 J

ND(0.33)

NSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNSNS

ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.37)ND(0.33)ND(0.33)ND{0.37)ND(0.33)ND(0.37)ND(0.33)ND(0.33)ND(0.37)ND(0.33)ND(0.37)ND(0.37)ND(0.33)ND(0.33)ND(0.33)ND(0.37)ND{0.33)ND(0.33)ND(0.37)ND(0.37)ND{0.33)

InorganicsAntimonyArsenicBariumBerylliumCadmiumChromiumCobaltCopperLeadMercuryNickelSeleniumThalliumTinVanadiumZinc

7503.00

100,0003,400S30450

29,00070,0001.00C560

37,0009,400None

100 00013,000100,000

NA30.0NANANANANANANANANANA

30.CNANANA

30.06,70310

ND(0.500)0.74058.08.0028.0380 j

NDCO.10G) «19.0 !1.10 i

ND{1.50)ND(10.0)

28.0 i75.0

ND{6.00)2.60120

NDC0.500)ND{0.500)

19.05,4023,08,60

0.0260 B14,0 j

0.720 BND(1.50)3,60 B

17.021.0

ND{6.00)4,3092,0

NDC0.500)0.81033.06.1 C6C.0 ;14.C

ND(0.10C; j26.0

ND(1.0C;ND{1.50) _jNDHC.0,

17.017.C

NSNSNSNSNSNSNSNSNSNS •NSNSNSNSNSNS

ND(6.00)3.6052.0

NDfC.500)C.100 B

7.4C !NDf5.CC-} |

5.20 ;54.C ;

C.C27C B sNOW.0C) 'ND(I.CO) |NDH.5C ;

3.CG B9.5C30,0

Page 1 of 8V:\GE_PittsfiekJ_CD_20s30s40s\Notes and Data\Buiding material Sampling.xls\Bldg33-PCB&ApplX+3

3/10/2003


BUILDING 33 BUILDING SAMPLING20s» 3§s, 40s COMPLEX

GENERAL ELECTRIC COMPANY - PITTSFIELD, MASSACHUSETTS(Results are presented in dry weight parts per million, ppm)

Sample ID:Matrix:

Sample Depth(Feet):Parameter Date Collected:


PRGs


33A-CF-6Cone Floor

0-0.5801/23/03

Volatile Organies1,2,3-Trichforopropane1,2-Dibromo-3-ehloropropane2-ButartoneAcetoneEthyl benzeneTetrachloroetheneTolueneXylenes (total)

0.00312.10None6,10023016.0520210

1,000NA

40.0NANANANANA

ND(0.0050)ND(0.0050)ND(0.010)

0.010 JND(0.0050)ND(0.0050)

0.018ND(0.0050)

PCBsArocior-1254Aroclor-1260Total PCBs

NANANA

NANANA

NSNSNS

Semivolatile Organics1,2,4,5-Tetrachlorobenzene1,2,4-Triohlorobertzene1,2-Dichlorobenzene2,4-DimethylphenoI2-MethylrtaphthaleneAcenaphtheneAnthraceneBenzo(a)anthraceneBenzo(a)pyreneBenzo(b)fluorantheneBenzo(k)fluoranthenebis(2-Ethythexyl)phthalateChryseneDibenzofuranDi-n-Butylphtha!ateFluorantheneFluoreneHexachiorobenzenelndeno(1,2,3-cd)pyreneIsophoroneNaphthalenePentachlorobenzenePlienanthrenePyreneThionazin

3201,700370

21,000None

28,000220,000

3.600.363.6036.0210360

3,200110,00037,00022,000

1.903.603,200190860

None26,000None

NANANANA

1,000NANANA


1,000

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)0.090 J

ND(0.33)0.17 J

ND(0.33)ND(0.33)

0.24 JND(0.33)ND(0.33)

0.36ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)

0.11 J0.19 J

ND(0.33)InorganicsAntimonyArsenicBariumBerylliumCadmiumChromiumCobaltCopperLeadMercuryNickelSeleniumThallium \TinVanadiumZinc

7503.00

100,0003,400930450

29,00070,0001,000560

37,0009,400None

100,000 •13,000 )

100,000

NA30.0NANANANANANA j

NANANANA

30.0NANANA

ND{6.00)3.9032.0

ND(0.500)NDCG.5Q0)

5.50ND(5.00)

8.106.80

NDfO.100) j7.20 i

NDd.00) jNDC1.50; [

3.90 B7.8022.0

33A-CF-7Cone Floor

0-0.5801/23/03

ND{0.0050)ND{0.0050)ND(0.010)

0.014 JND{0.0050)ND{0.0050)

0.014NDfO.0050)

4.27.411.6

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)

1.0ND{0.33iND(0.33)ND(0.33)ND(0.33)ND(0.33)

ND(6.00)3.4056.0

NDC0.500)ND(0.500)

8.505.7030.06 30

NDfO.IOOj11,0

NDfi.OO,N 0(1.50}

3 7C B5,9022.0

33-2-BW-1Brick Wall

0-0.671/24/2003


0-0.51/24/2003

33-3-BW-4Brick Wall

0-0.421/24/2003

ND{0.0050)ND(0.0050)ND{0.010)ND(0.020)ND(0.0050)ND{0.0050)

0.019ND(0.0050)

0.00520.025

ND(0.010)0.030

ND(0.0050)0.0110.047

ND(0.0050)

ND(0.0050)ND(O.005O)ND(0.010)ND(0.020)ND(0.0050)ND(0.0050)

0.053ND(0.0050)

NSNSNS

105.415.4

2.25.98.1

ND(0.33)0.13 J

ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND{0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)

0.33ND(0.33)ND(0.33)

0.17 J0.090 J

ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)

ND{0.77)ND(0.77)ND(0.77)ND(0.77)ND(0.77)ND(0.77)ND(0.77)

0.37 JND(0.77)

0.24 JND(0.77)

1.6ND{0.77)ND(0.77)ND(0.77)

0.35 JND{0.77)ND{0.77)ND(0.77)ND(0.77)ND(0.77)ND(0.77)

0.25 J0.42 J

ND(0.77)

ND{0.40)ND(0.40)ND(0.40)ND{0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND{0.40)ND(0.40)

0.50ND(0.40)ND(0.40)

0.31 J0.28 J

ND(0.40)ND(0.40)ND{0.40)ND(0.40)ND(0.40)ND(0.40)

0.17 J0.11 J

ND(0.40)

ND{6.00)5.5038.0

NDfO.500)0.130 B

2.70ND(5.00)

4.30ND(0,100)ND/4.00)NDd.OO)ND(1.50)3.10 B21,010.0

ND{6.00)6.7096.0

NDfO.500)NDfO.500)

6.406.40 |19.06,80

0.0900 B j11.0

0.700 BNDH.5G)3.70 B

18.026.0

ND(6.00)1.20720

0.130 BND(0.500)

78.08.7013,0560

ND(0.100)NDC4.0G)NDd.OO)NDC1.50)NDI10.0)

6.101500

Page 2 of 8V:\GE_Pittsfiefd_CD_20s30s40slNotes and DatalBuidiffg material Sampling.xls\Bldg33-PCB&ApplX+3

3/10/2003

TABLE 1PCB AND APPENDIX iX+3 DATA

BUILDING 33 BUILDING SAMPLING20s» 30s, 40s COMPLEX


Sample ID:Matrix:



PRGs


33-3-CF-4Cone Floor

0-11/24/2003

Volatile Organics1,2,3-TrlchIoropropane1,2-Dibromo-3-cr»Ioropropane2-ButaooneAcetoneEthyfbenzeneTetrachloroetheneTolueneXyienes (total)

0.00312.10None6,10023016.0520210

1,000NA

40.0NANANANANA

ND(0.0050)ND(0.0050)ND(0.010)ND(0.020)ND(0.0050)

0.0028 J0.0042 J

ND{0.0050)PCBsAroclor-1254Aroclor-1260Total PCBs

NANANA

NANANA

NSNSNS

Semivolatile Organics1,2,4,5-Tetrachlorobenzene1,2,4-Trichlorobenzene1,2-Dichlorobenzene2,4-Dimethylpheno!2-MethylnaphthaleneAcenaphtheneAnthraceneBenzo(a )anthraceneBenzo(a)pyreneBenzo(b)fluorantheneBenzo(k)fluoranthenebis(2-Ethylhexyl)phthalateChryseneDibenzofuranOi-n-ButylphthalateFluorantheneFluoreneHexachlorobenzeneindeno(1,2,3-cd)pyreneisophoroneNaphthalenePentachlorobenzenePhenanthrenePyreneThionazin

3201,700370

21,000None

28,000220,000

3.600.363.6036.0210360

3,200110,00037,00022,000

1.903.603,200190860

None26,000None

NANANANA

1,000NANANA0.70NANANANANANANANANANANANANA100NA

1,000

ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)

0.45ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND(0.53)ND{0.53)ND(0.53)

3.8ND(0.53)ND(0.53)NDC0.53)ND(0.53)ND(0.53)

InorganicsAntimonyArsenicBariumBerylliumCadmiumChromiumCobaltCopperLeadMercy ryNickelSeleniumThalliumTinVanadiumZinc

7503.00

100,0003,400S30 j450

2S.00070,0001.000560

37,0009.400None

100,00013,000 1

100,000

NA30.0NANANANANANANANANANA30.0NANA jNA

ND(6.00)4.6042.0

NDfO.500)NDC0.500)

12.0 JND(5.00)

16.06.50

NDC0.100)13.0

0.570 BNDfi.50)3.60 B10.01S.0


0-0.751/24/2003


0-11/24/2003

33-3-BW-2Brick Wall

0-0.711/28/2003

33-3-BW-3Brick Wall

0-0.11/28/2003

ND(0.0050)ND(0.0050)NO(0.010)ND(0.020)

0.093ND(0.0050)

0.0226.3

ND(0.0050)ND{0.0050)ND(0.010)ND(0.020)ND(0.0050)ND(0.0050)

0.0097ND(0.0050)

ND(0.0050)ND(0.0050)ND{0.010)ND(0.020)ND{0.0050)ND(0.0050)

0.011ND(0.0050)

ND{0.0050)ND{0.0050)

0.0140.024

0.0043 JND(0.0050)

0.0170.0082

NSNSNS

0.370.701.07

0.0820.0440.126

2.11.13.2

18220

0.13 JND(0.43)

1.31.0

0.881.6

0.751.3

0.50ND(0.33)

1.11.6

ND(0.43)7.9

0.18 JND(0.43)

0.571.7

0.8915134.92.6

ND(0.57)ND(0.57)ND{0.57)ND(0.57)ND(0.57)ND(0.57)ND(0.57)ND(0.57)ND(0.57)ND(0.57)ND(0.57)ND{0.33)ND(0.57)ND(0.57)NDJ0.57)ND(0,57)ND(0.57)ND(0.57)ND(0.57)

29ND(0.57)ND{0.57)ND{0.57)ND(0.57)ND(0.57)

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33}^ND(0.33)ND(0.33) _,ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND{0.33)

ND(0.33)ND(0.33)ND(0.33)

0.22 JND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)

0.980.095 J0.069 J0.30 J0.55

ND{0,33)ND(0,33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)

0.760.17 J

ND(0.33)

ND(6.00)4.2047.0

ND{0.500)0,82012.07,9019.03.80

0.0250 B16.0

ND(I.GO)ND(1.50)3.70 B29.086.0

ND(6.00)2.2052.0

ND(0.500)NDC0.500)

9.006.7018.01.80

NDfC.IOQ)8,60

NDfi.OO)NDfi.50)3.40 B19.016.0

ND(6.00)2.40130

0.130 BND{0.500)

14.0ND(5.00)

57,0ND«0.100>

4,800.5S0 81.20 B3,80 B j9.8043.0

ND{6.00)3.602000

ND(0.500)0.7201205,7014.0660

NDfO.100)9.40

NDd.00)1,80

4,00 B12,0300

Page 3 of 8V:\GE_PtttsfieW_CD_20s30s40s\Notes and Data'tBuMing material Sampling.xis\Bidg33-PCB&ApplX*3

3/10/2003

TABLE 1PCB AND APPENDIX IX-t-3 DATA

BUILDING 33 BUILDING SAMPLING20s, 3§s» 40s COMPLEX

GENERAL ELECTRIC COMPANY - PITTSFIELD, MASSACHUSETTS(Results are presented in dry weight parts per mil l ion, ppm)

Sample ID:Matrix:



PRGs



0-11/28/2003

Volatile Organic®1,2,3-Trlchloropropane1,2-Dibrorno-3-chloropropane2-ButanoneAcetoneEthylbenzeneTetrachloroetheneTolueneXylenes (total)

0,00312.10None6,10023016.0520210

1,000NA

40.0NANANANANA

ND(0.0050)ND(0.0050)ND(0.010)ND{0.020)

0.0059ND(0.0050)

0.0110.060

PCBsAroclor-1254Aroclor-1260Total PCBs

NANANA

NANANA

1.01.82.8

Semivolatile Organics1,2,4,5-TetrachIorobenzene1,2,4-TrichIorobenzene1,2-Dichlorobenzene2,4-Dimethytphenol2-MethylnaphthaleneAcenaphtheneAnthraceneBenzo(a)anthraceneBenzo(a)pyreneBenzo(b)fluorantheneBenzo(k)fluoranthenebis(2-Ethylhexy))phthalateChryseneDibenzofuranDi-n-ButylphthalateFluorantheneFluoreneHexachlorobenzenelndeno(1,2,3-cd)pyreneIsophoroneNaphthalenePentachlorobenzenePhenanthrenePyreneThionazin

3201,700370

21,000None

28,000220,000

3.600.363.6036.0210360

3,200110,00037,00022,000

1.903.603,200190860

None26,000None

NANANANA

1,000NANANA


1,000

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)

0.51ND(0.33)ND(0.33)0.072 J

NDC0.33)ND<0,33)

InorganicsAntimonyArsenicBariumBerylliumCadmiumChromiumCobaltCopperLeadMercury iNickelSeleniumThalliumTinVanadiumZinc

7503.00

100,0003,400930450

29,00070,0001000560

37,000S.400None j

100,00013,000

100,000

NA30.0NANANA _ j

NANANA INA jNA INA INA j

30.0 iNA INANA

ND{6.00)3.5059.0

NDfO.500)0.70017.0 1

S.4032.03.10

NDiO.100)17.0 1

0,730 BND(1.50)4.20 B30.028.0


0-11/28/2003


0-11/28/2003

33X-1-BW-2Brick Wall

0-0.581/28/2003

ND(0.0050)ND(0.0050)NO(0.010)ND(0.020)

ND{0.0050)ND(0.0050)

0.0240.019

ND{0.0050)ND(0.0050)ND{0.010)ND(0.020)0.0032 J

ND(0.0050)0.0230.044

ND(0.0050)ND(0.0050)ND(0.010)ND{0.020)

ND(0.0050)0.0049 J

0.013ND(0.0050)

0.390.340.73

0.230.350.58

0.0720.0340.106

ND(0.33)0.13 J

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33i_ND(0.33}_ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33}_

0.18 JND{0.33)ND(0.33)ND(0.33)

1.6ND(0.33)ND(0.33)ND(0.33)

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)0.084 J

ND(0.33)ND(0.33)ND(0.33)

0.16JND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)

ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)

ND(6D0)3.9082.0

ND(0.500)ND{0,500)

16.06.1011.042.0

NDfO.100)11.0

NDd.OO)ND(1.50)3.80 B

12.035.0

NDC6.QQ)3.4054.0

NDfO.500)0.61011.0 .5.80 j15.0 j3.30 j

NDfO.100) |9.80

0.680 8ND(1.50)3.90 B j

13.026.0

NDC6.00)3.5056.0

NDfO.500)NDfQ.500)

10.0NDC5.00)

11.07. SO

NDfO.ICO;6.40 j

0.600 BNDfi.50)

3.90 B15.012,0

Page 4 of 8V:\GE_Pittsfield_CO_20s30s40s\Nofes and Data\Buidtng material Sampling.xls\Bldg33-PCB&ApplX+3

3/10/2003


BUILDING 33 BUILDING SAMPLING20s, 30s, 40s COMPLEX


Sample ID:Matrix:



PRGs


33X-1-CF-6Cone Floor

0-11/28/2003

Volatile Organics1,2,3-TrtehIoropropane1,2-Dibromo-3-chioropropane2-ButanoneAcetoneEthylbenzeneTetrachloroetheneTolueneXylenes (total)

0.00312.10None6,10023016.0520210

1,000NA

40.0NANANANANA

ND(0.0050) |ND(0,0050)]ND{0.0050) [ND{0.0050)]ND{0.010) [ND(0.010)]

0.011 J [ND(0.020)]ND{0.0050) [ND(0.0050)]

0.0027 J [ND(0.0050)]0.021 [0.0087]

ND(0.0050) [ND{0.0050)]PCBsAroclor-1264Aroclor-1260Total PCBs

NANANA

NANANA

NSNSNS

Semivolatile Organics1,2,4,5-Tetrachlorobenzene1,2,4-Trichlorobenzene1,2-DichIorobenzene2,4-Dimethylphenol2-MethylnaphthaleneAcenaphtheneAnthraceneBenzo(a)anthraceneBenzo(a)pyreneBenzo(b)fluorantheneBenzo(k)fluoranthenebis(2-Ethylhexyl)phthalateChryseneDibenzofuranDi-n-ButylphthalateFluorantheneFluoreneHexachlorobenzenelndeno(1,2,3-cd)pyreneIsophoroneNaphthalenePentachlorobenzenePhenanthrenePyreneThionazin

3201,700370

21,000None

28,000220,000

3.600.363.6036.0210360

3,200110,00037,00022,000

1.903.603,200190860

None26,000None

NANANANA

1,000NANANA0.70NANANANANANANANANANANANANA100NA

1,000

ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33>]ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33»ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33)]ND(0.33) [NDC0.33)]ND{0.33) [ND(0.33)]

0.12 J [0.068 J]ND{0.33) [ND{0.33)JND(0.33) [ND(0.33)]

0.38 [0.20 J]ND(0.33) [ND(0.33)]ND(0.33) [ND(0.33)]ND(0.33) [NDC0.33)]

ND(0.33)[0.12JlND(0.33) [ND(0.33)JND{0.33) [ND(0.33)J

0.20 J [0.12 J]0.16 J [0.083 J]

ND(0.33) [ND{0.33)]InorganicsAntimonyArsenicBariumBerylliumCadmiumChromiumCobaltCopperLeadMercuryNickelSeleniumThalliumTinVanadiumZinc

7503.00

100,0003,400930450

29,00070,0001.000560

37,0009.400None

100.C0C13,000

100,000 |

NA30.0NANANANA jNANANANANANA30.0 • ,NANANA

ND{6.00) [ND(6.00)J4.20 [4.40]38.0 [36.0]

NDfO.500) [ND(0.500)jND{0.500)f0.510l

14.0 [14.0]6.90 [6.00] i11.0 [13.0]3.70 [3.80]

ND(0.100)[ND(0.100J]13.0 [14.0]

ND(1.00) [0.540 B]ND(1.50)[ND{1.50)]

3,90 B [4,00 B]10.0 [9.00]28.0 [24.0] |


0-11/28/2003

ND{0.0050)ND(0.0050)ND(0.010)ND(0.020)

ND(0.0050)ND(0.0050)

0.026ND(0.0050)

2.84.97.7

ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND(0.33)

0.11 JND(0.33)ND(0.33)

0.33 JND(0.33)ND{0.33)ND(0,33)

2.2ND(0.33)ND(0.33)

0.14 J0.20 J

ND{0.33)

ND(6.00)4.3049.0

0.140 BNDfO.500)

7.805.8011.03.60

ND(0.100)_j10.0

NDd.00)NDC1.50) i3.70 B8.20 __,20.0


0-0.581/31/2003

ND(0.0050)ND{0.0050)ND(0.010)ND(0.020)ND(0.0050)ND(G.0G50)

0.056ND(0.0050)

0.150.220.37

ND(0.40)ND(0.40)ND{0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.33)ND(0.40)ND(0.40)ND{0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)0.055 J

ND(0.40)ND(0.40)ND(0.40)ND(0.40)ND(0.40)

ND(6.00)4,9062.0

ND{0.500)ND{0,500)

9.005.6010.018.0

NDfO.100)12.0

NDd.OO)ND(1.50)ND(10.0} |

8.9058.0

Page 5 of 8V:\GE_PWsfietd_CD_20s30s40s\Notes and Data\Buidin§ material Sampling.xIs\Bldg33-PCB&ApplX+3

3/10/2003


BUILDING 33 BUILDING SAMPLING20s, 30s, 40s COMPLEX


Notes:1. Sample was collected by Blasland, Bouck & Lee, Inc., and submitted to CT&E Environmental Services, Inc. for analysis of PCBs,

volatile organics, semivolatile orgartics and Inorganics,2. Only those constituents detected in one or more samples are summarized.3. Duplicate sample results are presented in brackets.4. Bolded and shaded value indicates exceedance of EPA Region 9 PRG and MCP Method 1 S-2/GW-3 Standard.5. Bofded and italicized value indicates exceedance of EPA Region 9 PRG but does not exceed lvfCP Method 1 S-2/GW-3 Standard.* - In the absence of a PRG for this constituent, the PRG for Naphthalene was used.

NA - Not applicable since maximum concentration is below Region 9 PRGs. For PCBs, comparison to PRGs is not necessary.ND - Analyte was not detected. The number in parentheses is the associated detection limit.NS - Analyte was not sampled for.

Data Qualifiers:

OrganicsE - Indicates an estimated value greater than the linear range of the laboratory instrument,J - Indicates an estimated value less than the practical quantitation limit (PQL).

InorganicsB - Indicates an estimated value between the instrument detection limit (IDL) and practical

quantitation limit (PQL).

Page 8 of 6 3/10/2003V:\C3E_Pittsfteld_CO_20s30s40s\Notes and DatalBuiding material Sampling.xls\Bldg33-PCB&ApplX+3

TABLE 2PCB AND APPENDIX JX+3 DATA

BUILDING 34 - BUILDING MATERIAL SAMPLING20s» 3§s» 40s COMPLEX


Sample ID:Matrix:



PRGs


Volatile OrganicsAcetoneBenzeneTetrachloroetheneToluenePCBsAroclor-1254Total PCBsSemivolatlle OrganicsBenzo(a )anthraceneBenzo(a)pyreneBenzo{b)fluorantheneBenzo(g, h, i )peryleneBenzo{k)fluorantheneChryseneDi-n-ButylphthalateFluoranthenelncleno(1,2,3-cd)pyreneIsophoronePhenanthrenePyrene

6,1001.4016.0520

NANANANA

NANA

NANA

3.600.363.60190*36.0360

110,00037,000

3.603,200190*

26,000

NANANA

2,500NANANANANANA100NA

InorganicsArsenicBariumBerylliumCadmiumChromiumCobaltCopperLeadMercuryNickelSeleniumSilverTinVanadiumZinc

3.00100,0003,400930450

29,00070,0001,000560

37,0009,4009,400

100,00013,000100,000

30.0NANANANANANANANANANANANANANA

34-1-CB-2Cone Block

0-101/16/03

34-1 -CF-2Cone Floor

0-0.501/16/03

34-2-CB-2Cone Block

0-0.6701/16/03

34-3-CB-1Cone Block

0-0.5801/16/03

34-4-CF-1Cone Floor

0-0.501/16/03

ND{0.020)ND{0.0050)

0.0032 J0.014

ND{0.020)0.015

ND(0.0050)0.042

0.029 [0.023]ND<0.0050) [ND(0.0050)JND{0.0050) [ND(0.0050)|

0.069 [0.056J

0.010 jND{0.0050)

0.0034 J0.070

0.017 jND(0.0050)

0.0034 J0.065

0.01 U0.011 J

NSNS

0.20 [0.25]0.20 [0.25]

NSNS

NSNS

ND(0.33)ND(0.33)ND(&33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)

3.3ND(0.33)ND(0.33)

0.27 J0.21 J0.41

0.18 J0.15 J0.29 J0.24 J0.80

0.17 J0.640.810.66

ND(0.33) {ND{0.33)lND(0.33HND(p.33)]ND(0.33) [ND(0.33)JND(0.33) [NDC0.33)]ND(0.33) [ND(0.33)|ND(0.33) [ND(0.33)JND(0.33) [ND(0.33)]

0.14 J [0.094 J]ND(0.33) [ND(0.33)]

0.73 [ND(0.33)]0.49 [0.37]

0.13 J [0.086 J]

ND(0.33)ND{0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)ND{0.33)ND{0.33)ND(0.33)

2.6ND(0.33)ND{0.33)

ND(0.33)ND(0.33)ND(0.33)ND(0.33)ND{0.33)ND(0.33)ND(0.33)

0.15 JND(0.33)

0.440.14 J0.11 J

2.8037.0

ND(0.500)ND{0.500)

6.8010.029.09.60

ND(0.100)12.0

ND(1.00)NO(1.00)4.20 B33.035.0

3.1038.0

0.150 B0.120 B

6.805.0014.02.300.1907.70

0.670 BNDfl.00)3.10 B18.028.0

2.80 [3.60]170 [260]

ND(0.500) [ND(0.500)]ND(0.500)[1.10]

12.0 [17.0]9.10 [10.0]24.0 [26.0]83.0 [180]

ND(0.100) [ND(0.100)]13.0 [14.0]

ND(1.00)[NO(1.00)]ND(1.00)[ND(1.00)]

3.90 B [4.20 B]28.0 [31.0]88.0 [210]

3.00170

ND(0.500)ND(0.500)

14.011.029.086.0

ND(0.100)12.01.10

ND(1.00)3.90 B39.099.0

5.8058.0

ND(0.500)ND(0.500)

10.07.4022.04.70

0.0500 B14.01.101.40

4.40 B19.030.0

Notes:1. Sample was collected by Blasland, Bouck & Lee, Inc., and submitted to CT&E Environmental Services, Inc. for analysis of PCBs,

volatile organics, semivolatile organics and Inorganics.2. Only those constituents detected in one or more samples are summarized.3. Duplicate sample results are presented in brackets.4. Bolded and italicized value indicates exceedance of EPA Region 9 PRG but does not exceed MCP Method 1 S-2/GW-3 Standard,* - In the absence of a PRG for this constituent, the PRG for Naphthalene was used.

NA - Not applicable since maximum concentration is below Region 9 PRGs. For PCBs, comparison to PRGs is not necessary.ND - Analyte was not detected. The number in parentheses is the associated detection limit.NS - Analyte was not sampled for.

Data Qualifiers:

Orpanicsj - Indicates an estimated value less than the practical quantitation limit (PQL).

InorganicsB - Indicates an estimated value between the instrument detection limit (IDL) and practical

quantitation limit (POL),

Page 1 of 1V:\GE_Pltsfieid_CD_20s30s40s\Notes and Datal«Buidir>f material Sampling.xtslBtdg 34-PCB&ApplX+3

3/10/2003

Attachments

BBCBLASLAND. BOUCK & LEE, INC.e n g i n e e r s & s c i e n t i s t s

Attachment A

Recent Sample Locations

BBI:BLASLAND 3OUCK&LEE. INC.e r, c ;,'. & e r ; & s c ; e r.- r; s ,* 5

»••» ar-mr

FIRST FLOOR PLAN

SwtCfNCS i J . J i - -» j . ' - f '

C8SWMJ1C.NS UAC€ 3 Y =L-5W.3Oflt,»<C A g r j ; '.tSif ON ui^C:-

HL -"£*njacs

GENERAL ELECTRIC COUPANYBROWNFIELOS PROCMM

PITTSfCLD, MASSACHUSOTS

BUILDING 33FIRST FLOOR PLAN

BIASLAMO, BWCX k lit, INC.engineers & scientists

^M0!«£«**»

FIRST FLOOR AREA

SEE FIGURE 1

SECOND FLOOR PLAN

i- O U A « N C IS BASED ON A DRAWMC ENU71£O "KEY Pt>KfOR SWtOlNCS 33, 33-A, 3J-P* PR£P*«O «J9!4 (HMMt V PREPAI€R UN«AOAm£). * »O e W S MAO£ 8T BtASt^KO, 80OCK

A STE VIST OH MAMCH W AND 11.

AU. rCATURES ANO LOCAIJONS

GENERAL ELECTRIC COMPAMY8ROWNF1EL0S PROGRAM

PITTSnELD, MASSACHUSETTS

BUILDING 33SECOND FLOOR PLAN

BUSUNO. BOUCK k HI, WC.

FIGURE

PL/W £LDQ. -53,600-

Attachment B

Historical Sample Locations

BBIJ

eng In e © r s & scientists

Draft Characterization Information

Building 33

Draft

Btestend, loock & Lee, Inc.Byfldlng 33 Brownflelds

Sampling Program

(201.47.09)

Table 1

K S 2 9 E H E H H K

33-1-CF-1

»-«**

33-1-CR3

33-1-CF-4

33-2-8W-1

33-2-CF-1

33-2-CF-2

33-2-CF-3

33-2-CF-4

33-2-CF-5

3*2-C«

33-2-CF-7

3M-OMJ

3 3 * C F *

33-&CF-1Q

33-3-SW-1

33-3-CF-2

3WCF-3

' 33W-4

33-^5

33^€f-«

S3-3-CF-?

33^CF-«

W14^9

mm®

m4m

9/13/99

9/13/99

W13TU9

3 T 1 3 ^

wa/99

S « 3 ^

W13/99

8/13^8

»13^9

9/13^99

S?&V99

warn

w&m

mm

mm'

mm

wmm

. 33-1-CF-1

3 ^ 1 ^ F ^

33-1-CF^3

33-2-8VV-1

33-2-CF-1

33-2-CF-2

33-2-CF-3

33-2-CF-4

33-2-CF-5

33-2-CF-6

33-2-CF-7

33-2-CF-8

3W-CF-S

33-2-CF-10

m^M

33^CF-1

33^CF^

33-3^-3

33-3-CF-4

3 » ^ ^

33^R$

HKSBSli

1.SB

4.1

1.62

<1.0

<1.0

<1JO

<1.0

<1.0

<1.0

<1.0

<1.0

<1.0

<w

1.18

< «

<1JD

<to

1.7

1.5

NO

NO

NO

NO

Concrotenccr

Concrete floor

Concrete floor

Concrete floor

Brick wai

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Bnckwal

Conoi^floor

Concrete floor

CcncnatBTVxr

Cooo^floor

Cyicf^j floor

Conofle floor

Concrete ftoor

Concrete ftoor

IfflOiiiiiiHFieW Compos 2E

mflBBflfi

0-4"

Discrete Fufl COTQ I 0-2"

Discrete FuD Core

Discrete Fid Core

Docrete FuH Core

FleW CompotteDiscrete Cora

Discrete FuC CCTO

Discrete Fufl Cere

D«cre(e Fu« Core

EXscrelaFuUCore

Discrete Fui! Core

Dtjcrete Fufl Core

D«crete Fu« Core

Discrete Fid Core

Dscrete Ful Core

Discrete Fufl Core

Fe*d CcrnposieDiscrete Core

DisatAc Fufl Core

Discrete FuO Core

Dbcrete Full Core

DiscttieFWICore

£>t$c^*e Fui Core

Dbcrete Ful Core

CW

0-2.5*

0 ^

CM-

CM-

0-4*

CM-

CM-

CM"

0-4"

CM"

o-r

&4"

o-r

04-

o-r

o-r

0-7"

o-r

o-r

o-r

o-r

o-r

SSSSiSi

Draft

Btesland, Bouck & Lw, Inc.BufWing Z$ BrowrrfieWs

Sampling Program

ifBaJKX5EST

ma33^CF-10

33-3-CF-11

33-3-CF-12

J^CF-13

. 3 W C M 4

»W1S

3KJ-CF-16

33-4-CF-1

»-TCtP-CF-1

33-TCLP-SW-2

33-TCUP-CF-2

WtrCFS

9BS8BEBBB— — —

9^99

S^99

mm

mm

mm

mm

8*3*9

9/8/99

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9T14/99

^ ^

9^99

M

VMM

Wt4/9i

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3^CF-13

3^CF-14

3^CF-1S

3^CF-16

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33-TCLF-8W-1

33-TCLP-CF-1

ffHiBlHyfW^rWBTitiWiBrHwffTimBm

<t.o

SQ

<1.0

<1.0

ND

<1.0

- ( x 7Z0" )

15.0

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notet)

notel)

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notel)

< 1 0

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1,67

124

7.§

Z8

6.4

7.0

Concrete floor

ConcrB^9 floor

Concpete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

CiJf'wyvty floor

Concrete floor

Brick wait

Concrete Roc

BndcwaS

Concrots floor

Brick waD

Concrete floor

Concrete ftoor

Concrete fioor

Concrete Ttoor

ConcuBto floor

Concrete floor

Concrete floor j

D o o ^ F y i C c ^

Dijcpote FuB Core

Discrete FuR Core

Dccrete Fu« Core

DocnêFuaCore

Discrete F t * Core

Dwcrefe RJU Core

t>«cf«o FuU Cor©

Oiscrete FuB Core

Raid ComposeDiscrete Core

Fm CompositeDtscnateCore

Field ComposesDiscrete Core

FleM ComposHeDbcrateCore

Discrete Core

DiscrBteCorB

ReM Ccmpofcte

Dwcrafeo FuB Core

Dtscrrte Fuf Con»

Wsa^ft#Co«

O b a ^ F « € ^

o-r

o-r

o-r

o-r

o-r

o-r

o-r

o-r

o-r

o -

o-r

M -

o-r

o-r

O4-

0 4 -

04*

o-r

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Biaslancl, Botieic & Lee, Inc.BuiWIng SS BrowitfWcte

Sampling Prof ram

C2O1.4f.0S)

r\!rvif l'i'i

33X-1-8W-1

33X-1-CF-1

33X-1-CF-2

33X4-CF-3

33X-1-CF4

33&4-C*6

33X-1-CF4

33X-1-CF-7

3S4-&I-WW-1

3^*€xf-CF-1

33f*a4-CF-2

amm

mm

mm

st&m

mm

mm

mm

mm

9mm

mm

H 9 9 E E S H S O H H HgBJL fMmaimvC^

33X-1-6W-1

33X-1-CF-1 ,

33X-1-CF2

33X-1-O^3

33X-1-CF-4

53X-1-CF^

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33N-&t^W-1

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121

<1.0

1.10

3.7

10.8

3.34

26

22

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Brick wal

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete floor

Concrete ROOT

Concrete floor

Sncicwsl

Concrete floor

Concrete floor

RekJ CcmpcEftHDiscrete Core

Discrete Fufl Core

Discfste Fui Core

Orscrete Fufl Core

Discrete Fufl Com

Discrete Fufl Core

D»cn*B FutJ Core

Discrete F^J Cone

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ReW CorrpccAcDiscrete Core

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j .

REVISIONS(1-41)

GENERAL ELECTRICWORKS SMCCT CONI.Cs Shtrr.

IK

Corporate Environmental ProgramsGeneral Electric Company100 Woodlawn Avenue, Pittsfield, MA 01201

Transmitted Via Federal Express

September 27, 2001

Mr. Michael NalipinskiU.S. Environmental Protection AgencyEPA New EnglandOne Congress Street, Suite 1100Boston, Massachusetts 02114-2023

Re: GE-Pittsfield/Housatonic Rive'r Site20s and 30s Complexes* f€ECD120)Buildings 25*33, and 34 Characterization Information

Dear Mr. Nalipinski:

Based on our September 19, 2001 meeting, enclosed please find draft characterization informationpertaining to Buildings 25, 33, and 34 located within the 20s and 30s Complexes at the General ElectricCompany facility in Pittsfield, Massachusetts. These materials are being provided in anticipation of theU.S. Environmental Protection Agency and Massachusetts Department of Environmental Protection sitevisit on October 2, 2001 in Pittsfield.

Please feel free to contact me if you have any questions or require additional information.

Sincerely,

/J^A /, pMlM>-v Cl

f I John F. Novotny, P.M.\j Manager, Facility and Brownfields Programs

JJL/megEnclosures

cc: B. Olson, EPAR. Bell, MDEPS. Keydei, MDEPC. Moran, WestonR. McLaren, GEJ. Bieke, Shea & GardnerJ. Nuss, Blasiand, Bouck & Lee, Inc.

U:\MEG0l\585N99

THIRD ANGLE PROJECTION K-

A/.£lD</-~33-

A^ L 3 6~L84'-O

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REVISIONSO-4J)

GENERAL ELECTRICWORKS i t

IULA.

THIRD ANGLE PROJECTION

FJLOOR - 33 -

-A

N

k Hexz's. «•153311

_ • i

i

. t

i i

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MADE Bvt&CGvt&C

GENERALREVISIONS

ELECTRiCWORKS K-

I I

O-41)I > I U K T E I >

GENERAL NOTES;1. WUWNG IS BASED ON A OHAWC ENTIRXO "KEY Ft.AN

FCK 81W.0INCS 3J, 3S-K 3 3 - 5 " Pft€P*SEO W OCtoe£a191 • (NAMC Of PRCP*K£S UNR£AO*BC£) *N0 rCLOOBXRV*tlONS MAO€ BT 8LASLAN0. BOUCX & L £ £ . ^ C .DURING A SITE VIST ON MARCM »0 AN0 !t . 1999.

2." « X FEATURES ANO tOCAflONS *R£

© © © 0FIRST FLOOR PLAN

GENERAL ELECTRICiftOWNFICLOS PROGRAM

PITTSF1ELD, MASSACHUSETTS

BUILDING 33FIRST FLOOR PLAN

BtAStWP, BOtiCK t UE,_Wg:. engineers & scientists

SIM** TOWER

FIRST FLOOR AREA

SEE FIGURE 1

0 ® 0 ® ® 0 ® ® @ © < 1

SECOND FLOOR PLAN

GENERAL NOTES:

1. CWAWNG 5 B^SED ON A ORAWNC ENTITUD "(CEYTOR BUltDtNGS 33, 3 3 - A . 3 3 - B " PREPARED W1 9 1 * (NAME Of PftEPARER UNREADA8LE), AND FJODOeSERYA"nONS MADE BY B L A S O N O . - « O U C X - - A . L £ X , INC.DURING A STE VISIT OM MARCH 10 AND .11. i*99.

2. ALL FEATURES AND LOCATIONS ARE ^APPROXIMATE.

CWCKAt ELECTRIC COMPAMYPROGRAM

, MASSACHUSETTS

BUILDING 33SECOND FLOOR PLAN

J8 OUMCCTW»)

S-M*

3J-J"Bm

r t L i S ikKfr#mtff

SECOND FLOORBALCONY

231 (24 (25) f26l ft?) f28l 29) (3O) UU 1320 ©THIRD FLOORPLAN

». OftAMMG IS i*S£O W A ORAWMC ENUTUO "KCY PlANFOR SWtftNCS 33. 33-A. J 3 - S * PRCPASCO W 0CT06CR19U (MAMC Of PRCPARCR U«RCA0*8l£) ANO FCiOOeSERVATK)NS UAOE 8T B^S-ANO, SOOCK * l£E, WCOURWC * S i t VIST ON APR«t »5 ANO »6. 1999.

2. MX FEAfUfttS ANO ARf APPROJOUAfE.

GENERAL ELECTRIC COMPAWYBROWNFtCLDS PROGRAM

PITTSFKLO, MASSACHUSETTS

BUILDING 33THIRD FLOOR PLAN

BUSiWO, BOJitJC k 111, INC,

engineers & scientists

BUILDING33X ;

n.O0R ROOT

FOURTH FLOOR PLAN

THIRDFLOORROOF

ASSOOAItO LWC

(sa NOW 2)

THIRD FLOOR ROOF

SECOND FLOOR ROOF L

FIFTH FLOOR PLAN

L-—SIC

.CE.WERAL NOTES;

is BAXO ON FK, SC5OCK & U L WC.

2. All. FEATl«CS A»» L0CAW3NS

GEMERAL EUCTRIC COMPANYBROWNOODS PRO-AM

PfTTSfTOJ), MASSAOWSETTS

BUILDING 33FOURTH AND FIFTH FLOOR FLANS

Draft Characterization Information

B L A S L A N D , B O U C K & L E E , I N C . e n g i n e e r s & s c i e n t i s t s

Building 34

BlasfaiMt, Boycic & Lee, Inc.Building 34 Brownflefds

Sampling Program

|2tH.47.§S)

Draft

34-1<C8>1

34-1-CF-2

• 34-2-C8-1

34-2-GF-1

34-2-CF-2

34-2-CF^

34-3-CF-1

34-3-CF-2

34-3-CF-3

34-4-C8-1

34-4-CF-1

344^F-2

34-S-CF-1

34-TCLP-C8-1

915*9

msm

oftsm

wsm

msm

SH&99

msm

msm

msm

m&m

wism

wism

msm

msm

34-1-C0-1

344-CF-t

34-1-CF-3

34-2-C8-1

34-Z'CF-i

34-2-CF-2

34-2-CT-3

34^CF-1

34^-CF-2

34-3-CF-3

34-*-Or-1

34-4-Cy-2

344-CF-«

34-S-CF-1

34-TOP-C8-1

34-TCLP-O^I

MKCMBB

<1.0 :

45.0 j

<t.o

<1.0

<1.0

<1.0

7.B

8.0

38

1.6

180

as

3.8

<to

TCLPfseerxiel)

TCtPfset

ConcreceWocic

Cononete floor

Conoste floor

Conc^le floor

Ck3na«te floor

Concrete floor

Concrete block

Ccnctste floor

Concrete floor

Concrete fkwr

Concrete block

CorweSe floor

Concrete floor

Concrete fkxr

Concrete ftoor

Concrete floor

• • • • • • • • • n i n H

Reid CampoKdeDsc*«teCore

Dtscrete Fufl Ccr©

Dtowe Ft* Core

Discrete Fii l Cere

Fickl CcrrposAeDiscrefeeCcre

DscrfitB Fu« Core

Wscre»FtJCore

DticraeFufl Core

ReW CompositeDiscrete Cone

KscrefeFtjaCcrc

DiscrefeFirfCone

Discrete Full Core

Field CcmpoBteDiscrete Core

Discrete FuBCore

Discrete Ful Core

r>5a«eFuflCore

Discrete Firi Core

F^kJCcrrpoeteDttOBteCore

Fwid Corrpowte^Cf^eCare

r>r

0-6*

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0-6"

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to

DRAFT

REVISIONSGENE ELECTRIC

WORKS SMCCT N<x_i_..CoNT. ON SHEIT_

j WUKTTD IK ILSA.

Transmitted Via Federal Express

October 30, 2001

Mr. Michael NalipinskiU.S. Environmental Protection AgencyEPA New EnglandOne Congress Street, Suite 1100Boston, Massachusetts, 02114-2023

Re: GE - Pittsfield/Housatonic River Site20s and 30s Complexes (GECD120)Buildings 33 and 34 TCLP Information

Dear Mr. Nalipinski:

Per your request, enclosed please find draft Toxicity Characteristic Leachate Procedure (TCLP)information pertaining to Buildings 33 and 34 located within the 30s Complex at the General ElectricCompany's (GE's) Pittsfield, Massachusetts facility. These materials are being provided to supplementcharacterization information previously provided by GE in a letter dated September 27,2001.

Please feel free to contact me with any questions.

Sincerely,

John F. Novotny, P.E.yManager, Facility and Brownfields Programs

JJL/megEnclosures

cc: B. Olson, EPAR. Bell, MDEPS. Keydel, MDEPC. Morae, WestonR, McLaren, GEJ. Bieke, Shea & GardnerJ. Muss, BBL

6361199

DRAFTTable 1

General Electric CompanyPittsfield, Massachusetts

Building 33 Bronwfields Sampling Program

Summary ofTCLP Building Material Characterization Data

Sample ID

Date Collected

^•yTCLP—Regulatory.

jLirriits ..

33-TCLP-BW-l ,-

• 9 / 8 / 9 9 ••' :•:•

/ . ' •

.iUrjTfCl-P-CF-l

• ' • \ ' • •

9>8/99,^''x

33-TCLP-BW-2/ ' . • . . • • • :

9/14/99

1 r 1/

3.Vi"OI J'-t:l--2A

9/14799 " '

V o l a t i l e O r s a n i c V - 1 ; . ' ' ^ : . V v . v s - > ! 1 "•'.•••••' ' • < " • • * ; . . ' t'-'• : ";• } ^ ' > '"-','•,"• - ? : ; ' V V - . - - - ' / ' r * . '••' . ' • • ' ;

1,1-Dichlorocthcnc

1,2-Dichloroethene

2-Butanone

Benzene

Carbon Tetrachloride

Chlorobenzene

Chloroform

Tetrachloroethene

Trichloroethene

Vinyl Chloride

(i.T

0.5

200

0.5

0.5

100

6

0.7

0.5

0.2

1,4-Dichlorobenczene

2,4,5-Trichlorophenol


2,4-Dinitrotoluene

Total Cresols

Hexachlorobenzene

Hexachlorobutadiene

Hexachloroethane

Nitrobenzene

Pentachlorophenol

Pyridine

7.5

400

2

0.13

200

0.13

0.5

3

2

100

5

NI\u.lOj

ND(0.10)

ND(0.20)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.i0)

ND(O.iO)

ND(0.10)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

i r i w g a n i c s ' "'"".. - : ; • - . •"'.•"'••. '• " . " T "'/'",'• : . •••;-"•

Arsenic

Barium

Cadmium

Chromium

Lead

Mercury

100

1

5

5

0.2

XDfO.50;

KDdO.0.

NDfl.Oj

XD(0.50)

K0.fi.5f);

KD(0.02<^

ND(O.IO)

ND(0.10)

ND(0.20)

ND(0.10)

ND(0.10)

ND(0.I0)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10;

ND(0.10)

ND(0.20)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

".*•"•'..-' "V^i'Bl

NDfO.50)

NDflO.O)

NDfl.Oj

ND{0.50)

NDfO.SOj

NEK 0,020)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND{0.05)

ND(0.05)

ND(0.05)

ND(0.05)

NI)(vO.lnj

ND(0.10)

ND(0.20)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.I0)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND{0.05)

ND{0.05)

ND(0.05)

NDfO.05)

NDfO.50)

ND(IO.O)

NDf'1.0;

KDiO.50)

ND(0.50;

NT3(0,020j

iND<0.50)

KDflO.Oj

NDH.Oi

MX'J.50)

NDI*J5« ' (

ND";.02o,

1/16/01

U:\GBPLANT\BLDG 3-t\J3TCLP.W?D Page 1 of2

Notes:

1.

2.

3.

4.

Table 1


Building 33 Bronwfields Sampling Program

Summary ofTCLP Building Material Characterization Data

DRAFT

Sample 11)

Date 'Collected :

• TCIil*

Regulatory.:..:; Limits' :• • • ' " " " ' ;

337TCLPrB\V-l

. • :9/8/9.9 • ; ; " .

Inorganicslcon't) ".•-. -."." -''-'.' Ai . .- • '-..'• •?

Selenium

Silver

Ignitability

Reactive Cyanide

Reactive Sulfide

PH

1

5

Not

Not

Not

Not

NDM.Uj

ND(0.50)

Negative

ND

ND

12.1

3.vrci.r-CT-i. •

•;'; 9/8/99.V'V

. • •> . • • • - • ' ' • - i . ' • • i

Ni>(1.0)

ND(0.50)

Negative

ND

ND

10.5

3.V1CI r-HNV-2-

9/14/99

3.l-r(;i,r-CF-2

: -9/14/9?-

' . • • . . . - • : • • • . • • • • - • . . ' • • • • - ' • • • . - :

ND(l.O)

ND(0.50)

Negative

ND

ND

9.5

ND(1.0)

ND(0.50)

Negative

ND

ND

12.3

Results are presented in milligrams per liter (mg/L).Samples were collected by Blasland, Bouck & Lee, Inc., and were submitted to CT&E Environmental Services, Inc.for analysis ofTCLP.ND-Analyte was not detected. The number in parentheses is the associated quantitation limit for volatiles andsemivolatiles and the associated detection limit for other constituents.The criteria for determining if a solid waste exhibits the characteristics of a hazardous waste include the following:

Ignitability: flashpoint <60°C, 140°FCorrosivity: pH below 2 or above 12.5 Standard Units (S.U.)Reactivity: No numeric regulatory criteria

BW - Brick Wall. 33-TCLP-BW-l is a field composite of 33-Comp-BW-l.33-TCLP-BW-2 is a field composite of 33X-1-BW-1,33N-Ext-BW-l, 33-1-BW-1,33-2-BW-l, and33-3-BW-l.

CF - Concrete Floor. 33-TCLP-CF-l is a field composite of 33-Comp-CF-l and 33-Comp-CF-2.33-TCLP-CF-2 is a field composite of 33X-1-CF-1 through CF-8,33N-Ext-CF-1 and CF-2,33-1-CF-I through CF-4,33-2-CF-l through CF-10,33-3-CF-l through CF-17,33-4-CF-l, and33A-CF-1 through CF-6.

J~i\33T£O».WP£> Page 2 of2

DRAFTTable 1


Building 34 Brownfields Sampling Program

Summary of Building Material Characterization Data

.••••• - S a m p l e I D

Date Collected

Volatile Organics . .;• ','•

1,1 -Dichloroethene

1,2-DichIoroethene

2-Butanone

Benzene

Carbon Tetrachloride

Chlorobenzene

Chloroform

Tetrachloroethene

Trichloroethene

Vinyl Chloride

Sernivolafile Organics .^, . Ui\•;• v]

1,4-Dichlorobenezene

2,4,5-TrichIorophenol


2,4-Dinitrotoluene

Total Cresols

Hexachlorobenzene

Hexachlorobutadiene

Hexachloroethane

Nitrobenzene

Pentachlorophenol

Pyradine

I n o r g a n i c s .'•.'„.:•. . •'-'> "-.-''. v;

Arsenic

Barium

Cadmium

Chromium

Lead

Mercury

.TCLP Regulatory -»•.•••-. •..-. - L i m i t s . . £ • ' • / ; • • . . -

* " • . ' • • . ' • ' • ' . ' • ' P • * • • ' . ' • ' • " ' • ' *

• : • ' • - - . . - • • • . • • • • ' • • • . ' ' ; • ; " . « . • • '

0.7

0.5

200

0.5

0.5

100

6

0.7

0.5

0.2

• ' • - ; - : • • " • ' . • ' • • • - • - • . ; ; : • • ; • : • • v v U : -

7.5

400

2

0.13

200

0.13

0.5

3

2

100

5

J - > V . - ^ . - - .' >.• • .&.'•- '.-.• -'i-:,5.!.

5

100

1

5

5

0.2

34-TCLP-CF-l

- • * - . • : ' . • • . ' " . ' " '

ND(O.IO)

ND{0.!0)

ND(0.20)

ND(0.10)

ND(0.10)

ND(0.10)

ND(O.IO)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND{0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.50)

ND(iO.O)

ND(l.O)

ND(0.50)

ND(0.50)

ND(0.020)

34-TCLP-C;i3-l

. . 9/15/99.

ND(0.10)

ND(0.10)

ND(0.20)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.10)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND{0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.05)

ND(0.50)

ND(IO.O)

ND(l.O)

ND(0.50)

ND(0.50)

ND(0.020)

1/16/01

U:\GE\FtAN1\BtDG 3-IO4TCLP WPD Page 1 of2

Notes:

1.

2.

3.

4.

Table 1


Building 34 Brownfields Sampling Program

Summary of Building Material Characterization Data

DRAFT

. • . , " : - • - . • S a m p l e d D

; . : : V ^ .Vs"'"'-""'Date'CoHcctedV

Jriorgahicstcbh't)

Selenium

Silver

Ignitability

Reactive Cyanide

Reactive Sulfide

pH

. TCLP Regulatory._ ': Limits, , ,

• ' . • • . • . • • .

• ' • > - . : . -

• . • . • • ; • • ' • • . ' • • . ; • ; • • , . . ! . . " • ; " ; > : •

1

5

Not Applicable4

Not Applicable4

Not Applicable4

Not Applicable4

'34-TCLP-CF-l

'•• : - . - . : " - ^ : ? i • • • • • ; • : - i ^ r -

ND(l.O)

ND(0.50)

Negative

ND

ND

12.3

34-TCLP-C1M

- i V 9/15 /99 "• .':-,''

: . : ' • ; : • • ' " • • . • . • ' • • " " ' . . ' • ' V

ND(l.O)

ND(0.50)

Negative

ND

ND

123

Results are presented in milligrams per liter (mg/L).Samples were coDected by Blasland, Bouck & Lee, Inc., and were submitted to CT&E Environmental Services, Inc.for analysis of TCLP.ND-Analyte was not detected. The number in parentheses is the associated quantitation limit for volatiles andsemivolatiles and the associated detection limit for other constituentsThe criteria for determining if a solid waste exhibits the characteristics of a hazardous waste include the following:

Ignitability: flashpoint <60°C, 140° FCorrosivity: pH below 2 or above 12.5 Standard Units (S.U.)Reactivity: No numeric regulatory criteria

CF - Concrete Floor. Field composite of all concrete floor samples in Building 34.CB - Cinder Block Wall. Field composite of all cinder block wall samples in Buidling 34.

1/16/01

U:\GE*LANTiBLDG J-fWTCLP-WPD Page 2 of 2


c DRAFT/7.00ft PLSN JBLDQ. -34

transmitted via federal express · 2020. 7. 7. · the recently collected supplemental data, in...

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