, = soLVAv sf CBIC Control Humber ritrjiiv[,i asking more from chemistryo .P'\'l+ ft !* l,i 367388 OPFI TilI[ ?$l$ 0[t EI+ Aff g' 0Z December 22,2015 YIA FEDEX TSCA Confidential Business Information Center (7407M) WJC East - Room 6428 Attn: Section 8(e) U.S. Environmental Protection Agency l20l Constitution Avenue, NW Washington, DC 20004-3302 Re: Supplement #4 to May 161 2014 TSCA 8(e) Submission; Perfluorocarhons Detected in \ilater Supply Wells and Groundwater Monitoring Samples Dear Sir/Madam: Solvay Specialty Polymers USA, LLC (Solvay) is making this submission to the U.S. Environmental Protection Agency (EPA) pursuant to the Toxic Substances Control Act (TSCA) (15 U.S.C. $ 2601 et seq.) Section 8(e), im a supplement to a previous submission dated May 16, 2014, and earlier supplements. With regard to perfluorononanoic acid (PFNA, CASRN 375-95-l) detected in water and groundwater, Solvay's previous submissions focused on a drinking water wells supply advisory issued by the New Jersey Department of Environmental Protection (NJDEP) and the New Jersey Department of Health (NJDOH) related to findings of PFNA in the public water system of Paulsboro, New Jersey, at levels on the order of 100 parts per trillion (ppt) to 150 ppt in one particular water supply well.l That limited advisory was specifically targeted to infants up to the age of one year, whichNJ officials issued'oout of an abundance of caution." Although Solvay did not believe sufficient scientific basis existed to establish a concern level for PFNA at 100 ppt or 150 ppt, Solvay viewed the advisory as a potentially relevant level for TSCA 8(e) reporting purposes in the absence of any applicable state or federal drinking water regulations for PFNA. Solvay made its previous submissions despite the fact that Solvay ceased use of PFNA in 2010 and helieves it no longer has any obligation under TSCA section 8(e) for PFNA. L SeeNJDOH, "Perfluorinated Chemicals in the Paulsboro Public Drinking Water System," available at: http :iinj. gov/health/eohs/pfc:in:drinkinswater. shtml. TSCA Confidential Business Information Center (7407M) Decemb er 22,2015 Page 2 On November 25,20L5, NJDEP promulgated an Interim Specific Groundwater Quality Criterion (ISGWQC) for PFNA of 10 ppt.z This follows a draft ISGWQC issued by NJDEP on March 14,2014, for PFNA of 20 ppt, on which Solvay submitted extensive comments. NJDEP's new 10 ppt groundwater standard for PFNA is unprecedented worldwide and is not, in Solvay's view, reasorably supported by existing scientific literature.3 Furtherrnore, NJDEP reaches the 10 ppt level for groundwater based on a significant number of deviations from generally accepted scientific noffns as evidenced by the recent peer-reviewed ATSDR draft report regarding the weight of data and significance of various exposure ,o*r**.4 Moreover, Solvay has initiated a legal appeal of the new standard in light of numerous legal infirmities associated withNJDEP's action and the standard. Nevertheless, in light of this new State standard and EPA's 8(e) guidance that "information about contamination found at or above benchmarks that trigger regulatory requirements...is to be considered for possible reporting, based on potential exposure to humans and/or non-human organisms and other relevant factors,"S Solruy is making this supplemental submission. As noted in previous submissions, Solvay has conducted groundwater monitoring and has sampled private and municipal drinking water wells for certain PFCs in a broad geographic area in which Solvay's West Deptford, New Jersey, facility is located to determine if, and to what extent, PFCs may exist in groundwater and water supply wells. Solvay is now reporting PFNA values fromthis testing above 10 ppt, which are detailed inthe enclosed table. Consistentwith Solvay's coordinated approach with NJDEP and EPA Region 2, specific street addresses are not being provided inthis public documentto protect the privacy of local residents. No determination has been made that the PFNA detected at any of these locations originated at the Solvay facility. Although other PFCs have been and are being analyzed, detected and subsequently reported to both NJDEP and EPA in connection with Solvay's ongoing sampling efforts, the oobenchmarks that trigger regulatory requirements" for PFOA, PFOS State of NJ currently has no or other PFCs. For context, however, Solvay has obtained no new data for other PFCs that exceed the relevant EPA Office of Water Provisional Health Advisory (PHA) of 200 ppt for PFOS and 400 ppt for PFOA, since Supplement #1 on July 11,2014. PFOA levels above 2 See Ground Water Quality Standards N.J.A.C. 7:9C: Interim Ground Water Quality Criteria Table, available at: http ://www. nj. qov/dep/wrn s/bears/gwq s:interim:criteria:tab I e. htm. 3 For example, the U.S. Department of Health and Human Services, Agency for Toxic Substances and Disease Registry (ATSDR) released a revised draft toxicological profile for perfluoroalkyl compounds (PFCs) that found ooDraft Toxicological that there are insufficient data to derive a minimum risk level (MRL) for PFNA. See ATSDR, Profile for Perfluoroalkyls," available at: http://www.atsdr.cdc.qov/toxprofiles/tp200.pdf. 4 S*, items 3, 4, 5 and 6 of the attached report: Toxicologt Study Reviews of Perfiuoroatkyl Compounds (PFCs) preparedfor Solvay by Integral Consulting - Key Dffirences Between ATSDR and NJDEP - September 2015 (Revised). 5 fSCA Section 8(e); Notification of Substantial Risk; Policy Clarification and Reporting Guidance, 68 Fed. Reg. 33,129, 33, I 38 (June 3, 2003). TSCA Confidential Business Information Center (7407M) December 22,2015 Page 3 NJDEP's preliminary health based guidance for drinking water of 40 ppt have been found and have been noted in prior Supplements to the Section 8(e) notice. Although information on the environmental presence of chemical substances at or above regulatory thresholds is to be considered for potential reporting, we also note that EPA's guidance limits such reporting to "widespread and previously unsuspected distribution" in the environment when there is known significant exposure to humans or there is a substantial likelihoodthat such exposure will occur.6 In May of this year, NJDEP developed amap of the area where PFNA contamination might be suspected based on NJDEP's analysis, which Solvay neither adopts nor accepts. As noted above, no determination has been made that the PFNA detected at any location within this area originated at the Solvay facility. NJDEP's map is enclosed with this submission. In light of this map and the confirming values reported in this submission, NJDEP apparently would not find it unexpected to identifi, additional PFNA environmental sampling and analytical results above 10 ppt within the mapped area. On a prospective basis, Solvay's position is that the discovery of specific additional sites within the mapped area that exceed 10 ppt of PFNA would not constitute new evidence of substantial risk as to which the Administrator was not adequately informed and, therefore, further reporting of such findings, even on a voluntary basis, under section 8(e) would be inappropriate. Similarly, it is apparent from the original and earlier Supplements to this section 8(e) notice that PFOA exists above NJDEP's preliminary health based guidance for drinking water at40 ppt in some of the samples. Unless PFCs are found as part of Solvay's PFNA monitoring efforts above applicable EPA PHAs, Solvay considers such levels to also be not unexpected and, therefore, not appropriate for further reporting under Section 8(e). Thus, no new data for non-PFNA PFCs are included with this submission Nothing in this letter is considered confidential business information. Consistent with, May 16,2014, letter and subsequent submissions, this supplemental information is being voluntarily submitted as a precautionary measure and because we believe EPA's TSCA 8(e) personnel would wish to be aware of it. Actions taken by Solvay, including the submission of this report, should not be taken to mean that Solvay recognizes or admits there is any health issue with respect to the identified PFCs at the detected levels or that Solvay is in any way responsible for these substances if they are found; other sources have contributed to ambient PFC levels in the environment. Moreover, the pattern of the PFC findings described in this and previous submissions indicate that other sources exist. and for the reasons stated in Solvay's 6 68 Fed. Reg. at 33,138. TSCA Confidential Business Information Center (7407M) Decembe;r 22,2015 Page 4 If you have any questions or require additional information regarding this submission, please do not hesitate to contact me. Sincerely, Ot'{n,.*-urJ CharlesM. Jones West Deptfor.d Site Manager Solvay Specialty Polymers USA, LLC Attachments: May 28,2015, NJDEP GIS map depicting PFNA detections in wells Toxicology Study Reviews of Perfluoroalkyl Compounds (PFCs) - Key Differences Between ATSDR and NJDEP - September 2015 (Revised) Tables of PFNA findings above 10 ppt (Tables 1' e,2) Map of PFNA findings above 10 ppt ACTIVE 38006724v I lUzUz0ts Public Supply Wells and Potential Domestic Wells in PRM Formation - PFNA lnvestigation ilop by Jo. St.fononi, 3-20t5 sRP 615 - Toxicology Study Reviews of Perfluoroalkyl Compounds (PFCs) Key Differences Between ATSDR and NJDEP - September 20{5 (Revised} On September 2,20'1.5, the U.S. Department of Health and Human Services, Agency for Toxic Substances and Disease Registry (ATSDR) released a revised draft toxicology review document, called a toxicological profile, for perfluoroalkyl compounds (PFCs). This federal agenry's updated profile represents the most up-to-date toxicology review available for PFCs by the federal government. ATSDR reaches scientific conclusions on the existing toxicology data for PFCs, including perfluorononanoic acid (PFNA), that are materially different than key conclusions reached by the New ]ersey Department of Environmental Protection (NfDEP) as to PFNA. These differences are particularly notable given ATSDI{s previous receipt and consideration of extensive written comments from NfDEP's Office of Science and Department of Health, including a number of comments on which NIDEP relies to this day in proposing new PFNA standards. The updated August 2015 draft ATSDR profile has undergone Federal review and has been peer-reviewed by an expert nongovernmental panel. The final public corrunent period ends December L, 2015. K"y differences between the two agenry reviews are highlighted in the table below. Topic U.S. DHHS ATSDR NJDEP Existing data are insufficient to derive any toxicity value for PFNA (p.32) Existing data are sufficient to derive a chronic toxicity value for PFNA Toxicity Existing data are insufficient to derive chronic toxicity values for any PFC (p.320) Existing data are sufficient to derive a chronic toxicity value for PFNA 3 Relevance of Rodent Data For all PFCs, rodent data are not appropriate and would be overly conservative for use in deriving human toxicity standards (pp. 24-25,32) Rodent data are appropriate to use to derive human standards 4 Epidemiological Studies Human data are insufficient for derivation of toxicity values for all PFCs due to inconsistent and equivocal results, weak statistical associations, and potential confounding (p. 2a) Human data provide a supporting line of evidence for toxicity evaluation 5 Relative Source Contribution Drinking water ingestion is the predominant exposure route for PFCs for communities near fluorochemical facilities (p.356) Drinking water ingestion contributes only 50% to the total exposure to PFNA 6 PFNA Sources Consistent with comments from NJDEP in 2009, PFNA and other PFCs may occur in the environment as a result of degradation of chemicals in fire-fighting foams (e.9., 8:2 fluorotelomer alcohol) (pp. 312, 361) Currently, fire fighting foams are not being considered a relevant source Proposed intermediate MRLs translate into drinking water advisories of 350 ppt for PFOA and 525 ppt for PFOS; there are insufficient data to develop an MRL for PFNA Proposes PFNA groundwater and drinking water standards at 10 ppt and 13 ppt, respectively 1 PFNA Toxicity 2 Chronic 7 Drinking Water Equivalent of PFNA in the environment Sources: ATSDR 2015. Draft Toxicological Profile for Perfluoroalkyls. August. http:/Aruww.atsdr.cdc.sov/toxprofiles/tp200,pdf NJDEP 2015. Revised Drafi lnterim Specific Groundwater Quality Criterion for PFNA. April2015.htm Notes: MRL = minimum risk level; ppt = parts per trillion tn te s, ii r i ii,it ii,Ii i iiq i:i ti, ii,. April. http://ni.qov/dep/dsr/pfna/index- December 2L,20t5 Summary Table of PFNA Sample Results Table 1- Summary oI Sample Results for PFNA betwesn 0.01 and 0.100 pafts per bllllon (ppbl or mlcrograms per llter (pg/L) -10x Municipal Water Supply MunicipalWater Supply Municipal Water Supply MunicipalWater Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply MuniclpalWater Supply MunicipalWater Supply Municipat Water Suppty Municipal Water Suppty MunicipalWater Suppty Municipal Water Suppty Municipal Water Supply Municipal Water Supply MunicipalWater Suppty Municipal Water Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply MunicipalWaler Supply MunicipalWater Supply MunicipalWater Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply Municipal Waler Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Waler Supply Municipal Water Suppty Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Waler Supply Municipal Waler Supply Integral Consu ting lnc. PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS PWS Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampting Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling Sampling GW0011 20140312 GW0023-20140312 Groundwater Groundwater -5X Bldg Utility Sink Bldg Utility Sink Bldg Utility Sink DrinkingWater DrinkingWater DrinkingWater Drinkingwater Drinkingwater DrinkingWater DrinkingWater DrinHngwater PWS-3 PWS-3 DrinkingWater Groundwater Groundwaler Groundwater - 1000 Broad St - 1000 Broad Sl - 1000 Broad St R-Lake Park R-Lake Park Fields Groundwaler DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWaler DrinkingWater Groundwater Groundwater DrinkingWater DrinkingWater Drinkingwater DrinkingWaler DrinkingWater Drinkingwater Groundwater tank-hydrant tank-hydrant tank-hydrant NP-Borough HallTap NP-Borough Hall Tap NP.PWS.5 NP-PWS-s NP-PWS-s NP-PWS-6 NP-PWS-6 NP-PW5.6 DrinkingWater DrinkingWaler Drinkingwater Groundwater Groundwaler DrinkingWater DrinkingWater DrinkingWaler DrinkingWaler Drinkingwater DrinkingWater DrinkingWater NP-PWS-6 Drinkingwater Drinkingwater NP-PW5-6 DrinkingWater NP-PWS-6 NP-PWS-6 PB - City Hall sink tap DrinkingWater DrinkingWater DrinkingWater Drinking Water Drinking Water Drinking Water Treated Water TreatBd Water RawWater RawWater RawWater RawWater RawWater RawWaler RawWater RawWater Drinking Water Drinking Water Drinking Water Drinking Water Drinking Water Drinking Water Treated Water Treated Water Treated Waler Treated Water Trealed Water Treated Waler RawWater Treated Water Treated Water RawWater RawWater RawWater RawWater Drinking Waler RawWater RawWater Drinking Water Drinking Water Treated Water Treated Water Raw Water RawWater Treated Water Treated Water Raw Water Treated Water Treated Water Treated Waler Drinking Water Page 1 of 4 GW0080_20140325 GW0123_20140424 GWo180-20141009 GW0028 GW0029 GW0030 GW0031 GWo107_20140424 GWo109_20140424 GWo168_20140709 GWo169_20140709 GWo176_20141002 GW0178_20141002 GW0081_20140325 GW0082_20140325 GW0124_20140424 GW0119 20140424 GWo120_20140424 GW0121 20140424 GW0060 20140206 GW0115_20140424 GWo172_20140709 GWo174_20140709 GW0065_20140206 GW0066 20140206 GW0067_20140206 GW0117_20140424 GW0118 20140424 GW0116_20140424 GW0173 20140709 GW0064_20140206 GW0114_20140424 GW0056 20140123 GW0056 GW00s7 GW003s GW0036 GW0037 GW0038 GW0039 GW0040 GW0152 20140508 GWo153_20140508 GW0151 20140508 GWo190_20140724 GWo185_20141009 GWo186_20141009 GW0103_20140410 us/L ps/L pg/L Ug/L Ug/L Ug/L ug/L pg/L UgiL Ug/L pg/L pg/L pg/L pg/L ug/L pg/L HS/L pg/L Ug/L pg/L pg/L ug/L pg/L us/L Ug/L Ug/L Ug/L Ug/L Ug/L pg/L pgll pg/L ug/L fg/L pg/L yS/L Fg/L pg/L Hg/L pg/L pg/L US/L pg/L Fg/L !g/L ug/L pg/L pg/L pg/L Ug/L 0.015 u 0.016 u 0.065 0.017 0.016 0.024 0.023 0.021 0.022 0.035 0.035 0.035 0.03s 0.041 0.036 0.018 0.024 0.015 0.053 0.051 0.012 0.012 0.012 0.012 0,011 0.024 0.023 0.022 0.031 0.032 0.026 0.023 0.012 0.013 0.012 0.017 0.017 0.014 0.014 0.014 0.015 0,013 0.011 0.012 0.011 0.011 0.010 0,011 0.012 0.0S3 U U J+ 13 J+ J+ J+ J+ J+ 14 December 2L,2015 Summary Table of PFNA Sample Results Table 1. Summary of Sample Results lor PFNA betwsen 0.01 and 0.100 parts per billion (ppbl or misrogramE per liter (Hg/L) Municipal Water Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply MunicipalWater Supply MunicipalWater Suppty Municipal Water Suppty MunicipalWater Suppty Municipal Water Supply Municipal Water Supply Municipal Water Suppty Municipal Water Supply MunicipalWater Supply Municipal Water Supply MunicipalWaler Suppty Municipal Waler Suppty MunicipalWater Suppty Municipal Water Supply Municipal Water Suppty Municipal Waier Supply Municipal Water Supply Municipal Water Supply Municipal Waler Supply unicipalWater Supply Municipal Water Supply Municipal Water Supply MunicipalWater Supply MunicipalWater Supply Municipal Water Supply MunicipalWater Supply Municipal Waler Supply MunicipalWater Supply Municipal Water Supply Municipal Waler Supply MunicipalWater SuppV Municipal Waler Supply MunicipalWater Supply MunicipalWaler Supply MunicipalWater Supply unicipal Water Supply unicipalWater Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply MunicipalWater Supply MunicipatWater Supply Municipal Water Supply MunicipalWater Supply In te g r aI Cousul tin g lnc. Sampling Sampling Sampling Sampling PB - City Hallsink tap PB - City Hall sink tap PB - Port break area sink PB - Port break area sink PB-PWS-7 DrinkingWater DrinkingWater PB.PWS-7 MidTreatmenlwater MidTreatmentwater MidTreatmentwater PB-PWS-7 PB-PWS-7 PB.PWS.7 Sampling Sampllng Sampling Sampling Sampling Sampling Sampling Month Month Month Month Month aulsboro6Month Month Month Monlh Paulsboro6Month Sampling PWS Sampling Sampling Sampling Sampling Month aulsboro6Month PB-PWS-7 PB.PWS.7 PB.PWS.7 PB-PWS-7 PB-PWS-7 PB-PWS-7 PB.PWS.7 PB-PWS-8 PB.PWS.8 PB-PWS-8 PB.PWS.8 PB-PWS-8 PB.PWS.8 B.PWS.8 PB-PWS-8 PB.PWS.8 PB.PWS-8 PB-PWS-8 PB-PWS-8 PB.PWS-8 PB.PWS.9 PB.PWS.9 PB-PWS-g PB-PWS-g PB.PWS.g Paulsboro6Month Sampling PWS Sampllng PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PB-PWS-9 PB.PWS-S PB-PWS-9 PB-PWS-S PB-PWS-g Port break area sink Red Bank tank - hydrant 7 7 7 7 7 7 Drinkingwater DrinkingWater MidTreatmentWater MidTreatmentWater DrinkingWater DrlnkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater Groundwater DrinkingWater Groundwater DrinkingWater DrinkingWater Groundwater DrinkingWater DrinkingWater Groundwater Groundwater Dilnkingwater Drinldngwater Drinkingwater Groundwater DrinkingWater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater DrinkingWater Groundwater Groundwater DrinkingWater DrinkingWater Drinkingwater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater Drinking Water Drinking Water Drinking Water Drinking Water PostGAC PostGAC PostGAC PostGAC PostGAC GWo165_20140708 GW0171 20140925 GWo104_20140410 GWo166_20140708 F600sample45_150214 F600Sample50_1 50215 F600SampleS8_1 50217 F600Samph70_1 50220 F600Sample81_1 50223 RawWater RawWater GW0003 GW0004 GW0005 Treated Water RawWater RawWater RawWater GW0099_20140410 GWo100_20140410 GW0101 20140410 GW0102 20140410 GW0201 20141216 Treated Water GW0202 RawWater Treated Water Trealed Water GW0205_20150114 GW0206_20150114 GW0207_20150114 RawWater GW0211-20150218 Treated Water Treated Water GW0212_20150218 GW0222 20150527 GW0221_20150527 GW0225_20150527 GW0001 GW0096_20140410 GW0098_20140410 GWo162_20140708 GWo168_20140925 GW0203_20141216 GW0204 20141216 GW0208_20150114 GW0213 20150218 GW0214_20150218 GW0216 20150s12 GW0223 20150s27 GW0097_20140410 GW0164_20140708 GW0169_20140925 GW0172 20140925 GW0046_20140123 Treated Water MidTreatment Water RawWater RawWater RawWater RawWater Trealed Water Treated Water Treated Water RawWater RawWater RawWater Raw Water RawWater Treated Water RawWater RawWater RawWater RawWaler Drinking Water Drinking Water Raw Water Treated Water RawWater Treated Water Trealed Water 2014',1216 GW0017 GW0018 GW0070_20140206 GW0071_20140206 GW0078-20140325 RawWater GW007g 20140325 Treated Water GW0014 GW0015 RawWater Page 2 of4 trgil pg/L ug/L pg/L pg/L ug/L pg/L ug/L pg/L UgiL ug/L pg/L trS/L pg/L pg/L pg/L pg/L pg/L ug/L pg/L pg/L pS/L Hg/L pg/L Hg/L Ug/L Ug/L pgiL pg/L pg/L Ug/L pg/L pS/L Ug/L Ug/L pg/L Ug/L pS/L pS/L pg/L !g/L !S/L pSlL pg/L Ug/L pg/L ugiL pg/L yg/L Ug/L ug/L 0.015 0.016 0.0M 17 0.016 0.012 0.018 0.026 0.041 0.047 0.092 0.088 0.096 0.095 0.080 0.100 0.100 18 0.014 J 0.01s J 0.017 0.018 0.017 0.014 0.017 0.016 0.014 0.016 0.015 0.013 0.014 0.015 0.015 0.013 0.013 J J 0.014 0.013 0.014 0.010 0.011 J0.010 0.011 0.013 0.015 0.013 0.050 0.045 0.073 0.06'l 0.050 0.068 0.013 0.013 21 22 23 December 27,2075 Summary Table of PFNA Sample Results Table 1 . Summary of $ample Resqlts for PFNA between 0.01 and 0.100 part8 per blllion (ppb) or mlsrograms per lltsr (Fg/L) Count of Sludv lnvestioalion MunicipalWater Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply MunicipalWater Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municioal Waler Suoolv Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Prlvate Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Integrnl Consulting Inc. Sludv PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampting PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Samolinq PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrlvateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling Privatewellsampling PrivateWellSampling PrivaleWellSamnlino Location lD WB-PWS.8 Sample Matrix DrinkingWater WB-PWS-8 WB-PWS-8 DrinkingWaler WB-PWS.8 WB-PWS-8 DrinkingWaler DrinkingWaler WB.PWS.8 DrinkingWater WB-PWS-8 WB-PWS-8 Drinkingwater DrinkingWaler Drinkingwater WB-PWS-8 WB-PWS-8 WB.PWS.8 WB.PWS.8 WB-PWS-8 WB-PWS-8 WD.PWS-3 WD.PWS.3 WD-PWS-3 WD-PWS.3 DrinkingWatBr DrinkingWater Groundwater Groundwater DrinklngWater DrinkingWater DrlnkingWater DrinkingWater DrinklngWater DrinkingWaler DrinkingWaler WD-PWS-3 WD-PWS-3 WD-PWS-3 Groundwater Groundwater WD.PWS.5 DilnkingWater WD-Restroom sink tap DrinkingWater Groundwater Groundwater DrinkingWater DrinkingWater WV-PWS-s v1 /-PWS-s RES0038.A RESOO43.A RES0060.A RES0060.A RESOO61.A RESO063.A RES00S7.A RESOO99.A RES0114.A RESO121.A RESO122.A RESO122.A RESO122,A RESO124,A RESO124.A RESO126.A RES0126.A RESO13O.A RESO144,A RESO144.A RESO146.A RESo156.A RESO161.A RESO161.A RESO162.A RESO164.A Drlnklngwater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater Drinkingwater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater Drinkingwater DrinkingWater DrinkingWaler DrinkingWater Groundwater Groundwater Groundwater DrinkinqWater Sample Type RawWater RawWaler RawWater Treated Water RawWaler RawWater Treated Water RawWaler Treated Water Treated Water Treated Water Treated Water Treated Water Treated Water RawWater RawWater RawWater RawWater RawWater RawWater RawWater RawWater Drinking Water Trealed Water Treated Water RawWater RawWater RawWater RawWater RawWater RawWater Trealed Water RawWater RawWater Raw Water RawWater RawWater Trealed Water RawWater Treated Water RawWater Treated Water RawWater RawWater Treated Water RawWater Drinking Water Treated Water Treated Water RawWater Treated Water Page 3 of 4 Samole lD GW0016 GW0072_20140206 GW0073_20140206 GW0074_20140206 GW0092 20140325 GW00s3_20140325 GW0094_20140325 GW0127_20140424 GWo125_20140424 GWo126_20140424 GW0158_20140619 GWo160-20140619 GW0182_20141009 GWo183_2014100S GW0049 MUA-WELLs-GW.RW GW0049_20140123 GW0050_20140123 GW0128 20140501 GW0175-20140717 GW0188_20141016 GW0052 GW0025 GW0147_20140508 GW0148 20140508 PW00039_20140528_r PW00045_20140521_r PW00065_20140603 PW00665_20140603_d PW00063_20140606_r PW00066_20140520_r PW00101 20140520_t PW00103_20140709_r PW00119_20140709_r PW00126_20140604_r PW00127_20140604_r PW01127_20140604_d PW0212730140604_t PW00129_20140604_r PW01 129_20140604_r PW00131 20140604_r PW00231 20140604_t PW00135_20140617_r PW001 52_20140603_r PW001 53_20140603_t PW00201 20140605_r PW01 1 56_20 141205 PW00886_20150804 PW00887_20150804 PW00888_201 50812 PW088S 20150911 Field Upper Lovrer Duplicale Deptn Deoth Units PFNA Ug/L ug/L Hg/L Ug/L pS/L Fg/L pg/L Hg/L pg/L pg/L Ug/L pg/L HS/L pg/L pg/L pS/L pg/L pg/L pg/L Ug/L pg/L us/L Fg/L Ug/L uo/L pg/L Fg/L pg/L pg/L uS/L pg/L pg/L pg/L pg/L Hg/L pg/L pg/L pS/L ug/L pg/L pg/L Hg/L pg/L pglL Hg/L pg/L ug/L Ug/L pg/L pilL uo/L Flaq Unique Locations 0.012 0.014 0.015 0.062 0.01s 0.015 0.056 0.014 0.017 0.017 0.019 0.018 0.017 0.016 0.038 J 25 U 26 27 28 0.038 0.036 0.037 0.026 0.030 0.029 0.018 0.013 0.011 0.011 0.014 0.034 0.016 0.016 0.039 0.100 0.037 0.029 0.013 0.052 0.050 0.048 0.056 0.012 0.016 0.016 0.014 0.016 0.081 0.079 0.014 0.013 0.028 0.027 0.028 0.028 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 December 21, 2015 Summary Table of PFNA Sample Results Table 1 . Summary of SamplE Results for PFNA between 0.01 and 0.100 parts pBr billlon {ppb} or microgramE per liter (Hg/L) Studv lnvestioation TWP TWP TWP TWP TWP TWP TWP TWP TWP Studv r'ertProfTempWellPt y'ertProfTempWellPt Location (ertProfTempwellPt TWP.1 TWP-3 TWP-3 i/ertProfTempWellPt rWP.3 y'ertProffempWellPt /ertProfTempwellPt r'ertProfTempwellPt TWP-3 TWP.4 TWP-4 TB-77 r/prtPrnfTcmnWcllPt TB-81 r'ertProfTempWellPt lD SamDle Groundwater Groundwater Groundwater Groundwater Groundwater Groundwaler Groundwater Groundwater Groundwater Matrix Samole Tvoe Notes: J = the associated numerical value is an estimated quantity J+ = the associated numerical value is an estimated quantity with the possibility of a high bias J- = the associated numerical value is an estimated quantity with the possibility of a low bias U = the chemical was analyzed for, but was not detected. The associated numerical value is the sample method reporting limit. ln te gral Co:.rs ul ting Inc. Page 4 of 4 lD Samole GW1004_20140905 GW1019_20140917 GW1020_20140918 GW1021_20140922 GW1022 20140923 GW1024_20140S25 GW1027_20140929 GW1060 20150924 GW1049 20150818 Field Upper Lovler Duolicate Deoth Deoth 73 123 143 163 183 83 143 92 81 77 Units PFNA ltglL 127 ltglL 147 yglL 167 pg/L 187 Ug/L 87 pg/L 147 1,tglL 97 trgiL 86 uq/L Flao 0.012 0.028 0.015 0.04s 0.042 0.033 0.032 0.034 0.030 Count of Unique Locations 48 4g 50 51 U 52 Summary Table of PFNA Sample Results December 21, 2015 Table 2. $ummary of Sample Results for PFNA greaGr than 0.100 parts per billlon {ppb} or micrograms per liter (pg/L} Moniloring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Moniloring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monltoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Moniloring Wells Monitoring Wells Monitoring Wells Monitoring Wells Moniloring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monitoring Wells Moniloring Wells Monitoring Wells Monitoring Wells Monitoring Wells Monltoring Wells Moniloring Welts Monitoring Wells Moniloring Wells M/H-1D OnsiteOffsiteSampling OnsiteOfhiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOtfsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffriteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOflsiteSampling OnslteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOtfsiteSampling OnsiteOffsiteSampling OnsiteOfEiteSampling OnslteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsiteOffsiteSampling OnsileOflsiteSampling OnsiteOffsileSampling OnsiteOffsiteSampling Ons iteOffs iteS a mp I i n g M/H-2D M/H4 M/H.4D M/H-6D M/H-7D MW-1 MW-10t MW-1OS 11D 11DD MW-15S MW-175 MW-180 MW-18t MW-185 MW-19D MW-19t MW.19S MW-1D MW-24D MW-24t MW-25D MW-25I1 MW-25tU MW.25IU MW'25s MW-26D MW-26I1 MW-26IU MW-26S MW-27IU MW-z7S MW-zEIL MW-zBIL MW-28S MW-2SIU MW-z9S MW-3OD MW-3OIL MW-3OIU MW-30S MW-31IU MW-31S MW.32IU MW-32IU MW-33S Monilorhg Wells OnsiteOfisiteSampling OnsiteOffs iteSa mpling OnsiteOffs lteSa mpling Moniloring Wdls OnsiteOffs iteSa mplin g MW-34t Monitoring Wells Monitoring Wells Onsite0ffsiteSampling MW*35D OnsiteOlfslteSa MW-35t Monitoring Wells Ifie gral Corrsul tilrg ltr c. m pli ng MW-32S MW-34D Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Irage 1 of 3 GW0001 20140313 GW0002_20140311 GW0003_20140314 GW0004-20140313 GW0005_20140314 GW0006_20140311 GW0007_e0140312 GW0009_20140313 GW0010_20140313 HS/L GV1/0012_20140312 Fg/L GW0013_20140312 Gw0014_20140313 GW0015_20140313 GW0034 20140321 GW0035 20140321 GW0036_20140321 GW0037_20140321 GW0038_20140321 GW0039_20140321 GW0008_20140312 Gw0016 20140313 GW0017_20140313 GW0044_20140320 GW0043_20140320 GW0041 20140320 GW0042_20140320 GW0040_20140320 GW0048_20140318 GW0047_20140312 GW0046_20140318 GW0045_20140312 u9/L pg/L GW0050_20'140317 ug/L GW0049_20140317 GW0007_20140417 GW0008_20140417 GW0051 20140317 GW0054 20140317 us/L GWD009_20140417 Hg/L GW0058_20140318 GW0057_20140318 GW0056_20140318 GW0055-20140318 GW0060_20140318 GW0059_20140318 GW0062_20140320 GWo063_20140320 GW0061 20140320 GW0010_20140417 GW0012_20140417 GW0011 20140417 GW0014_20140417 GW0013 20140417 pg/L usiL 2.46 482 Fg/L pg/L 10.3 B D 12.6 B D ug/L pg/L Hg/L 0.83 B 7.25 D 11.3 D Hg/L 123 D pg/L 3.54 4.33 D 1 J 2 3 4 5 6 7 D I I D 10 1.38 11 us/L 4.77 4.53 FS/L 1.01 14 ug/L 18 15 HS/L 3.11 1E HS/L 17 17 ps/L 26.8 18 us/L 3.1 D 12 D 13 19 16.5 D 1.83 1,63 J 1.78 U 20 24 Fg/L 8.38 U 11.6 U ug/L 12.8 U us/L 1.63 pg/L 1.04 27 trilL 7.03 D 6.56 D 28 ug/L p9/L us/L ug/L uglL uilL FS/L tig/L pg/L 1/s/L ug/L Fg/L 21 2Z 23 25 26 U 29 1.7 30 8.S9 B D 15.2 B D 24.6 24.2 6.12 B D s.81 B D 1.37 J 0.87 11.7 D 31 32 33 34 35 36 37 38 trg/L pg/L s.89 D 3S 0.39 40 Hg/L 2.61 B us/L pg/L 1.1 B Fg/L FgiL ug/L ug/L ps/L Pg/L pg/L 3.88 U 3.83 U 3.73 U 2.45 5 4.32 4.5? 9.87 D 41 42 43 44 45 46 47 48 49 December 21, 2015 Summary Table of I'FNA Sample Results Table 2. Summary of SEmple RssultB for PFNA greatEr than 0.100 partE per bllllon (ppb) or mlcrogrEms per liter {yg[L) Study lnvestiqation Moniloring Wells Moniloring Wells Monitoring Wells Moniloring WBll$ Moniloring Wells Moniloring Wells Monitoring Wells Moniloring Wells Moniloring Wells Monitoring Wells Moniloring Wells Moniloring Wells Moniloring Wells Moniloring Wells Moniloring Wells Monitoring Wells Moniloring Wells Moniloring Wells Moniloring Wells Moniloring Wells Monilorino Wells Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supply Municipal Water Supolv Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence Private Residence empWellPt empwellPt empWellPt empWellPt empwellPt empwellPt empWellPt empwellPt empWellPt TWP TWP rufP n/VP TWP TWP TWP TWP TWP TWP lfie gral Studv f,nsiteoffsitesampling f, nsiteOffs iteSampling ]nsiteOffs iteSampling )nsiteOffsiteSampling f, nsiteOffsiteSampling DnsiteOffs iteSampling f,nsiteOffsiteSampling f, nslteOffs iteSampling ]nsiteOffsiteSampling f, nsiteOffsiteSampling )nsiteOffsiteSampling f, nsileOffs iteSampling )nsiteOffsiteSampling )nslteOffsiteSampling SnsiteOffs iteSampling f,nsiteOffsiteSampling )nsiteOffs iteSampling DnsiteOffsiteSampllng f, nsiteOffs iteSampling SnsiteOffsiteSampling SnsiteOffsiteSamplinq PB-GAC-ACT PB-GAC-ACT PB-GAC-ACT PB-GAC-ACT PB-GAC-ACT PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Sampling PWS Samolinq PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivateWellSampling PrivrltrWFllSamnlinfl Consul tilt g hrc. Location MW-36D MW.3D MW-5D MW-sDD MW.sDD MW-sI MW{I MW{S P-2S P-5S P-6S PZ-31 PZ-3S PZ-5 PZ-5 PZ-6 WCC-1 WCC-2 WCC-3 WCC-5 WCC-7 PB-PWS-7 PB-PWS-7 PB-PWS.7 PB-PWS-7 PB.PWS-7 PB-PWS-7 PB-PWS-7 PB-PWS.7 PB-PWS-7 PB.PWS-7 WB-PWS.7 WB-PWS-7 WD-PWS-3 RESOO5O.B RESOO95.A RES0096.A RESOO97.A RES0103.A RESO117.A RESO118.A RES0160.A MW.41D MW-+1D MW41D MW-41D TB-77 TB-77 TB-77 T8.78 TB-78 TB-78 lD Sample Matrix Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundweter MidTreatmentWater MidTreatmentWater MidTreatmentWater MidTreatmentwater MidTreatmentWater DrinkingWater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater DrinkingWater Drinkingwater DrinkingWater DrinkingWater DrinkingWater DrinkingWater DrinkingWater Drinkingwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwaier Groundwater Groundwater Groundwater Sample Tvpe Field Samole lD GW0015_20140417 GW0018 20140312 Upper Lower Duplicate Depth Deoth GW0019 20140311 GW0020_20140311 GW0021_20140311 GW00z2_2014031 1 GWD024_20140312 GW0025 20140312 GW0026 20140313 GW0027_20140313 GW0028_20140314 G\ ru005_20140418 GW0006 20140418 GW0001_20140418 GW0002_20140418 GW0003 20140418 GW002S 20140313 GW0030_20140311 GW0031_20140313 Gw0032_20140313 Gw0033 20140311 MidTreatment Water MidTreatment Water GW020S 20150129 GW0210_2015012S PTeGAC Feedsamplel 20150203 PTeGAC FeedSample2_2015021 PTeGAC FeedSample3 _20150227 Treated Water GW0006 RawWater RawWater RawWaler RawWater RawWater RawWater RawWater RawWater RawWater RawWater RawWater RawWater GW0161 20140708 Raw Water Ra\/ Water RawWater GWo163_20140708 Gwo167_20140925 GWo170_20140925 GWo157_20140619 GWo181_20141009 GW0050 PW00352_20140520 PW00099_20140520_r Pl D0100 20140520_r PW00301 20140520_r PW00108 20140617_r PW001 22_20140605_r PW00123 20140605_r PW00160 20140717 GW1053_20150826 GW1054_20150827 GW1055_20150831 GW1056_20150S03 GW1061 20150924 GW1062_20150S29 GWl063_20150930 GW1057_20150S14 GW105E_20150916 GW1059 20150921 Page 2 of 3 0 32 E2 117 132 122 180 212 132 180 247 Units PFNA Flao 2.68 Fg/L 0.1S Ug/L 2.ST D Fg/L 2.73 D Fg/L 1.95 us/L pg/L 3.4 D pg/L 25.8 D 5.18 D Ug/L 1.8 Ug/L 60 B D Ug/L 30.4 B D US/L pg/L 0,24 1.18 Ug/L 0.23 Ug/L 0.27 ug/L 0.18 !g/L 1.68 B FS/L pg/L 11 D 25.9 D Ug/L 14.1 B D FS/L uq/L 6.24 D pg/L 0.14 0.15 FS/L 0.15 Ug/L 0.14 Ig/L 0.12 Hg/L pg/L 0.11 0.14 Ug/L 0.14 Fg/L 0.15 Ug/L 0.14 Fg/L 0J2 FS/L 0.12 Ug/L 0.52 J uq/L Count of Unique Locations 50 51 52 53 54 55 56 57 58 59 EO 61 62 63 64 65 66 67 68 69 70 71 pg/L 0.18 ug/L ug/L Fg/L ug/L Fg/L pg/L uq/L 1.5 73 0.64 0.23 74 0.65 0.14 76 0.12 0.19 78 37 Fg/L 87 us/L 122 !g/L 0.401 80 137 tl 75 77 7S 1.11 0.412 Hg/L 0.849 't27 Fg/L 185 us/L 217 ug/L 137 pg/L 185 pg/L 0.187 252 P9/L 0.203 B1 0.336 0.155 0.340 0.449 82 Decembcr 21, 2015 Summary Table of PFNA Sample Results Tsble 2. Summary ol Sample Rosults for PFNA greaier than 0.100 parts per blllion (ppb) or micrograms per liter (ygr/L) Studv lnvestioation TWP TWP TWP TWP TWP TWP TWP Location Studv r'ertProffempWellPt r'ertProfTempwellPt r'ertProfTempWellPt i/ertProfTempWellPt r'e(ProfTempWellPt r'ertProfTempWellPt r'ertProfTempWellPt r/erlPrnfTemnWpllPt TB-81 TB-81 TWP-2 TWP.2 TWP-2 TWP-2 TWP4 TWP4 lD Sample Matrix Sample Tvpe Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater Groundwater GW1011 20140911 GW1012_20140911 GW1013_20140S12 GW1025_20140926 GW1026 20140926 Noles: B = the associated numerical value is qualified based on measured concentrations in the blank sample D = the concentraiion was measured following the application of a dilution J = the associated numerical value is an estimated quantity U = the chemical was analyzed for, bul was not detected. The associaled numerical value is the sample method reporting limit. Itfte grnl Cotrsultirtg htc. Sample lD GW1050_20150819 GW1051_20150820 GW1010_20140910 Page 3 of 3 Field Upper Lower Duolicate Depth Depth Units PFNA 122 't42 83 103 123 141 103 123 127 147 87 107 127 pg/L 2.47 !g/L '1.53 Fg/L pg/L 0.292 145 Fg/L u9/L 107 Fg/L 127 uo/L 0.318 0.336 0.209 0.117 0.114 Flaq Count of Unique Locations 83 84 85 3? - Jul-rm ,3 .WCC-E 5 '1 ?if: I twin ?nwdm wcc-z .. . . .x?vlgc?l'g . - Hall-Tap . WCC Rwemm-?Ja ?4 I 's Club NagonaIPark - A a MW-11D a ?x If 4" MW-sx . - MW 10x raw-5o - ?vi 41.. . Rasmom MW-SDD mg"; 3? 't MW-1DS - 09" 5: mw.1 Lvonax d5 - Inf I \l West Deptford f4 10 1115,33" 3: lam-19$ I a: _Hyd_rant ?fa-d 45' kt. .MW-mn - PM, gig-Hi A a Hyzrantaa :7 - W453 Ignites Slnk? :25? I .I I. ?50 raw-1 as .MW-ZSIU MW-zso Ambulance unnumsmg? [aw-275 .1 Tlmlolmv of? I I I (ELI Paulsboro I 3,19 I.) Ho 3; :9 Jossup Tank r, M. ?dam, . "wags; 5? .2 2? ?may?? Hydrant - .3 Mw-zau? MW-255 us" .7 . I'm-311m ?1 . MW-aos I .MW-ZSIU 1 I: 1' 7 a: MW-aolu MW-ZSIL I a: . MW-zss . - imp-3 . MW-aolL 49'? mw.2sn I. a 1" ., Mn Woodbu?y INSET i? PB my ?"433 231%?311?3 . SinISTap ?6 My. 0 RESD114A A - .. a ., A. Fall a? 3 MP4 In. 1 GR-LL Fields ?ts: 'x ?g?yun ii n? ?44? s? TWP [mm ?h 5] fab-salary I 5? ,5 6 :3 mama 1 GR gm??mwn pB Pws-s w. 1? T. i. 42am,? W460. 2 PB-PWS-9 RESO117-A . w" x6" 1? Mid-Allan?; RESMBOA :f-W I . ,l ng?d?ital TB .1343 RESO11BA wo'Pws?m I. 8am GR-PWS-B mm? 1? 51"? V74 WD-Rasiroom mg om 5m" THP PFNA a 0.01, 0.1 pg/L 3 ?Ems? -5Es?131;& ?5515? PFNA 1 ug/L .Vnms?f m. I RESD124A: J. RESO164.A .RESM 46A um REsousu?? RESMZZA .- - -. . . . A. ?1 RESMSEA Mumcupal Boundanes ?55?12? Solva Pro erty q; ?1 REsoos1Row! Eqqu LSE?BICC?u?lsisioivAwD'. East Gre enmch; ?71 mm. 5mg, 1:th (Vo?'ig?gfm'i'?ilm' OperGueth-p cunlr?wlull, Ind [he GIS User Cummun?y I l? "5:457:31 0.5 1 1:943 meganglia, 1. Groundwater Monitoring Results for PFNA o o b0 Gl \n ID:ZRPA (609) 860-3006 ORlGlN PAUL LINSKEY SOLVAY USA INC. 8 CEDAR BROOK DRIVE SHIP DATE: 22DEC15 ACTWGT: 1.00 LB CAD: 351 9389flNET3670 CRANBURY. NJ 08512 UNITED STATES US BILL SENDER 8 = E E - rr5 56+4700 REF: ill I [ffi[ Il illll[illil illt Hililt[ H illlil lll FeGr* Express E I E G li E #Eg E B e=sgHE;HF5 i f; EHE ttgEEHE;fiEgE WED - 23 DEC 10:30A TRK# tT2o-i-l 7752 7735 4804 EP RDVA PRIORITY OVERNIGHT 20004 Dc.us IAD IilIililil I il ilIIIlil II IilIl]ll l]t ililtI I il I ]l d (! ti trr EE g iE EEE E FE $E?E t EeE;t+*BiI I ;E*gEE.HEEf iE= eik EBHo,iEbExc *EE'fi.EE;ftEg EaE ;$tnEE*rEH ltI crl fi :g cEIEE+E # gEHHEEEgHil DEPT: ilI1lilililillililil ililI] [Il e{ =6 ll',JV: PO: - - H.EalHr*$ E fr =gigEEEE eE s s_EHf;pHflfi H WASHINGTON DC 2O(I()4 (E_ CtI Ctt #Hg Er -6 U. S. ENVIRON. PROT. AGENCY 1201 CONSTITUTION AVE. NW IIUJC EAST - ROOM 6428; SECTI0N 8(E) >r$ O) g (r-= E L EEEdfri E o -ooPEHE = =, bflE}F*EN U ' TO TSCA CONFID. BUS. INFO. CTR 7407M (202) *E:E Eb ;.EE EE O EEE3 EgEe EEgsEE rip* ;esEgEgilfi: EIg* ;EEEtEgEfiE Eiif EEEEtEitEE l-r o b0 q a o o X (.) E fl i sr >a