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Home My WebLink About5701_Macon_OldFranklinLF_Oct2016_2ndSemiAnnual_DIN27254_20170109WATERQUALITYMONITORINGREPORT 2nd Semi-annual 2016 Event OldFranklinLandfill, PermitNo.57-01 MaconCounty,NorthCarolina Preparedfor: MaconCountySolidWasteDepartment 109SierraDrive Franklin,NC 28734 Preparedby: REIConsultants,Inc. P.O.Box 286 Beaver,WV 25813 January 9, 2017 2nd Semi-Annual2016GroundwaterMonitoringReport ___________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com i TABLEOFCONTENTS 1.0 EXECUTIVESUMMARY …………………………………………….……………. 1 2.0 INTRODUCTION ….……………………………………………………………….... 3 3.0 HYDROLOGICEVALUATION .………………………………………………….... 4 4.0 SAMPLINGANDLABORATORYANALYSIS ..……………….………………… 5 5.0 STATISTICALANALYSIS ....………………………………………………….…… 6 6.0 CONCLUSIONS …...……………………………...…………………………….……. 8 FIGURE 1:PotentiometricMap/UppermostAquifier FIGURE 2:PotentiometricMap/BedrockAquifer TABLE 1:Summary ofMonitoring WellData andStatic WaterLevels TABLE 2:Summary ofFieldSampling TABLE 3:Summary ofDetections APPENDICES AppendixA GroundwaterFlowRateCalculations AppendixB FieldSamplingLogs AppendixC LaboratoryReports andChain-of-CustodyRecords AppendixD HistoricalLaboratoryAnalyticalResults AppendixE StatisticalAnalysis 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 1 1.0 EXECUTIVESUMMARY REIConsultants,Inc.(REIC)haspreparedthe 2nd Semi-AnnualWaterQualityMonitoring Reportfor2016fortheOldFranklinLandfill,PermitNo.57-01,aclosedmunicipalsolidwaste disposalfacilitylocatedinMaconCounty,NorthCarolina.Waterqualitymonitoringatthe facilityisperformedonasemi-annualbasisandconsistsofsamplinggroundwatermonitoring wellsinthe vicinity ofthelandfillandaresidentialwater supplywelladjacenttothefacility. The 2nd semi-annual2016monitoringeventwasperformedonOctober11,2016.Groundwater sampleswerecollectedfromseven(7)monitoringwells.Inaddition,asamplewascollected fromone(1)watersupplywelllocation.AllsampleswereanalyzedforNorthCarolina AppendixIparameters.ThefollowingparametersweredetectedaboveNorthCarolina groundwater standards: Parameter Monitoring Well Arsenic MW-3 Barium MW-3 Benzene MW-1, MW-6CR,MW-7C Cadmium MW-1 Chromium MW-3, MW-7 Cobalt MW-1, MW-3, MW-6CR, MW-7C 1,4-Dichlorobenzene MW-1, MW-6, MW-6CR Lead MW-3 Vanadium MW-3 Statisticalanalysisofanalyticalresultsindicatesthatalloftheabovegroundwaterstandards exceedancesofmetalsarebelowbackgroundstatisticallimitswiththeexceptionofcadmiumin wellMW-1.Theexceedancesofgroundwaterstandardsforvolatileorganiccompoundsare similartothoseofpreviousmonitoringevents.However,theseconstituentshavenotbeen detectedinthe nearbyresidentialwater supply source(see below). 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 2 One(1)residentialwatersupplywell,designatedHaire,wassampled.NoAppendixI parametersweredetectedintheHairewellwiththeexceptionofcopperandzinc.However, concentrationsofcopperandzincwerebelowNorthCarolinagroundwaterstandardsinthe sample. Staticgroundwaterelevationsweremeasuredineachmonitoringwellpriortosampling.These measurementswereconvertedtogroundwaterelevations,whichwereusedtodevelop generalizedpotentiometriccontoursforboththeshallowandbedrockaquifersinthevicinityof theOldFranklinLandfill.Groundwaterintheuppermostaquiferappearstobeflowingtothe westandnorthwestinthevicinityofthewastearea.Theaverageshallowgroundwaterflowrate inthelandfillvicinityhasbeenestimatedat140feet/year.Groundwaterofthebedrockaquifer generallyflowsfromeasttowest. 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 3 2.0 INTRODUCTION REIConsultants,Inc.(REIC)haspreparedthe 2nd Semi-AnnualWaterQualityMonitoring Reportfor2016fortheOldFranklinLandfill,PermitNo.57-01,aclosedmunicipalsolidwaste disposalfacilitylocatedapproximatelytwomilesnortheastofthetownofFranklininMacon County,NorthCarolina.Thefacilityconsistsofaclosedandcappedwastearea,nolonger active,thatoccupiesapproximately14acresofnearly30acresofproperty.LakeEmory(the Little TennesseeRiver)is situatedtothewestand northwest ofthe site. ThegroundwatermonitoringwellnetworkattheOldFranklinLandfillconsistsofwellsMW-1, MW-2,MW-3,MW-4,MW-5,MW-6,MW-6A,MW-6CR,MW-7,MW-7A,MW-7C,MW-8, MW-9,andMW-10(seeFigures1and2forlocations).WellMW-6CRwasinstalledpriorto the 2nd semi-annual2008eventinordertoreplacewellMW-6C,whichwasdiscoveredtobe obstructedatdepthduringthe 2nd semi-annual2007event.WellMW-6Cwasproperly abandonedand pluggedinApril 2008. MonitoringwellsMW-2andMW-8arelocatedessentiallyhydraulicallysidegradientofthe wastearea,andthereforearedesignatedasthebackgroundwellsforthefacility.Monitoring wellsMW-1,MW-3,MW-4,MW-5,MW-6,MW-6A,MW-6CR,MW-7,MW-7A,MW-7C, MW-9,andMW-10aremonitoredascompliancewells.WellsMW-1,MW-3,MW-6,MW- 6CR,MW-7,MW-7C,andMW-10aresampledsemi-annually.WellsMW-2,MW-4,MW-5, MW-6A,MW-7A,MW-8,andMW-9aresampledbiennially.Allwellsamplesareanalyzedfor NorthCarolinaAppendixIparameters. Inadditiontotheabovemonitoringwells,asampleiscollectedfromone(1)residentialwater supplywelllocationadjacenttothelandfill property, designatedasHaire.The supplywellwater sampleisanalyzedsemi-annuallyforAppendixIparameters.Formerly,sampleswerecollected fromadditionalresidentialwellsdesignatedasDowdleandKeener.However,thesewellsareno longerused,asbothresidencesareconnectedtopublicwater,andsamplesarenolonger collectedfromtheselocations. 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 4 Forthe 2nd semi-annual2016monitoringevent,fieldsamplingwasperformedonOctober11, 2016.Sampleswerecollectedfromthesevensemi-annualwelllocationsandthedrinkingwater supplywell. 3.0 HYDROLOGICEVALUATION Staticwaterlevelsweremeasuredfromthetopofcasing(TOC)priortopurginginallwells duringthesamplingevent.Thesewaterlevelmeasurements,inconjunctionwithsurveyedTOC elevationdata,wereusedtocalculatestaticgroundwaterelevationsineachwell.Groundwater elevationdatafromthe 2nd semi-annual2016monitoringeventwascontouredtorepresentthe potentiometricsurfaceofboththeshallowandbedrockaquifersinthevicinityofthelandfill. Elevationdataand,inthecaseoftheshallowaquifer,theinfluenceoftopographicalfeatures, wereutilizedtoestimatecontours.Copiesoftheresultingpotentiometricmapsareincludedin thisreport(SeeFigures1andFigure2).Asummaryofmonitoringwelldata,includingstatic waterlevelsmeasured duringthe 2nd semi-annual2016event,isincludedin Table 1. WellsMW-1,MW-2,MW-3,MW-5,MW-6,MW-6A,MW-7,MW-7A,andMW-8atthe facilityarescreenedinthesoil/saprolitelayeroverlyingtheresidentbedrock.WellsMW-4, MW-6CR,MW-7C, MW-9,and MW-10arecompletedin bedrock. Generally,groundwateroftheshallowaquiferflowsfromthewesternendofthewasteareato thewestandnorthwest.Thedirectionofflowacrosstheeasternmostareaofthewastecannotbe confirmedduetothelackofashallowwellinthatvicinity.Forthebedrockaquifer, groundwaterflow directionfromeasttowestacrossthewasteisindicated bytheavailabledata. Previousinvestigatorsconductedin-situaquiferslugtestsinordertoestimatetypicalhydraulic conductivitiesatthesite.Elevationdatafromtheshallowaquiferpotentiometricmapwas utilizedtoestimatehydraulicgradientsinthevicinityofthefacility.Thisinformationhasbeen appliedinaformofDarcy’sLawtocalculatethegroundwaterseepagevelocityintheupper- mostaquiferunderthesite,whichwasestimatedtobe140ft/year.Groundwaterflowrate calculationsareincludedinAppendixA. 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 5 4.0 SAMPLINGANDLABORATORYANALYSIS MonitoringwellsattheOldFranklinLandfillwerepurgedandsampledusinglaboratory decontaminatedpolytetrafluoroethylenesinglecheckvalvebailers.FieldtestingofpH, temperature,conductivity,andturbidityweremeasuredtoensureadequatepurging.Samples werecollectedin pre-cleanedandappropriatelypreservedcontainers,transportedinicedcoolers, anddeliveredtothelaboratoryingoodcondition.Allwellsweresampledduringthe 2nd semi- annual2016monitoringevent.Severalgroundwatersampleswerenotedasexhibitinghigh turbidity.AsummaryoffieldsamplinginformationisgiveninTable2.Fieldsamplinglogsare includedinAppendixB. AllsampleswereanalyzedbyREIC’sNorthCarolinacertifiedlaboratory.Thelaboratory qualityassuranceprogramincludedallappropriate,methodspecificqualitycontrols(QC).All laboratory datamettherequiredQCcriteria. Severalmetalsandvolatileorganiccompounds(VOCs)weredetectedaboveNorthCarolina SolidWasteSectionLimits(SWSLs)incompliancewellsatthefacility.Metalsdetectedabove SWSLsincludedbarium,cadmium,chromium,cobalt,copper,lead,vanadium,andzinc.VOCs detected above SWSLs included benzene,chlorobenzene,1,2-dichlorobenzene,1,4- dichlorobenzene,andcis-1,2-dichloroethene.Thefollowingparametersweredetectedabove NorthCarolinagroundwater standards: Parameter Monitoring Well Arsenic MW-3 Barium MW-3 Benzene MW-1, MW-6CR,MW-7C Cadmium MW-1 Chromium MW-3, MW-7 Cobalt MW-1, MW-3, MW-6CR, MW-7C 1,4-Dichlorobenzene MW-1, MW-6, MW-6CR Lead MW-3 Vanadium MW-3 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 6 Theexceedancesofgroundwaterstandardsaresimilartothoseofpreviousmonitoringevents. However,theseconstituentshavenotbeendetectedinthenearbyresidentialwatersupplysource (see below). One(1)residentialwatersupplywell,designatedasHaire,wassampled.Thesamplewas collectedfromwithintheresidence,andwaterwasallowedtorunforseveralminutespriorto samplecollection.NoAppendixIparametersweredetectedaboveSWSLsinthewellwiththe exceptionofcopperandzincatconcentrationswellbelowtherespectiveNorthCarolina groundwater standards. AsummaryoflaboratoryresultsdetectedaboveSWSLsisincludedinTable3.Laboratory reportsandchain-of-custodyrecordsareincludedinAppendixC.Datahavebeenreportedto method detection limits(MDLs)asrequested bytheNorth CarolinaDepartmentof EnvironmentalQuality.However,notethatanyvaluesreportedbelowSWSLs,flaggedwitha “J”qualifier,areonlyestimates,arenotquantitative,andshouldnotbeusednumericallyinany way.HistoricallaboratoryresultsaregiveninAppendixD. 5.0 STATISTICALANALYSIS The updatedregulationsat 15ANCAC 13BSection .1633 no longerrequire statisticalanalysisto beconductedasaroutinescreeningtool.However,statisticalanalysiswasperformedinorderto maintainbackgroundlevelsfortheseveralnaturallyoccurringmetalsthataredetectedin backgroundandcompliancewellsatOldFranklinLandfill. Monitoringconstituentswereevaluatedingeneralaccordancewiththeguidelinesof“Statistical AnalysisofGroundwaterMonitoringDataatRCRAFacilities,UnifiedGuidance”(U.S.EPA OfficeofResourceConservationandRecovery,March2009).Downgradientwellconstituent concentrationswerecomparedtoupperpredictionlimitsderivedfromhistoricaldatapooled fromthetwobackgroundwells,MW-2andMW-8.Predictionintervalswereconstructedas follows.Forconstituentswheregreaterthan50percentofthedatawerebelowpractical 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 7 quantitationlimits(PQLs)/SWSLs,anon-parametricpredictionlimitwasconstructedusingthe maximumhistoricalbackgroundmeasurement.Forconstituentswheremorethan15butless than50percentofthedatawerebelowPQLs/SWSLs,parametricpredictionintervalsmodified byCohen’sAdjustmentwereutilizedwherethedataexhibitanormalorlog-normaldistribution. Otherwise,non-parametricpredictionlimitswereutilized.Noparametersexhibiteddetection frequenciesabovePQLs/SWSLsatgreaterthan50percentwiththeexceptionofbariumand chromium.However,neitherparameterisnormallyorlog-normallydistributed,andtherefore non-parametric predictionlimitswere used. Statisticalanalysisofmonitoringwellanalyticalresultsformetalsindicatethatthearsenic, chromium,cobalt,lead,andvanadiumconcentrationsdetectedabovegroundwaterstandards duringthe 2nd semi-annual2016eventwerebelowbackgroundstatisticallimits.Asummaryof the statisticalanalysisisgiveninAppendix E. 2nd Semi-Annual2016GroundwaterMonitoringReport _____________________________________________________________________________________________ REI Consultants,Inc. P.O.Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com 8 6.0 CONCLUSIONS ·The 2nd semi-annual2016waterqualitymonitoringeventattheOldFranklinLandfill was performedinaccordancewithStateandFederalGuidelines. ·Thedirectionofgroundwaterflowintheuppermostaquiferinthevicinityofthewaste areaisgenerallytothewestand northwest. ·Theaveragerateofgroundwaterflowinthevicinityofthelandfillintheuppermost aquiferisestimatedat 140 feet/year. ·ThefollowingVOCsweredetectedaboveNorthCarolinagroundwaterstandards: benzeneinwellsMW-1,MW-6CR,andMW-7C;and1,4-dichlorobenzeneinwells MW-1, MW-6,and MW-6CR. ·ThefollowingmetalsweredetectedaboveNorthCarolinagroundwaterstandards: arsenic,barium,lead,andvanadiuminwellMW-3;cadmiuminwellMW-1;chromium inwells MW-3and MW-7;andcobaltinwells MW-1, MW-3, MW-6CR,and MW-7C. ·Statisticalanalysisindicatedthatalloftheabovegroundwaterstandardexceedancesfor metalswerebelowbackgroundstatisticallimitswiththeexceptionofcadmiuminwell MW-1. ·TheexceedancesofgroundwaterstandardsforVOCsaresimilartothoseofprevious monitoringevents.However,theseconstituentshavenotbeendetectedinthenearby residentialwater supplysource. ·NoAppendixIparametersweredetectedintheHaireresidentialwatersupplywellwith theexceptionofcopperandzinc,atconcentrationswellbelowtherespectiveNorth Carolina groundwater standards. OldFranklinLandfill Franklin,MaconCounty,NorthCarolina Permit Number: 57-01 Figure1: PotentiometricMap/Uppermost Aquifer REIConsultants,Inc.P.O Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com HAIRE OLDFRANKLINLANDFILL,PERMIT NO.57-01 MACON COUNTY, NORTHCAROLINA WATERQUALITYMONITORINGPROGRAM 2NDSEMIANNUAL2016EVENT POTENTIOMETRIC CONTOURS- UPPERMOSTAQUIFER LEGEND SEMIANNUALMONITORINGWELL BIENNIALMONITORINGWELL(NOTSAMPLEDTHIS EVENT) MONITORINGWELLID STATICGROUNDWATERELEVATION TOPOGRAPHICCONTOURS POTENTIOMETRICCONTOURS APPROXIMATEWASTELIMITS ROADS PROPERTYLINES RESIDENTIALWELL SAMPLE PREPAREDBY: REICONSULTANTS,INC. NOVEMBER2016 MW-8 2182.95 SCALE: 0 50 100 200 ALLMEASUREMENTSINFEET N MW-72060.69 MW-82182.95 MW-5 2099.91 2097.71 MW-6A2094.91 FLOWPATHFORGRADIENTCALCULATION MW-32076.57 MW-2 MW-12077.06 MW-7A2061.85 MW-6 OldFranklinLandfill Franklin,MaconCounty,NorthCarolina Permit Number: 57-01 Figure2: PotentiometricMap/Bedrock Aquifer REIConsultants,Inc.P.O Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com MW-6CR2086.04 OLDFRANKLINLANDFILL,PERMIT NO.57-01 MACON COUNTY, NORTHCAROLINA WATERQUALITYMONITORINGPROGRAM 2NDSEMIANNUAL2016EVENT POTENTIOMETRIC CONTOURS-BEDROCKAQUIFER LEGEND SEMIANNUALMONITORINGWELL BIENNIALMONITORINGWELL(SAMPLEDTHIS EVENT) MONITORINGWELLID STATICGROUNDWATERELEVATION TOPOGRAPHICCONTOURS POTENTIOMETRICCONTOURS APPROXIMATEWASTELIMITS ROADS PROPERTYLINES PREPAREDBY: REICONSULTANTS,INC. NOVEMBER2016 SCALE: 0 50 100 200 ALLMEASUREMENTSINFEET N MW-42113.94 MW-10 2058.09 2076.08MW-7C2061.79 MW-9 MW-102058.09 Ta b l e 1 S um m a r y o f M on it o r i ng We ll D a t a an d S t a ti c Wa t e r Le v e ls O l d F r an k li n La n d fi l l , P e r m it N o . 57 -02 2n d S em i- an n u a l 20 1 6 M on it o r i ng E v en t We ll I D I ns t a ll a ti on D a te We ll D i am e t er (i n) To t a l We ll D ep t h* (f t ) D ep t h t o To p o f S c r ee n ** (f t ) Le n g t h o f S c r ee n e d I n t e r v al (f t ) G eo l og y o f S c r ee n e d I n t e r v al To p o f C as i ng El e v a ti on (f t ab o v e M S L) G r ou n d El e v a ti on (f t ab o v e M S L) St a ti c D ep t h t o Wa t e r* (f t ) G r ou n d w a t e r El e v a ti on (f t ab o v e M S L) La tit ud e Lo n g it ud e M W -1 N/ A 2 43 .89 34 10 S ap r ol i te 21 0 7 .46 N/ A 30 .40 20 7 7 .06 N 35 ° 12 ' 35 .4" W 08 3 ° 22 ' 02 .5" M W -2 N/ A 2 42 .68 33 10 S ap r ol i te 21 1 6 .78 N/ A N/ A N/ A N/ A N/ A M W -3 N/ A 2 63 .08 46 15 S ap r ol i te 21 3 7 .10 N/ A 60 .53 20 7 6 .57 N 35 ° 12 ' 31 .9" W 08 3 ° 22 ' 01 .4" M W -5 N/ A 2 77 .00 60 15 S ap r ol i te 21 6 8 .32 N/ A 68 .41 20 9 9 .91 N/ A N/ A M W -6 2 /24 /19 9 7 2 45 .52 35 10 S ap r ol i te 21 3 4 .87 21 3 1 .89 37 .16 20 9 7 .71 N 35 ° 12 ' 38 .1" W 08 3 ° 21 ' 57 .4" M W -6A 2 /24 /19 9 7 2 75 .15 70 .5 2 .5 S ap r ol i te 21 3 5 .03 21 3 1 .8 40 .12 20 9 4 .91 N 35 ° 12 ' 38 .2" W 08 3 ° 21 ' 57 .5" M W -7 2 /25 /19 9 7 2 23 .39 10 15 S ap r ol i te 20 8 0 .39 20 7 7 .31 19 .70 20 6 0 .69 N 35 ° 12 ' 33 .7" W 08 3 ° 22 ' 04 .0" M W -7A 2 /25 /19 9 7 2 36 .35 31 .5 2 .5 S ap r ol i te 20 8 0 .61 20 7 7 .45 18 .76 20 6 1 .85 N 35 ° 12 ' 33 .8" W 08 3 ° 22 ' 04 .3" M W -8 N/ A 2 44 .33 22 20 S ap r ol i te 22 0 8 .10 N/ A 25 .15 21 8 2 .95 N/ A N/ A M W -4 N/ A 2 66 .55 50 15 B ed r o ck 21 8 0 .97 N/ A 67 .03 21 1 3 .94 N/ A N/ A M W -6 CR 4 /16 /20 0 8 2 14 4 .22 13 0 10 B ed r o ck 21 3 4 .22 N/ A 48 .18 20 8 6 .04 N 35 ° 12 ' 38 .6" W 08 3 ° 21 ' 57 .6" M W -7C N/ A 2 54 .35 42 10 B ed r o ck 20 8 0 .10 N/ A 18 .31 20 6 1 .79 N 35 ° 12 ' 33 .4" W 08 3 ° 22 ' 05 .1" M W -9 N/ A 2 10 9 .45 97 .5 10 B ed r o ck 20 8 3 .42 N/ A 7 .34 20 7 6 .08 N 35 ° 12 ' 34 .3" W 08 3 ° 22 ' 03 .0" M W -10 N/ A 2 10 8 .10 96 10 B ed r o ck 20 7 4 .20 N/ A 16 .11 20 5 8 .09 N 35 ° 12 ' 33 .3" W 08 3 ° 22 ' 05 .0" * - m ea s u r ed f r o m t op o f c a si ng ** - m ea s u r ed fr o m g r ou n d s u rf a ce M S L - m ea n s ea le v el N/ A - no t a v ail a b l e RE I C on s ul t an t s , I n c . P . O . B o x 28 6 , B ea v e r, W V 25 8 1 3 80 0 -99 9 -01 0 5 REICJob#: SamplingDate: Sampler(s):A.McBride / R. Farley / JDBennett / M.Talley WeatherConditions:Sunny68-72°F SamplingDepth 31.09 62.65 41.70 65.50 19.79 StaticDepth 30.40 60.53 37.16 48.18 19.77 WellDepth 43.89 63.08 45.52 144.22 23.39 WaterColumnHeight 13.49 2.55 8.36 96.04 3.62 VolumePurged 25 2 15 168 3 PurgingStatus FinishedPurging PurgedDry FinishedPurging FinishedPurging PurgedDry pH 6.35 6.36 5.51 6.44 5.96 Temperature 16.1 15.4 15.0 15.8 15.5 Conductivity 722 278 101.2 581 514 Turbidity 168 774 126 12.68 675 Appearance Cloudy Cloudy Cloudy Clear Cloudy Odor NoOdor NoOdor NoOdor NoOdor NoOdor TotalSuspendedSolids(TSS)98 1450 61 12 69 SamplingDepth 18.44 20.49 - StaticDepth 18.31 16.11 - WellDepth 54.35 108.10 - WaterColumnHeight 36.04 91.99 - VolumePurged 70 160 - PurgingStatus FinishedPurging FinishedPurging - pH 6.03 6.41 / Dup 6.42 5.50 Temperature 15.9 14.6 / Dup 14.6 17.1 Conductivity 859 544 / Dup 546 83.1 Turbidity 9.08 2.06 / Dup 2.19 0.27 Appearance Clear Clear Clear Odor NoOdor NoOdor NoOdor TotalSuspendedSolids(TSS)--- TABLE2: SAMPLINGLOGSUMMARY Old FranklinLandfill (Permit: #57-01) 16101490 10/11/2016 REIConsultants,Inc.P.O.Box286,Beaver,WV25813 800-999-0105 www.reiclabs.com NC 2L S W SL MW -1 MW -2 MW -3 MW -4 MW -5 MW -6 MW -6A MW -6 CR MW -7 MW -7A MW -7C MW -8 MW -9 MW -10 H a i re 1 ,2 -D i ch l o r ob en z e ne 20 5 9 .1 NS - NS NS - NS - - NS 8 .7 NS NS - - 1 ,4 -D i ch l o r ob en z e ne 6 1 16 .9 NS 1 .2 NS NS 6 .6 NS 17 .1 2 .2 NS 11 .6 NS NS 4 .3 - B en z e ne 1 1 3 .4 NS - NS NS - NS 1 .8 - NS 1 .7 NS NS - - C h l o r ob en z e ne 50 3 31 .1 NS - NS NS - NS 4 .7 - NS 25 .0 NS NS 4 .8 - c i s -1 ,2 -D i ch l o r oe t h e ne 70 5 16 .9 NS - NS NS - NS 17 .0 - NS 5 .8 NS NS - - A rs en i c 10 10 - NS 14 .6 NS NS - NS - - NS - NS NS - - B a ri um 70 0 10 0 32 5 NS 99 6 NS NS 35 1 NS 32 0 57 4 NS 61 7 NS NS - - B e r y l li um 4 1 - NS 1 .0 NS NS - NS - - NS - NS NS - - C ad m i um 2 1 16 .0 NS - NS NS - NS - - NS - NS NS - - C h r o m i um 10 10 - NS 78 .3 NS NS - NS - 13 .9 NS - NS NS - - C ob a lt 1 10 11 .2 NS 46 .1 NS NS - NS 31 .9 - NS 19 .5 NS NS - - C op p er 10 0 0 10 23 .3 NS 86 .9 NS NS 30 .1 NS - 26 .6 NS - NS NS - 53 .3 L e ad 15 10 - NS 26 .0 - - - NS - - NS - NS NS - - V a n ad i um 0 .3 25 - NS 96 .6 NS NS - NS - - NS - NS NS - - Z i nc 10 0 0 10 15 .9 NS 19 2 NS NS 37 .5 NS - 32 .6 NS - NS NS - 24 .1 T o t a l Su s p e n d e d So li d s (T SS ) 1 98 NS 14 5 0 NS NS 61 NS 12 69 NS 5 NS NS 3 - N O TE S : S WS L - So li d Wa st e S ec ti on L i m it NL - c on st it u en t d oe s no t h a v e a NC 2 L S t a nd a rd C on st it u en ts t ha t e x c e ed t he NC 2 L S t a nd a r d a r e h i gh li g h ed i n r ed DR Y - w e ll w a s d r y d ur i ng s a m p li n g e v e nt A ll c on st it u en ts re p or t ed i n µg /L [p ar ts p e r b i l li on (pp b )] O n l y co m p o un d s de t ec t e d a b ov e S WS L s a re li st ed N S - l o ca ti o n no t s a m p l ed * - no t de t ec t e d a b ov e S W SL T ab l e 3 Su mm ar y o f D e t ec ti o ns Ol d F r an k li n L a nd f i ll , P er m it N o . 57 -01 2 nd Se m i a nn ua l 2 0 16 M on it or i ng E v e nt V O Cs Me t a ls RE I C on su l t an t s , I nc . P .O. B o x 28 6 , B ea v e r, W V 25 8 1 3 80 0 -99 9 -01 0 5 ww w .r e i c l ab s .c om OldFranklinLandfill Franklin,MaconCounty,NorthCarolina Permit Number: 57-01 AppendixA: GroundwaterFlow Rate Calculations REIConsultants,Inc.P.O Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com X Y Distance(ft) -1495.9 69.9 -1482.6 75.2 14.3-1469.7 79.4 13.6 -1456.3 82.6 13.7 -1442.9 84.6 13.5 -1429.3 86.0 13.7 -1417.7 86.3 11.5-1402.4 85.3 15.4 -1383.6 83.3 18.9 -1367.2 81.1 16.5 -1345.3 77.5 22.2 -1329.7 75.0 15.8-1307.8 70.8 22.3 -1286.7 66.8 21.5 145 -1265.8 62.9 21.2 -1243.0 58.2 23.3 -1215.2 52.4 28.4 -1186.9 46.0 29.0 -1152.6 36.6 35.5 -1126.5 28.3 27.4 -1098.5 17.4 30.1 -1063.6 -0.2 39.0 -1043.1 -12.7 24.0 -1024.1 -24.0 22.1-1008.7 -33.4 18.1 -990.7 -44.3 21.0 -977.1 -54.3 16.8 -965.8 -63.0 14.3 -955.2 -71.8 13.8-944.4 -81.8 14.7 -933.6 -92.4 15.1 -923.0 103.1 195.8 -911.4 114.8 16.5 -900.6 127.0 16.2-893.0 136.0 11.8 -885.2 145.3 12.2 -877.4 155.6 12.9 -870.0 165.9 12.7 -859.2 181.4 18.9 -852.9 190.9 11.4 -845.5 202.0 13.3 -838.8 213.4 13.2 -833.7 222.5 10.4 -827.2 234.5 13.6 -818.1 252.6 20.3 -810.2 270.2 19.3-805.9 282.0 12.5 -803.2 291.4 9.7 1027.9 ft 90 ftVerticalDifference neff =0.3 4.8E-04K= Old Franklin Landfill Horizontal Distance V= KI/neff =140 ft/yr FlowPath ft/ftHydraulicgradient,I= cm/sec 0.088 REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page1of 2 OldFranklinLandfill Franklin,MaconCounty,NorthCarolina Permit Number: 57-01 AppendixB: FieldSamplingLogs REIConsultants,Inc.P.O Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com FS_GW_LOG#2_REV.0(02-2016)pH/ConductivityMeter:FS-PH-2 Form1of 1 phProbe:FS-PHP-2 ConductivityProbe:FS-CP-2 TurbidityMeter:FS-TURB-2 Project Name:Project :Well#:MW-1 ContactPerson:Phone#: Y N Y N x x x x x x Comments: Date/Time:Sunny 68 °F 30.40 (Ft)7.81 (Liters) 43.89 (Ft)23.43 (Liters) 13.49 (Ft)25.00 (Liters) pH Time (SU) 17:41 6.28 17:43 6.36 17:45 6.36 17:47 6.35 17:49 6.36 17:50 6.31 17:50 Date:Time:17:53/17:57 Method:Sampling Depth:31.09' pH:6.35 (SU)Conductivity:722 (umhos/cm) Temperature:16.1 (oC)Turbidity:168 (NTU) Comments: SampledBy:A.McBride/R. Farley/JDBennett/M.Talley Initials:Date:10/11/16 EVACUATION/STABILIZATIONTESTDATA ProtectiveCasingPresent Physical Damage ProtectiveCasingLocked Concrete/GroutPadPresent Cap onWell Riser 2"PVCCasing WELLCONDITIONDATA REICONSULTANTS,INC.GROUNDWATERSAMPLINGLOG Old FranklinLandfill 2ndSemi2016 ChrisStahl 828-349-2100 PURGINGDATA 10/11/2016 17:38 WeatherConditions: Static Depth (Depth to Water)Volume Well Depth 3Volumes WaterColumn Height VolumePurged Conductivity (umhos/cm)(oC)(NTU)(Liters) 719.0 16.4 27.70 1 TemperatureCorrected Temperature Turbidity VolumePurged 719.0 16.1 223.00 15 720.0 16.0 218.00 20 719.0 16.0 328.00 5 720.0 16.1 251.00 10 SAMPLINGDATA 10/11/2016 TeflonBailer PHYSICALCHARACTERISTICSOF SAMPLE Appearance:Cloudy Odor:NoOdor 720.0 16.0 175.00 25 FinishedPurging 25 SampleSetPage 1 of7 . REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page1of 9 FS_GW_LOG#2_REV.0(02-2016)pH/ConductivityMeter:FS-PH-2 Form1of 1 phProbe:FS-PHP-2 ConductivityProbe:FS-CP-2 TurbidityMeter:FS-TURB-2 Project Name:Project :Well#:MW-3 ContactPerson:Phone#: Y N Y N x x x x x x Comments: Date/Time:Sunny 68 °F 60.53 (Ft)1.47 (Liters) 63.08 (Ft)4.42 (Liters) 2.55 (Ft)2.00 (Liters) pH Time (SU) 18:11 6.24 18:12 Date:Time:18:30/18:34 Method:Sampling Depth:62.65' pH:6.36 (SU)Conductivity:278 (umhos/cm) Temperature:15.4 (oC)Turbidity:774 (NTU) Comments: SampledBy:A.McBride/R. Farley/JDBennett/M.Talley Initials:Date:10/11/16 WELLCONDITIONDATA ProtectiveCasingPresent Physical Damage ProtectiveCasingLocked Concrete/GroutPadPresent REICONSULTANTS,INC.GROUNDWATERSAMPLINGLOG Old FranklinLandfill 2ndSemi2016 ChrisStahl 828-349-2100 Static Depth (Depth to Water)Volume Well Depth 3Volumes WaterColumn Height VolumePurged Cap onWell Riser 2"PVCCasing PURGINGDATA 10/11/2016 18:09 WeatherConditions: Conductivity (umhos/cm)(oC)(NTU)(Liters) 302.0 15.0 67.10 1 EVACUATION/STABILIZATIONTESTDATA TemperatureCorrected Temperature Turbidity VolumePurged SAMPLINGDATA 10/11/2016 TeflonBailer PHYSICALCHARACTERISTICSOF SAMPLE Appearance:Cloudy Odor:NoOdor PurgedDry 2 Sample SetPage 2 of7 . REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page2of 9 FS_GW_LOG#2_REV.0(02-2016)pH/ConductivityMeter:FS-PH-1 Form1of 1 phProbe:FS-PHP-1 ConductivityProbe:FS-CP-1 TurbidityMeter:FS-TURB-1 Project Name:Project :Well#:MW-6 ContactPerson:Phone#: Y N Y N x x x x x x Comments: Date/Time:Sunny 72 °F 37.16 (Ft)4.84 (Liters) 45.52 (Ft)14.52 (Liters) 8.36 (Ft)15.00 (Liters) pH Time (SU) 17:17 5.54 17:18 5.47 17:20 5.49 17:21 5.49 17:23 5.49 17:25 5.52 17:25 Date:Time:17:30/17:34 Method:Sampling Depth:41.70' pH:5.51 (SU)Conductivity:101.2 (umhos/cm) Temperature:15.0 (oC)Turbidity:126 (NTU) Comments: SampledBy:A.McBride/R. Farley/JDBennett/M.Talley Initials:Date:10/11/16 WELLCONDITIONDATA ProtectiveCasingPresent Physical Damage ProtectiveCasingLocked Concrete/GroutPadPresent REICONSULTANTS,INC.GROUNDWATERSAMPLINGLOG Old FranklinLandfill 2ndSemi2016 ChrisStahl 828-349-2100 Static Depth (Depth to Water)Volume Well Depth 3Volumes WaterColumn Height VolumePurged Cap onWell Riser 2"PVCCasing PURGINGDATA 10/11/2016 17:10 WeatherConditions: Conductivity (umhos/cm)(oC)(NTU)(Liters) 96.4 15.2 12.28 1 EVACUATION/STABILIZATIONTESTDATA TemperatureCorrected Temperature Turbidity VolumePurged 96.0 14.8 314.00 9 98.6 14.9 754.00 12 85.7 15.0 723.00 3 89.6 14.8 729.00 6 SAMPLINGDATA 10/11/2016 TeflonBailer PHYSICALCHARACTERISTICSOF SAMPLE Appearance:Cloudy Odor:NoOdor 99.3 15.0 >800 15 FinishedPurging 15 SampleSetPage 3 of7 . REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page3of 9 FS_GW_LOG#2_REV.0(02-2016)pH/ConductivityMeter:FS-PH-1 Form1of 1 phProbe:FS-PHP-1 ConductivityProbe:FS-CP-1 TurbidityMeter:FS-TURB-1 Project Name:Project :Well#:MW-6CR ContactPerson:Phone#: Y N Y N x x x x x x Comments: Date/Time:Sunny 75 °F 48.18 (Ft)55.60 (Liters) 144.22 (Ft)166.82 (Liters) 96.04 (Ft)168.00 (Liters) pH Time (SU) 15:45 6.46 15:56 6.47 16:07 6.51 16:20 6.52 16:32 6.50 16:46 6.49 16:58 Date:Time:17:05/17:08 Method:Sampling Depth:65.50' pH:6.44 (SU)Conductivity:581 (umhos/cm) Temperature:15.8 (oC)Turbidity:12.68 (NTU) Comments: SampledBy:A.McBride/R. Farley/JDBennett/M.Talley Initials:Date:10/11/16 WELLCONDITIONDATA ProtectiveCasingPresent Physical Damage ProtectiveCasingLocked Concrete/GroutPadPresent REICONSULTANTS,INC.GROUNDWATERSAMPLINGLOG Old FranklinLandfill 2ndSemi2016 ChrisStahl 828-349-2100 Static Depth (Depth to Water)Volume Well Depth 3Volumes WaterColumn Height VolumePurged Cap onWell Riser 2"PVCCasing PURGINGDATA 10/11/2016 15:35 WeatherConditions: Conductivity (umhos/cm)(oC)(NTU)(Liters) 546.0 16.3 0.49 1 EVACUATION/STABILIZATIONTESTDATA TemperatureCorrected Temperature Turbidity VolumePurged 610.0 15.6 7.38 84 602.0 15.5 10.99 112 557.0 15.8 4.49 28 617.0 15.8 5.27 56 SAMPLINGDATA 10/11/2016 TeflonBailer PHYSICALCHARACTERISTICSOF SAMPLE Appearance:Clear Odor:NoOdor 572.0 15.6 8.38 140 FinishedPurging 168 SampleSetPage 4 of7 . REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page4of 9 FS_GW_LOG#2_REV.0(02-2016)pH/ConductivityMeter:FS-PH-2 Form1of 1 phProbe:FS-PHP-2 ConductivityProbe:FS-CP-2 TurbidityMeter:FS-TURB-2 Project Name:Project :Well#:MW-7 ContactPerson:Phone#: Y N Y N x x x x x x Comments: Date/Time:Sunny 70 °F 19.77 (Ft)2.09 (Liters) 23.39 (Ft)6.28 (Liters) 3.62 (Ft)3.00 (Liters) pH Time (SU) 16:47 5.93 16:49 5.85 16:49 Date:Time:17:24/17:28 Method:Sampling Depth:19.79' pH:5.96 (SU)Conductivity:514 (umhos/cm) Temperature:15.5 (oC)Turbidity:675 (NTU) Comments: SampledBy:A.McBride/R. Farley/JDBennett/M.Talley Initials:Date:10/11/16 WELLCONDITIONDATA ProtectiveCasingPresent Physical Damage ProtectiveCasingLocked Concrete/GroutPadPresent REICONSULTANTS,INC.GROUNDWATERSAMPLINGLOG Old FranklinLandfill 2ndSemi2016 ChrisStahl 828-349-2100 Static Depth (Depth to Water)Volume Well Depth 3Volumes WaterColumn Height VolumePurged Cap onWell Riser 2"PVCCasing PURGINGDATA 10/11/2016 16:42 WeatherConditions: Conductivity (umhos/cm)(oC)(NTU)(Liters) 491.0 16.1 589.00 1 EVACUATION/STABILIZATIONTESTDATA TemperatureCorrected Temperature Turbidity VolumePurged 490.0 15.6 >800 3 SAMPLINGDATA 10/11/2016 TeflonBailer PHYSICALCHARACTERISTICSOF SAMPLE Appearance:Cloudy Odor:NoOdor PurgedDry 3 Sample SetPage5 of 7 . REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page5of 9 FS_GW_LOG#2_REV.0(02-2016)pH/ConductivityMeter:FS-PH-2 Form1of 1 phProbe:FS-PHP-2 ConductivityProbe:FS-CP-2 TurbidityMeter:FS-TURB-2 Project Name:Project :Well#:MW-7C ContactPerson:Phone#: Y N Y N x x x x x x Comments: Date/Time:Sunny 69 °F 18.31 (Ft)20.86 (Liters) 54.35 (Ft)62.60 (Liters) 36.04 (Ft)70.00 (Liters) pH Time (SU) 16:55 6.52 16:59 6.65 17:03 6.07 17:07 6.03 17:10 6.04 17:14 6.04 17:14 Date:Time:17:17/17:19 Method:Sampling Depth:18.44' pH:6.03 (SU)Conductivity:859 (umhos/cm) Temperature:15.9 (oC)Turbidity:9.08 (NTU) Comments: SampledBy:A.McBride/R. Farley/JDBennett/M.Talley Initials:Date:10/11/16 WELLCONDITIONDATA ProtectiveCasingPresent Physical Damage ProtectiveCasingLocked Concrete/GroutPadPresent REICONSULTANTS,INC.GROUNDWATERSAMPLINGLOG Old FranklinLandfill 2ndSemi2016 ChrisStahl 828-349-2100 Static Depth (Depth to Water)Volume Well Depth 3Volumes WaterColumn Height VolumePurged Cap onWell Riser 2"PVCCasing PURGINGDATA 10/11/2016 16:51 WeatherConditions: Conductivity (umhos/cm)(oC)(NTU)(Liters) 676.0 16.1 14.98 1 EVACUATION/STABILIZATIONTESTDATA TemperatureCorrected Temperature Turbidity VolumePurged 842.0 15.9 11.94 42 854.0 15.9 11.23 56 678.0 16.6 9.66 14 698.0 15.9 18.39 28 SAMPLINGDATA 10/11/2016 TeflonBailer PHYSICALCHARACTERISTICSOF SAMPLE Appearance:Clear Odor:NoOdor 852.0 15.9 8.64 70 FinishedPurging 70 SampleSetPage 6 of7 . REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page6of 9 FS_GW_LOG#2_REV.0(02-2016)pH/ConductivityMeter:FS-PH-2 Form1of 1 phProbe:FS-PHP-2 ConductivityProbe:FS-CP-2 TurbidityMeter:FS-TURB-2 Project Name:Project :Well#:MW-10 ContactPerson:Phone#: Y N Y N x x x x x x Comments: Date/Time:Sunny 72 °F 16.11 (Ft)53.26 (Liters) 108.10 (Ft)159.78 (Liters) 91.99 (Ft)160.00 (Liters) pH Time (SU) 15:45 6.32 15:53 6.33 15:59 6.40 16:07 6.41 16:12 6.45 16:20 6.46 16:20 Date:Time:16:22/16:34 Method:Sampling Depth:20.49' pH:6.41/Dup6.42 (SU)Conductivity:544/Dup546 (umhos/cm) Temperature:14.6/Dup14.6 (oC)Turbidity:2.06/Dup2.19 (NTU) Comments: SampledBy:A.McBride/R. Farley/JDBennett/M.Talley Initials:Date:10/11/16 WELLCONDITIONDATA ProtectiveCasingPresent Physical Damage ProtectiveCasingLocked Concrete/GroutPadPresent REICONSULTANTS,INC.GROUNDWATERSAMPLINGLOG Old FranklinLandfill 2ndSemi2016 ChrisStahl 828-349-2100 Static Depth (Depth to Water)Volume Well Depth 3Volumes WaterColumn Height VolumePurged Cap onWell Riser 2"PVCCasing PURGINGDATA 10/11/2016 15:40 WeatherConditions: Conductivity (umhos/cm)(oC)(NTU)(Liters) 452.0 16.0 3.38 1 EVACUATION/STABILIZATIONTESTDATA TemperatureCorrected Temperature Turbidity VolumePurged 547.0 14.6 0.07 96 546.0 14.6 0.05 128 448.0 14.6 0.29 32 508.0 14.6 0.02 64 SAMPLINGDATA 10/11/2016 TeflonBailer PHYSICALCHARACTERISTICSOF SAMPLE Appearance:Clear Odor:NoOdor 544.0 14.6 0.02 160 FinishedPurging 160 SampleSetPage 7 of 7 . REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page7of 9 FS_SW_LOG#1_REV.0(02-2016)pH/ConductivityMeter:FS-PH-1 Form1of 1 phProbe:FS-PHP-1 ConductivityProbe:FS-CP-1 TurbidityMeter:FS-TURB-1 Outlet: Date:17:45/7:47 pH:5.50 SU Conductivity:83.1 umhos/cm Flow:N/A GPD Temperature:17.1 °C Turbidity=0.27 NTU SampledBy:R. Farley/ JDBennett Initials:Date:4/12/2016 Outlet: Date: pH:SU Conductivity:umhos/cm Flow:GPD Temperature:°C Turbidity=NTU SampledBy:Initials:Date: Outlet: Date: pH:SU Conductivity:umhos/cm Flow:GPD Temperature:°C Turbidity=NTU SampledBy:Initials:Date: Comments: REICONSULTANTS,INC.SURFACEWATERSAMPLINGLOG Project Name:OldFranklin Landfill ContactPerson:ChrisStahl Phone/Fax:828-349-2100 Haire 10/11/2016 Time: Sample OdorandPhysicalAppearance:Clear-No Odor Comments: Time: Sample OdorandPhysicalAppearance: Comments: Time: Sample OdorandPhysicalAppearance: Sample SetPage 1 of1. REI Consultants, Inc. P.O. Box286, Beaver,WV25813 800-999-0105 Page8of 9 OldFranklinLandfill Franklin,MaconCounty,NorthCarolina Permit Number: 57-01 AppendixC: Laboratory Results and Chain-of-Custody Record REIConsultants,Inc.P.O Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com PO Box286 Beaver,WV25813 TEL:(304)255-2500 Website:www.reiclabs.com REI Consultants,Inc. TEL:540.777.1276 Roanoke,VA24019 3029-CPetersCreek Road TEL:540.248.0183 Verona,VA24482 1557CommerceRoad,Suite201 TEL:304.241.5861 Westover, WV26501 16 CommerceDrive Monday,October31,2016 Mr.ChrisStahl MACONCOUNTYSOLID WASTE MANAGEMENT 5WESTMAINST FRANKLIN,NC28734 TEL: FAX: (828)349-2000 RE:2SA2016-OLD FRANKLIN WorkOrder#:16101490 DearMr.ChrisStahl: REIConsultants,Inc.received10sample(s)on10/13/2016fortheanalysespresentedinthefollowingreport. Sincerely, MichelleEllison ProjectManager Page1of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:53:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-01A Matrix:Groundwater MW-1ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony 0.0002 0.0060 J mg/L0.0002 NA 10/20/2016 1:09 AM Arsenic ND 0.0100 mg/L0.0010 NA 10/20/2016 1:09 AM Barium 0.325 0.100 mg/L0.0010 NA 10/20/2016 1:09 AM Beryllium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:09 AM Cadmium 0.0160 0.0010 mg/L0.0002 NA 10/20/2016 1:09 AM Chromium 0.0095 0.0100 J mg/L0.0010 NA 10/20/2016 1:09 AM Cobalt 0.0112 0.0100 mg/L0.0010 NA 10/20/2016 1:09 AM Copper 0.0233 0.0100 mg/L0.0010 NA 10/20/2016 1:09 AM Lead 0.0013 0.0100 J mg/L0.0002 NA 10/20/2016 1:09 AM Nickel 0.0152 0.0500 J mg/L0.0020 NA 10/21/2016 1:36 AM Selenium ND 0.0500 mg/L0.0050 NA 10/21/2016 1:42 AM Silver 0.0014 0.0100 J mg/L0.0010 NA 10/20/2016 1:09 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 1:09 AM Vanadium 0.0105 0.0250 J mg/L0.0010 NA 10/20/2016 1:09 AM Zinc 0.0159 0.0100 mg/L0.0030 NA 10/20/2016 1:09 AM Notes: Thereportinglimitis elevatedforSe as a result of dilutionsrequired due to matrixinterference. VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 3:22 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 3:22 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 3:22 PM Benzene 3.44 1.00 µg/L0.129 NA PA/VA10/18/2016 3:22 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 3:22 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 3:22 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 3:22 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 3:22 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 3:22 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 3:22 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 3:22 PM Chlorobenzene 31.1 30.0 µg/L1.77 NA PA/VA10/22/2016 2:59 AM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 3:22 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 3:22 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 3:22 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 3:22 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 3:22 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 3:22 PM Page2of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:53:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-01A Matrix:Groundwater MW-1ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 3:22 PM 1,2-Dichlorobenzene 9.07 5.00 µg/L0.450 NA PA/VA10/18/2016 3:22 PM 1,4-Dichlorobenzene 16.9 1.00 µg/L0.287 NA PA/VA10/18/2016 3:22 PM 1,1-Dichloroethane 2.26 5.00 J µg/L0.383 NA PA/VA10/18/2016 3:22 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 3:22 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 3:22 PM cis-1,2-Dichloroethene 16.9 5.00 µg/L0.226 NA PA/VA10/18/2016 3:22 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 3:22 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 3:22 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 3:22 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 3:22 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 3:22 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 3:22 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 3:22 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/18/2016 3:22 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 3:22 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 3:22 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 3:22 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 3:22 PM Tetrachloroethene 0.650 1.00 J µg/L0.196 NA PA/VA10/18/2016 3:22 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 3:22 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 3:22 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 3:22 PM Trichloroethene 0.890 1.00 J µg/L0.302 NA PA/VA10/18/2016 3:22 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 3:22 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 3:22 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 3:22 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 3:22 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/18/2016 3:22 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 3:22 PM Surr: 1,2-Dichloroethane-d4 102 75.9-132 %RecNANA 10/18/2016 3:22 PM Surr: 4-Bromofluorobenzene 109 73.6-132 %RecNANA 10/18/2016 3:22 PM Surr: Dibromofluoromethane 102 80.1-127 %RecNANA 10/18/2016 3:22 PM Surr:Toluene-d8 100 72.4-119 %RecNANA 10/18/2016 3:22 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 98.0 10 mg/L2.0 NA PA/VA10/14/2016 10:25 AM Page3of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20166:30:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-02A Matrix:Groundwater MW-3ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony 0.0004 0.0060 J mg/L0.0002 NA 10/20/2016 1:15 AM Arsenic 0.0146 0.0100 mg/L0.0010 NA 10/21/2016 1:47 AM Barium 0.996 0.100 mg/L0.0010 NA 10/21/2016 1:47 AM Beryllium 0.0010 0.0010 mg/L0.0002 NA 10/20/2016 1:15 AM Cadmium 0.0005 0.0010 J mg/L0.0002 NA 10/20/2016 1:15 AM Chromium 0.0783 0.0100 mg/L0.0010 NA 10/20/2016 1:15 AM Cobalt 0.0461 0.0100 mg/L0.0010 NA 10/20/2016 1:15 AM Copper 0.0869 0.0100 mg/L0.0010 NA 10/20/2016 1:15 AM Lead 0.0260 0.0100 mg/L0.0002 NA 10/20/2016 1:15 AM Nickel 0.0544 0.250 J mg/L0.0100 NA 10/21/2016 1:53 AM Selenium ND 0.0500 mg/L0.0050 NA 10/21/2016 1:53 AM Silver ND 0.0100 mg/L0.0010 NA 10/20/2016 1:15 AM Thallium 0.0008 0.0055 J mg/L0.0002 NA 10/20/2016 1:15 AM Vanadium 0.0966 0.0250 mg/L0.0010 NA 10/20/2016 1:15 AM Zinc 0.192 0.0100 mg/L0.0030 NA 10/20/2016 1:15 AM Notes: Thereportinglimitis elevatedforSe, Ni as a result of dilutionsrequired due to matrixinterference. VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 3:56 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 3:56 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 3:56 PM Benzene ND 1.00 µg/L0.129 NA PA/VA10/18/2016 3:56 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 3:56 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 3:56 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 3:56 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 3:56 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 3:56 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 3:56 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 3:56 PM Chlorobenzene ND 3.00 µg/L0.177 NA PA/VA10/18/2016 3:56 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 3:56 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 3:56 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 3:56 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 3:56 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 3:56 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 3:56 PM Page4of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20166:30:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-02A Matrix:Groundwater MW-3ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 3:56 PM 1,2-Dichlorobenzene ND 5.00 µg/L0.450 NA PA/VA10/18/2016 3:56 PM 1,4-Dichlorobenzene 1.19 1.00 µg/L0.287 NA PA/VA10/18/2016 3:56 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/18/2016 3:56 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 3:56 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 3:56 PM cis-1,2-Dichloroethene ND 5.00 µg/L0.226 NA PA/VA10/18/2016 3:56 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 3:56 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 3:56 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 3:56 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 3:56 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 3:56 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 3:56 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 3:56 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/18/2016 3:56 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 3:56 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 3:56 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 3:56 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 3:56 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/18/2016 3:56 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 3:56 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 3:56 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 3:56 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/18/2016 3:56 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 3:56 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 3:56 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 3:56 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 3:56 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/18/2016 3:56 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 3:56 PM Surr: 1,2-Dichloroethane-d4 101 75.9-132 %RecNANA 10/18/2016 3:56 PM Surr: 4-Bromofluorobenzene 106 73.6-132 %RecNANA 10/18/2016 3:56 PM Surr: Dibromofluoromethane 104 80.1-127 %RecNANA 10/18/2016 3:56 PM Surr:Toluene-d8 100 72.4-119 %RecNANA 10/18/2016 3:56 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 1,450 20.0 mg/L4.0 NA PA/VA10/14/2016 10:25 AM Page5of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:30:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-03A Matrix:Groundwater MW-6ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony ND 0.0060 mg/L0.0002 NA 10/20/2016 1:20 AM Arsenic ND 0.0100 mg/L0.0010 NA 10/20/2016 1:20 AM Barium 0.351 0.100 mg/L0.0010 NA 10/20/2016 1:20 AM Beryllium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:20 AM Cadmium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:20 AM Chromium 0.0092 0.0100 J mg/L0.0010 NA 10/20/2016 1:20 AM Cobalt 0.0034 0.0100 J mg/L0.0010 NA 10/20/2016 1:20 AM Copper 0.0301 0.0100 mg/L0.0010 NA 10/20/2016 1:20 AM Lead 0.0052 0.0100 J mg/L0.0002 NA 10/20/2016 1:20 AM Nickel 0.0054 0.0500 J mg/L0.0020 NA 10/21/2016 1:58 AM Selenium ND 0.0100 mg/L0.0010 NA 10/21/2016 1:58 AM Silver ND 0.0100 mg/L0.0010 NA 10/20/2016 1:20 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 1:20 AM Vanadium 0.0151 0.0250 J mg/L0.0010 NA 10/20/2016 1:20 AM Zinc 0.0375 0.0100 mg/L0.0030 NA 10/20/2016 1:20 AM VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 4:30 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 4:30 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 4:30 PM Benzene ND 1.00 µg/L0.129 NA PA/VA10/18/2016 4:30 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 4:30 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 4:30 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 4:30 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 4:30 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 4:30 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 4:30 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 4:30 PM Chlorobenzene ND 3.00 µg/L0.177 NA PA/VA10/18/2016 4:30 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 4:30 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 4:30 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 4:30 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 4:30 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 4:30 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 4:30 PM Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 4:30 PM Page6of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:30:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-03A Matrix:Groundwater MW-6ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP 1,2-Dichlorobenzene ND 5.00 µg/L0.450 NA PA/VA10/18/2016 4:30 PM 1,4-Dichlorobenzene 6.63 1.00 µg/L0.287 NA PA/VA10/18/2016 4:30 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/18/2016 4:30 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 4:30 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 4:30 PM cis-1,2-Dichloroethene 1.70 5.00 J µg/L0.226 NA PA/VA10/18/2016 4:30 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 4:30 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 4:30 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 4:30 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 4:30 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 4:30 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 4:30 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 4:30 PM Methylenechloride 0.960 1.00 J µg/L0.539 NA PA/VA10/18/2016 4:30 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 4:30 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 4:30 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 4:30 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 4:30 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/18/2016 4:30 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 4:30 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 4:30 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 4:30 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/18/2016 4:30 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 4:30 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 4:30 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 4:30 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 4:30 PM o-Xylene 0.850 1.00 J µg/L0.186 NA PA/VA10/18/2016 4:30 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 4:30 PM Surr: 1,2-Dichloroethane-d4 100 75.9-132 %RecNANA 10/18/2016 4:30 PM Surr: 4-Bromofluorobenzene 103 73.6-132 %RecNANA 10/18/2016 4:30 PM Surr: Dibromofluoromethane 104 80.1-127 %RecNANA 10/18/2016 4:30 PM Surr:Toluene-d8 103 72.4-119 %RecNANA 10/18/2016 4:30 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 61.0 10 mg/L2.0 NA PA/VA10/14/2016 10:25 AM Page7of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:05:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-04A Matrix:Groundwater MW-6CRClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony ND 0.0060 mg/L0.0002 NA 10/20/2016 1:26 AM Arsenic 0.0074 0.0100 J mg/L0.0010 NA 10/20/2016 1:26 AM Barium 0.320 0.100 mg/L0.0010 NA 10/20/2016 1:26 AM Beryllium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:26 AM Cadmium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:26 AM Chromium ND 0.0100 mg/L0.0010 NA 10/20/2016 1:26 AM Cobalt 0.0319 0.0100 mg/L0.0010 NA 10/20/2016 1:26 AM Copper 0.0012 0.0100 J mg/L0.0010 NA 10/20/2016 1:26 AM Lead ND 0.0100 mg/L0.0002 NA 10/20/2016 1:26 AM Nickel 0.0150 0.0500 J mg/L0.0020 NA 10/21/2016 2:09 AM Selenium ND 0.0100 mg/L0.0010 NA 10/21/2016 2:09 AM Silver ND 0.0100 mg/L0.0010 NA 10/20/2016 1:26 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 1:26 AM Vanadium ND 0.0250 mg/L0.0010 NA 10/20/2016 1:26 AM Zinc 0.0072 0.0100 J mg/L0.0030 NA 10/20/2016 1:26 AM VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 5:04 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 5:04 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 5:04 PM Benzene 1.79 1.00 µg/L0.129 NA PA/VA10/18/2016 5:04 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 5:04 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 5:04 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 5:04 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 5:04 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 5:04 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 5:04 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 5:04 PM Chlorobenzene 4.72 3.00 µg/L0.177 NA PA/VA10/18/2016 5:04 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 5:04 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 5:04 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 5:04 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 5:04 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 5:04 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 5:04 PM Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 5:04 PM Page8of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:05:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-04A Matrix:Groundwater MW-6CRClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP 1,2-Dichlorobenzene 1.05 5.00 J µg/L0.450 NA PA/VA10/18/2016 5:04 PM 1,4-Dichlorobenzene 17.1 1.00 µg/L0.287 NA PA/VA10/18/2016 5:04 PM 1,1-Dichloroethane 1.12 5.00 J µg/L0.383 NA PA/VA10/18/2016 5:04 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 5:04 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 5:04 PM cis-1,2-Dichloroethene 17.0 5.00 µg/L0.226 NA PA/VA10/18/2016 5:04 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 5:04 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 5:04 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 5:04 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 5:04 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 5:04 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 5:04 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 5:04 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/18/2016 5:04 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 5:04 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 5:04 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 5:04 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 5:04 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/18/2016 5:04 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 5:04 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 5:04 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 5:04 PM Trichloroethene 0.930 1.00 J µg/L0.302 NA PA/VA10/18/2016 5:04 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 5:04 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 5:04 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 5:04 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 5:04 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/18/2016 5:04 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 5:04 PM Surr: 1,2-Dichloroethane-d4 103 75.9-132 %RecNANA 10/18/2016 5:04 PM Surr: 4-Bromofluorobenzene 104 73.6-132 %RecNANA 10/18/2016 5:04 PM Surr: Dibromofluoromethane 103 80.1-127 %RecNANA 10/18/2016 5:04 PM Surr:Toluene-d8 99.1 72.4-119 %RecNANA 10/18/2016 5:04 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 12.0 10 mg/L2.0 NA PA/VA10/14/2016 10:25 AM Page9of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:24:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-05A Matrix:Groundwater MW-7ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony ND 0.0060 mg/L0.0002 NA 10/20/2016 1:31 AM Arsenic ND 0.0100 mg/L0.0010 NA 10/20/2016 1:31 AM Barium 0.574 0.100 mg/L0.0010 NA 10/20/2016 1:31 AM Beryllium 0.0002 0.0010 J mg/L0.0002 NA 10/20/2016 1:31 AM Cadmium 0.0005 0.0010 J mg/L0.0002 NA 10/20/2016 1:31 AM Chromium 0.0139 0.0100 mg/L0.0010 NA 10/20/2016 1:31 AM Cobalt 0.0070 0.0100 J mg/L0.0010 NA 10/20/2016 1:31 AM Copper 0.0266 0.0100 mg/L0.0010 NA 10/20/2016 1:31 AM Lead 0.0019 0.0100 J mg/L0.0002 NA 10/20/2016 1:31 AM Nickel 0.0101 0.0500 J mg/L0.0020 NA 10/21/2016 2:21 AM Selenium ND 0.0100 mg/L0.0040 NA 10/21/2016 6:35 PM Silver ND 0.0100 mg/L0.0010 NA 10/20/2016 1:31 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 1:31 AM Vanadium 0.0206 0.0250 J mg/L0.0010 NA 10/20/2016 1:31 AM Zinc 0.0326 0.0100 mg/L0.0030 NA 10/20/2016 1:31 AM Notes: Thereportinglimitis elevatedforSe due to matrixinterference. VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 5:38 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 5:38 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 5:38 PM Benzene ND 1.00 µg/L0.129 NA PA/VA10/18/2016 5:38 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 5:38 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 5:38 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 5:38 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 5:38 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 5:38 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 5:38 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 5:38 PM Chlorobenzene 1.68 3.00 J µg/L0.177 NA PA/VA10/18/2016 5:38 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 5:38 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 5:38 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 5:38 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 5:38 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 5:38 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 5:38 PM Page10of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:24:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-05A Matrix:Groundwater MW-7ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 5:38 PM 1,2-Dichlorobenzene 1.10 5.00 J µg/L0.450 NA PA/VA10/18/2016 5:38 PM 1,4-Dichlorobenzene 2.24 1.00 µg/L0.287 NA PA/VA10/18/2016 5:38 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/18/2016 5:38 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 5:38 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 5:38 PM cis-1,2-Dichloroethene ND 5.00 µg/L0.226 NA PA/VA10/18/2016 5:38 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 5:38 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 5:38 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 5:38 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 5:38 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 5:38 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 5:38 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 5:38 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/18/2016 5:38 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 5:38 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 5:38 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 5:38 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 5:38 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/18/2016 5:38 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 5:38 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 5:38 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 5:38 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/18/2016 5:38 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 5:38 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 5:38 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 5:38 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 5:38 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/18/2016 5:38 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 5:38 PM Surr: 1,2-Dichloroethane-d4 98.4 75.9-132 %RecNANA 10/18/2016 5:38 PM Surr: 4-Bromofluorobenzene 106 73.6-132 %RecNANA 10/18/2016 5:38 PM Surr: Dibromofluoromethane 102 80.1-127 %RecNANA 10/18/2016 5:38 PM Surr:Toluene-d8 103 72.4-119 %RecNANA 10/18/2016 5:38 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 69.0 10 mg/L2.0 NA PA/VA10/14/2016 10:25 AM Page11of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:17:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-06A Matrix:Groundwater MW-7 CClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony ND 0.0060 mg/L0.0002 NA 10/20/2016 1:37 AM Arsenic ND 0.0100 mg/L0.0010 NA 10/20/2016 1:37 AM Barium 0.617 0.100 mg/L0.0010 NA 10/20/2016 1:37 AM Beryllium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:37 AM Cadmium 0.0007 0.0010 J mg/L0.0002 NA 10/20/2016 1:37 AM Chromium ND 0.0100 mg/L0.0010 NA 10/20/2016 1:37 AM Cobalt 0.0195 0.0100 mg/L0.0010 NA 10/20/2016 1:37 AM Copper 0.0016 0.0100 J mg/L0.0010 NA 10/20/2016 1:37 AM Lead ND 0.0100 mg/L0.0002 NA 10/20/2016 1:37 AM Nickel 0.0110 0.0500 J mg/L0.0020 NA 10/21/2016 2:26 AM Selenium ND 0.0100 mg/L0.0020 NA 10/21/2016 6:40 PM Silver ND 0.0100 mg/L0.0010 NA 10/20/2016 1:37 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 1:37 AM Vanadium ND 0.0250 mg/L0.0010 NA 10/20/2016 1:37 AM Zinc 0.0061 0.0100 J mg/L0.0030 NA 10/20/2016 1:37 AM Notes: Thereportinglimitis elevatedforSe due to matrixinterference. VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 6:12 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 6:12 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 6:12 PM Benzene 1.72 1.00 µg/L0.129 NA PA/VA10/18/2016 6:12 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 6:12 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 6:12 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 6:12 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 6:12 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 6:12 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 6:12 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 6:12 PM Chlorobenzene 25.0 10.0 µg/L1.77 NA PA/VA10/22/2016 3:28 AM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 6:12 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 6:12 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 6:12 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 6:12 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 6:12 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 6:12 PM Page12of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:17:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-06A Matrix:Groundwater MW-7 CClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 6:12 PM 1,2-Dichlorobenzene 8.72 5.00 µg/L0.450 NA PA/VA10/18/2016 6:12 PM 1,4-Dichlorobenzene 11.6 1.00 µg/L0.287 NA PA/VA10/18/2016 6:12 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/18/2016 6:12 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 6:12 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 6:12 PM cis-1,2-Dichloroethene 5.78 5.00 µg/L0.226 NA PA/VA10/18/2016 6:12 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 6:12 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 6:12 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 6:12 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 6:12 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 6:12 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 6:12 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 6:12 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/18/2016 6:12 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 6:12 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 6:12 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 6:12 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 6:12 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/18/2016 6:12 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 6:12 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 6:12 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 6:12 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/18/2016 6:12 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 6:12 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 6:12 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 6:12 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 6:12 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/18/2016 6:12 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 6:12 PM Surr: 1,2-Dichloroethane-d4 103 75.9-132 %RecNANA 10/18/2016 6:12 PM Surr: 4-Bromofluorobenzene 107 73.6-132 %RecNANA 10/18/2016 6:12 PM Surr: Dibromofluoromethane 103 80.1-127 %RecNANA 10/18/2016 6:12 PM Surr:Toluene-d8 98.3 72.4-119 %RecNANA 10/18/2016 6:12 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 5.0 5.0 mg/L1.0 NA PA/VA10/14/2016 10:25 AM Page13of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20164:22:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-07A Matrix:Groundwater MW-10ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony ND 0.0060 mg/L0.0002 NA 10/20/2016 1:43 AM Arsenic ND 0.0100 mg/L0.0010 NA 10/20/2016 1:43 AM Barium 0.0973 0.100 J mg/L0.0010 NA 10/20/2016 1:43 AM Beryllium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:43 AM Cadmium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:43 AM Chromium ND 0.0100 mg/L0.0010 NA 10/20/2016 1:43 AM Cobalt ND 0.0100 mg/L0.0010 NA 10/20/2016 1:43 AM Copper ND 0.0100 mg/L0.0010 NA 10/20/2016 1:43 AM Lead ND 0.0100 mg/L0.0002 NA 10/20/2016 1:43 AM Nickel 0.0044 0.0500 J mg/L0.0020 NA 10/21/2016 2:43 AM Selenium ND 0.0100 mg/L0.0010 NA 10/21/2016 6:46 PM Silver ND 0.0100 mg/L0.0010 NA 10/20/2016 1:43 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 1:43 AM Vanadium ND 0.0250 mg/L0.0010 NA 10/20/2016 1:43 AM Zinc 0.0065 0.0100 J mg/L0.0030 NA 10/20/2016 1:43 AM VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 6:46 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 6:46 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 6:46 PM Benzene 0.740 1.00 J µg/L0.129 NA PA/VA10/18/2016 6:46 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 6:46 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 6:46 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 6:46 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 6:46 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 6:46 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 6:46 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 6:46 PM Chlorobenzene 4.81 3.00 µg/L0.177 NA PA/VA10/18/2016 6:46 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 6:46 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 6:46 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 6:46 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 6:46 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 6:46 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 6:46 PM Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 6:46 PM Page14of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20164:22:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-07A Matrix:Groundwater MW-10ClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP 1,2-Dichlorobenzene 0.980 5.00 J µg/L0.450 NA PA/VA10/18/2016 6:46 PM 1,4-Dichlorobenzene 4.27 1.00 µg/L0.287 NA PA/VA10/18/2016 6:46 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/18/2016 6:46 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 6:46 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 6:46 PM cis-1,2-Dichloroethene 2.02 5.00 J µg/L0.226 NA PA/VA10/18/2016 6:46 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 6:46 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 6:46 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 6:46 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 6:46 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 6:46 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 6:46 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 6:46 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/18/2016 6:46 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 6:46 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 6:46 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 6:46 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 6:46 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/18/2016 6:46 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 6:46 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 6:46 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 6:46 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/18/2016 6:46 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 6:46 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 6:46 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 6:46 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 6:46 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/18/2016 6:46 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 6:46 PM Surr: 1,2-Dichloroethane-d4 102 75.9-132 %RecNANA 10/18/2016 6:46 PM Surr: 4-Bromofluorobenzene 105 73.6-132 %RecNANA 10/18/2016 6:46 PM Surr: Dibromofluoromethane 101 80.1-127 %RecNANA 10/18/2016 6:46 PM Surr:Toluene-d8 104 72.4-119 %RecNANA 10/18/2016 6:46 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 2.5 5.0 J mg/L1.0 NA PA/VA10/14/2016 10:25 AM Page15of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20164:22:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-08A Matrix:Groundwater MW-10DUPLICATEClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony ND 0.0060 mg/L0.0002 NA 10/20/2016 1:48 AM Arsenic ND 0.0100 mg/L0.0010 NA 10/20/2016 1:48 AM Barium 0.101 0.100 mg/L0.0010 NA 10/20/2016 1:48 AM Beryllium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:48 AM Cadmium ND 0.0010 mg/L0.0002 NA 10/20/2016 1:48 AM Chromium ND 0.0100 mg/L0.0010 NA 10/20/2016 1:48 AM Cobalt ND 0.0100 mg/L0.0010 NA 10/20/2016 1:48 AM Copper 0.0026 0.0100 J mg/L0.0010 NA 10/20/2016 1:48 AM Lead ND 0.0100 mg/L0.0002 NA 10/20/2016 1:48 AM Nickel 0.0041 0.0500 J mg/L0.0020 NA 10/21/2016 2:49 AM Selenium ND 0.0100 mg/L0.0020 NA 10/21/2016 6:51 PM Silver ND 0.0100 mg/L0.0010 NA 10/25/2016 3:40 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 1:48 AM Vanadium ND 0.0250 mg/L0.0010 NA 10/20/2016 1:48 AM Zinc 0.0074 0.0100 J mg/L0.0030 NA 10/20/2016 1:48 AM Notes: Matrixspikerecovery forAg doesnot meet laboratorycontrollimits due to matrixinterference. Recoveryin the associated post-digestionspike meetslaboratorycontrollimits. Thereportinglimitis elevatedforSe due to matrixinterference. VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/18/2016 7:49 PM Acetone ND 100 µg/L4.88 NA PA/VA10/18/2016 7:49 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/18/2016 7:49 PM Benzene 0.700 1.00 J µg/L0.129 NA PA/VA10/18/2016 7:49 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/18/2016 7:49 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/18/2016 7:49 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/18/2016 7:49 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/18/2016 7:49 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/18/2016 7:49 PM Carbon disulfide ND 100 µg/L1.27 NA 10/18/2016 7:49 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/18/2016 7:49 PM Chlorobenzene 4.47 3.00 µg/L0.177 NA PA/VA10/18/2016 7:49 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/18/2016 7:49 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/18/2016 7:49 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/18/2016 7:49 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/18/2016 7:49 PM Page16of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20164:22:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-08A Matrix:Groundwater MW-10DUPLICATEClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/18/2016 7:49 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/18/2016 7:49 PM Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/18/2016 7:49 PM 1,2-Dichlorobenzene 0.840 5.00 J µg/L0.450 NA PA/VA10/18/2016 7:49 PM 1,4-Dichlorobenzene 3.94 1.00 µg/L0.287 NA PA/VA10/18/2016 7:49 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/18/2016 7:49 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/18/2016 7:49 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/18/2016 7:49 PM cis-1,2-Dichloroethene 1.80 5.00 J µg/L0.226 NA PA/VA10/18/2016 7:49 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/18/2016 7:49 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/18/2016 7:49 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/18/2016 7:49 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/18/2016 7:49 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/18/2016 7:49 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/18/2016 7:49 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/18/2016 7:49 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/18/2016 7:49 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/18/2016 7:49 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/18/2016 7:49 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/18/2016 7:49 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/18/2016 7:49 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/18/2016 7:49 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/18/2016 7:49 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/18/2016 7:49 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/18/2016 7:49 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/18/2016 7:49 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/18/2016 7:49 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/18/2016 7:49 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/18/2016 7:49 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/18/2016 7:49 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/18/2016 7:49 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/18/2016 7:49 PM Surr: 1,2-Dichloroethane-d4 102 75.9-132 %RecNANA 10/18/2016 7:49 PM Surr: 4-Bromofluorobenzene 105 73.6-132 %RecNANA 10/18/2016 7:49 PM Surr: Dibromofluoromethane 104 80.1-127 %RecNANA 10/18/2016 7:49 PM Surr:Toluene-d8 101 72.4-119 %RecNANA 10/18/2016 7:49 PM Page17of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20164:22:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-08A Matrix:Groundwater MW-10DUPLICATEClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids 2.0 5.0 J mg/L1.0 NA PA/VA10/14/2016 10:25 AM Page18of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:45:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-09A Matrix:Groundwater HAIREClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP TOTAL METALS by ICP-MS Method:SW6020B Analyst:BG Antimony ND 0.0060 mg/L0.0002 NA 10/20/2016 2:16 AM Arsenic ND 0.0100 mg/L0.0010 NA 10/20/2016 2:16 AM Barium 0.0909 0.100 J mg/L0.0010 NA 10/20/2016 2:16 AM Beryllium ND 0.0010 mg/L0.0002 NA 10/20/2016 2:16 AM Cadmium ND 0.0010 mg/L0.0002 NA 10/20/2016 2:16 AM Chromium ND 0.0100 mg/L0.0010 NA 10/20/2016 2:16 AM Cobalt ND 0.0100 mg/L0.0010 NA 10/20/2016 2:16 AM Copper 0.0533 0.0100 mg/L0.0010 NA 10/20/2016 2:16 AM Lead 0.0024 0.0100 J mg/L0.0002 NA 10/20/2016 2:16 AM Nickel ND 0.0500 mg/L0.0020 NA 10/21/2016 3:06 AM Selenium ND 0.0100 mg/L0.0010 NA 10/21/2016 3:06 AM Silver ND 0.0100 mg/L0.0010 NA 10/20/2016 2:16 AM Thallium ND 0.0055 mg/L0.0002 NA 10/20/2016 2:16 AM Vanadium ND 0.0250 mg/L0.0010 NA 10/20/2016 2:16 AM Zinc 0.0241 0.0100 mg/L0.0030 NA 10/20/2016 2:16 AM VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/19/2016 1:49 PM Acetone ND 100 µg/L4.88 NA PA/VA10/19/2016 1:49 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/19/2016 1:49 PM Benzene ND 1.00 µg/L0.129 NA PA/VA10/19/2016 1:49 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/19/2016 1:49 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/19/2016 1:49 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/19/2016 1:49 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/19/2016 1:49 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/19/2016 1:49 PM Carbon disulfide ND 100 µg/L1.27 NA 10/19/2016 1:49 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/19/2016 1:49 PM Chlorobenzene ND 3.00 µg/L0.177 NA PA/VA10/19/2016 1:49 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/19/2016 1:49 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/19/2016 1:49 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/19/2016 1:49 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/19/2016 1:49 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/19/2016 1:49 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/19/2016 1:49 PM Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/19/2016 1:49 PM Page19of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/20165:45:00PM Project:2SA2016-OLDFRANKLIN LabID:16101490-09A Matrix:Groundwater HAIREClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP 1,2-Dichlorobenzene ND 5.00 µg/L0.450 NA PA/VA10/19/2016 1:49 PM 1,4-Dichlorobenzene ND 1.00 µg/L0.287 NA PA/VA10/19/2016 1:49 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/19/2016 1:49 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/19/2016 1:49 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/19/2016 1:49 PM cis-1,2-Dichloroethene ND 5.00 µg/L0.226 NA PA/VA10/19/2016 1:49 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/19/2016 1:49 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/19/2016 1:49 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/19/2016 1:49 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/19/2016 1:49 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/19/2016 1:49 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/19/2016 1:49 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/19/2016 1:49 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/19/2016 1:49 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/19/2016 1:49 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/19/2016 1:49 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/19/2016 1:49 PM 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/19/2016 1:49 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/19/2016 1:49 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/19/2016 1:49 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/19/2016 1:49 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/19/2016 1:49 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/19/2016 1:49 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/19/2016 1:49 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/19/2016 1:49 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/19/2016 1:49 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/19/2016 1:49 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/19/2016 1:49 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/19/2016 1:49 PM Surr: 1,2-Dichloroethane-d4 100 75.9-132 %RecNANA 10/19/2016 1:49 PM Surr: 4-Bromofluorobenzene 105 73.6-132 %RecNANA 10/19/2016 1:49 PM Surr: Dibromofluoromethane 106 80.1-127 %RecNANA 10/19/2016 1:49 PM Surr:Toluene-d8 101 72.4-119 %RecNANA 10/19/2016 1:49 PM TOTAL SUSPENDED SOLIDS Method:SM2540 D-1997 Analyst:KY TotalSuspendedSolids ND 5.0 mg/L1.0 NA PA/VA10/14/2016 10:25 AM Page20of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/201612:00:00AM Project:2SA2016-OLDFRANKLIN LabID:16101490-10A Matrix:TripBlank TRIPBLANKClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP VOLATILE ORGANIC COMPOUNDS-8260 Method:SW8260B Analyst:MD trans-1,4-Dichloro-2-butene ND 100 µg/L5.00 NA 10/19/2016 1:15 PM Acetone ND 100 µg/L4.88 NA PA/VA10/19/2016 1:15 PM Acrylonitrile ND 200 µg/L4.24 NA PA/VA10/19/2016 1:15 PM Benzene ND 1.00 µg/L0.129 NA PA/VA10/19/2016 1:15 PM Bromochloromethane ND 3.00 µg/L0.346 NA PA/VA10/19/2016 1:15 PM Bromodichloromethane ND 1.00 µg/L0.162 NA PA/VA10/19/2016 1:15 PM Bromoform ND 3.00 µg/L0.400 NA PA/VA10/19/2016 1:15 PM Bromomethane ND 10.0 µg/L0.497 NA PA/VA10/19/2016 1:15 PM 2-Butanone ND 100 µg/L4.68 NA PA/VA10/19/2016 1:15 PM Carbon disulfide ND 100 µg/L1.27 NA 10/19/2016 1:15 PM Carbon tetrachloride ND 1.00 µg/L0.250 NA PA/VA10/19/2016 1:15 PM Chlorobenzene ND 3.00 µg/L0.177 NA PA/VA10/19/2016 1:15 PM Chloroethane ND 10.0 µg/L0.942 NA PA/VA10/19/2016 1:15 PM Chloroform ND 5.00 µg/L0.253 NA PA/VA10/19/2016 1:15 PM Chloromethane ND 1.00 µg/L0.327 NA PA/VA10/19/2016 1:15 PM Dibromochloromethane ND 3.00 µg/L0.419 NA PA/VA10/19/2016 1:15 PM 1,2-Dibromo-3-chloropropane ND 13.0 µg/L0.499 NA PA/VA10/19/2016 1:15 PM 1,2-Dibromoethane ND 1.00 µg/L0.341 NA PA/VA10/19/2016 1:15 PM Dibromomethane ND 10.0 µg/L0.293 NA PA/VA10/19/2016 1:15 PM 1,2-Dichlorobenzene ND 5.00 µg/L0.450 NA PA/VA10/19/2016 1:15 PM 1,4-Dichlorobenzene ND 1.00 µg/L0.287 NA PA/VA10/19/2016 1:15 PM 1,1-Dichloroethane ND 5.00 µg/L0.383 NA PA/VA10/19/2016 1:15 PM 1,2-Dichloroethane ND 1.00 µg/L0.428 NA PA/VA10/19/2016 1:15 PM 1,1-Dichloroethene ND 5.00 µg/L0.328 NA PA/VA10/19/2016 1:15 PM cis-1,2-Dichloroethene ND 5.00 µg/L0.226 NA PA/VA10/19/2016 1:15 PM trans-1,2-Dichloroethene ND 5.00 µg/L0.392 NA PA/VA10/19/2016 1:15 PM 1,2-Dichloropropane ND 1.00 µg/L0.461 NA PA/VA10/19/2016 1:15 PM cis-1,3-Dichloropropene ND 1.00 µg/L0.220 NA PA/VA10/19/2016 1:15 PM trans-1,3-Dichloropropene ND 1.00 µg/L0.216 NA PA/VA10/19/2016 1:15 PM Ethylbenzene ND 1.00 µg/L0.178 NA PA/VA10/19/2016 1:15 PM 2-Hexanone ND 50.0 µg/L4.11 NA PA/VA10/19/2016 1:15 PM Iodomethane ND 10.0 µg/L3.44 NA PA/VA10/19/2016 1:15 PM Methylenechloride ND 1.00 µg/L0.539 NA PA/VA10/19/2016 1:15 PM 4-Methyl-2-pentanone ND 100 µg/L4.40 NA PA/VA10/19/2016 1:15 PM Styrene ND 1.00 µg/L0.240 NA PA/VA10/19/2016 1:15 PM 1,1,1,2-Tetrachloroethane ND 5.00 µg/L0.360 NA PA/VA10/19/2016 1:15 PM Page21of22 WO#:16101490 Date Reported:10/31/2016 REI Consultants,Inc.-Analytical Report Client:MACONCOUNTYSOLIDWASTE MANAGEMENT CollectionDate:10/11/201612:00:00AM Project:2SA2016-OLDFRANKLIN LabID:16101490-10A Matrix:TripBlank TRIPBLANKClientSampleID: Analysis Date AnalyzedResultMDLQualUnitsPQLMCL DateReceived:10/13/2016 OLDFRANKLINLFSiteID: NELAP 1,1,2,2-Tetrachloroethane ND 3.00 µg/L0.384 NA PA/VA10/19/2016 1:15 PM Tetrachloroethene ND 1.00 µg/L0.196 NA PA/VA10/19/2016 1:15 PM Toluene ND 1.00 µg/L0.167 NA PA/VA10/19/2016 1:15 PM 1,1,1-Trichloroethane ND 1.00 µg/L0.354 NA PA/VA10/19/2016 1:15 PM 1,1,2-Trichloroethane ND 1.00 µg/L0.492 NA PA/VA10/19/2016 1:15 PM Trichloroethene ND 1.00 µg/L0.302 NA PA/VA10/19/2016 1:15 PM Trichlorofluoromethane ND 1.00 µg/L0.299 NA PA/VA10/19/2016 1:15 PM 1,2,3-Trichloropropane ND 1.00 µg/L0.358 NA PA/VA10/19/2016 1:15 PM Vinyl acetate ND 50.0 µg/L4.87 NA PA/VA10/19/2016 1:15 PM Vinylchloride ND 1.00 µg/L0.223 NA PA/VA10/19/2016 1:15 PM o-Xylene ND 1.00 µg/L0.186 NA PA/VA10/19/2016 1:15 PM m,p-Xylene ND 2.00 µg/L0.287 NA PA/VA10/19/2016 1:15 PM Surr: 1,2-Dichloroethane-d4 97.0 75.9-132 %RecNANA 10/19/2016 1:15 PM Surr: 4-Bromofluorobenzene 104 73.6-132 %RecNANA 10/19/2016 1:15 PM Surr: Dibromofluoromethane 103 80.1-127 %RecNANA 10/19/2016 1:15 PM Surr:Toluene-d8 102 72.4-119 %RecNANA 10/19/2016 1:15 PM Page22of22 DB P ix E v a l u a t i on w ww .a m m a r a .c om OldFranklinLandfill Franklin,MaconCounty,NorthCarolina Permit Number: 57-01 AppendixD: Historical Laboratory Analytical Results REIConsultants,Inc.P.O Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com Hi s t o r i c a l A n al y t i c a l R e s u l ts M a c o n Co un t y Ol d F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2L S W SL J un -19 94 O c t- 19 94 M ar -19 95 N ov -19 95 A pr -19 96 O c t- 19 96 M a y -19 97 O c t-19 97 A pr -19 98 O c t- 19 98 A pr -19 99 O c t- 19 99 M a y -20 00 O c t- 20 00 A pr -20 01 O c t-20 01 1 ,1 -D i ch l o r o e t ha ne 70 5 * * * * * * * * 2 .4 * 2 .9 2 .6 3 .8 3 .2 3 .3 2 .9 1 ,2 -D i ch l o r o be n z en e 24 5 * * * * * * * * * * * * * * * * 1 ,2 -D i ch l o r o e t ha ne 0 .38 1 * * * * * * * * * * * * * 1 1 .1 * 1 ,4 -D i ch l o r o be n z en e 1 .4 1 * * * * * * 6 6 * 6 .7 8 .1 8 .5 9 .2 12 9 .4 9 .7 A ce t o ne 70 0 10 0 * * * 53 * * * * * * * * * * * * B en z en e 1 1 * * * * * * * * * 3 .5 4 .5 4 .4 5 .2 4 .6 4 .7 4 .5 C a rb o n D is u l f i de 70 0 10 0 * * * * * * * * * * * * 7 71 * * C h l o r o be n z en e 50 3 * * * * * * * * * * * * * * * * c is -1 ,2 -D i ch l o r o e t he ne 70 5 * 7 8 .8 * 8 * * * 12 .5 9 .2 13 .3 12 15 .7 13 13 15 D i ch l o r o d i f l u o r o m e t ha ne 14 00 NA * * * 17 * 19 * 7 * * * * * * * * M e t h y l en e C h l o ri de 4 .6 1 * * * 28 17 * * * * * * * * * * * T e tr ac h l o r o e t he ne (P CE ) 0 .7 1 .0 * * * * * * * * * 2 .5 3 2 .9 3 .4 3 4 3 .3 T o l ue ne 10 00 1 * * * * * * * * * * * * * * * * T ri ch l o r o e t he ne (TC E ) 2 .8 1 .0 * * * * * * * * * 2 2 * 2 .4 2 .4 3 2 .9 T ri ch l o r of l u o r o m e t ha ne 21 00 1 * * * * * * * * * * * * * * 1 .7 * V i n y l C h l o ri de 0 .01 5 1 * * * * * * * * * * * * * 2 .2 1 .5 1 .6 M ET A LS NC 2L S W SL J un -19 94 O c t- 19 94 M ar -19 95 N ov -19 95 A pr -19 96 O c t- 19 96 M a y -19 97 O c t-19 97 A pr -19 98 O c t- 19 98 A pr -19 99 O c t- 19 99 M a y -20 00 O c t- 20 00 A pr -20 01 O c t-20 01 A n ti m o ny NL 6 * * * * * * * * * * * * * * 3 .2 * A rs en ic 50 10 * * * * * * * * * * * * * 8 .1 * * B ar i um 20 00 10 0 21 3 25 2 37 0 49 0 22 9 46 23 9 15 3 20 3 19 2 19 2 20 9 19 9 24 0 20 0 23 0 C ad m i um 1 .75 1 * * * 1 * * 2 * * * * * * * * * C hr o m i um 50 10 * * * * * 11 * * * * * * * 8 .3 4 .2 5 .5 C o ba lt NL 10 * * * * * * * * * * * * * * * * C o pp er 10 00 10 * * * * * * 12 21 * * * * * * * * L ea d 15 10 * * * * * * 6 4 * * * * * * * * N i c k el 10 0 50 * * * * * * * 22 * * * * * * * * S e l en i um 50 10 * * * * * * * * * * * * * 10 * * V an a d i um NL 20 * * * * * * * * * * * * * 10 * * Z i nc 10 50 10 22 10 11 * 26 46 29 * 41 * 39 * * 42 30 * NO TE S : 1 . *- C o n s t i t u e n t d i d n o t e x c ee d l a b o r a t o r y P r a ct i c a l Q u a n t i t a t i o n (P QL ) Li m i t o r S o li d W as te S e ct i o n L i m i t (S W SL ). 2 . N S - l o c a t i o n n o t sa m p l ed 3 . N L -c o n s t i t u e n t d o e s n o t h a v e a NC 2 L S t a nd a rd 4 . C o n s t i t u e n t s t h a t e x c ee d t h e NC 2 L S t a nd a r d a re h i g h li g h e d i n r ed 5 . DR Y -w e ll w as d r y du r i n g sa m p li n g e v e nt 6 . A ll c o n s t i t u e n t s re p o r te d i n p a rt s p er b i l li o n (pp b ) 7 . O n l y c o m p o un d s d e t ec te d a b o v e t h e l a b o r a t o r y P QL o r S W SL a re li s t ed 8 . N /A -N o t A pp li c a b le M W -1 R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 1 o f 48 Hi s t o r i c a l A n al y t i c a l R e s u l ts M a c o n Co un t y Ol d F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,1 -D i ch l o r o e t ha ne 1 ,2 -D i ch l o r o be n z en e 1 ,2 -D i ch l o r o e t ha ne 1 ,4 -D i ch l o r o be n z en e A ce t o ne B en z en e C a rb o n D is u l f i de C h l o r o be n z en e c is -1 ,2 -D i ch l o r o e t he ne D i ch l o r o d i f l u o r o m e t ha ne M e t h y l en e C h l o ri de T e tr ac h l o r o e t he ne (P CE ) To l ue ne T ri ch l o r o e t he ne (TC E ) T ri ch l o r of l u o r o m e t ha ne V i n y l C h l o ri de M ET A LS A n ti m o ny A rs en ic B ar i um C ad m i um C hr o m i um Co ba lt Co pp er L ea d N i c k el S e l en i um V an a d i um Z i ncMW-1 A pr -20 02 A pr -20 02 NC 2L S W SL A pr -20 04 D ec -20 04 A pr -20 05 O c t- 20 05 A pr -20 06 O c t- 20 07 A pr -20 07 O c t- 20 07 A pr -20 08 O c t- 20 08 A pr -20 09 O c t- 20 09 NC 2L S W SL A pr -20 10 O c t- 20 10 A pr -20 11 O c t-20 11 2 .6 2 .7 70 5 NS * * * * * * * * 2 .9 * * 7 5 * * * * * * 24 5 * * * * * * * * * 1 .0 * * 20 5 * * * * * * 0 .38 1 NS * * * * * * * * * * * 0 .4 1 * * * * 8 .9 10 1 .4 1 NS 12 .6 12 .2 14 .1 13 .9 11 .9 12 .5 13 .3 13 .4 10 .8 12 .1 12 .3 6 1 12 .9 13 13 .9 13 .3 * * 70 0 10 0 NS * * * * * * * * * * * 60 00 10 0 * * * * 4 .3 4 .3 1 1 NS 3 .7 3 .8 3 .4 3 .1 4 .6 4 .0 4 .7 5 .0 4 .3 4 .8 3 .9 1 1 3 .7 3 .3 3 .1 3 .9 * * 70 0 10 0 NS * * * * * * * * * * * 70 0 10 0 * * * * 1 1 50 3 NS * * * * * 4 .8 5 .6 4 .2 3 .4 3 .2 * 50 3 3 .4 6 .3 7 .8 10 .2 15 17 70 5 NS 14 .7 15 .4 16 .2 15 .4 15 .0 14 .5 14 .4 14 .0 12 .4 13 .1 13 .3 70 5 13 .6 14 .5 16 .8 16 .3 * * 14 00 NA NS NA NA NA NA NA NA NA * * * * 10 00 5 * * * * * * 4 .6 1 NS * * * * * * * * * * * 5 1 * * * * 2 .9 3 .1 0 .7 1 .0 NS 2 .1 * * 2 .0 2 .2 2 .0 2 .4 1 .8 1 .5 1 .6 1 .7 0 .7 1 * 1 .2 1 .6 1 .4 2 .9 * 10 00 1 NS * * * * * * * * * * * 60 0 1 * * * * 3 .2 2 .7 2 .8 1 .0 NS 2 .3 2 .3 * 2 .0 2 .4 2 .1 2 .3 1 .9 1 .6 1 .8 1 .8 3 1 1 .5 1 .5 1 .5 1 .4 * * 21 00 1 NS * * * * * * * * * * * 20 00 1 * * * * 2 .2 1 .8 0 .01 5 1 NS 1 .1 1 .4 * 1 .3 1 .1 * 1 .4 1 .0 * * 0 .03 1 * * * * A pr -20 02 A pr -20 02 NC 2L S W SL A pr -20 04 D ec -20 04 A pr -20 05 O c t- 20 05 A pr -20 06 O c t- 20 07 A pr -20 07 O c t- 20 07 A pr -20 08 O c t- 20 08 A pr -20 09 O c t- 20 09 NC 2L S W SL A pr -20 10 O c t- 20 10 A pr -20 11 O c t-20 11 * * NL 6 NS * * * * * * * * * * NL 6 * * * * * * 50 10 NS * * * * * * * * * * * 10 10 * * * * 25 0 28 0 20 00 10 0 NS * * * * * 63 6 27 3 30 9 50 1 30 5 26 8 70 0 10 0 26 1 26 1 25 1 25 8 * * 1 .75 1 NS * * * * * * * * 1 .3 * * 2 1 * * * 1 .4 * 17 50 10 NS * * * * * 14 .9 * 14 .7 55 .4 * * 10 10 * * * * * * 10 00 10 NS * * * * * * * * * * * 10 00 10 * * * * * 10 10 00 10 NS * * * * * 17 .7 * * 22 .8 * 10 .2 10 00 10 * * * * * * 15 10 NS * * * * * * * * * * * 15 10 * * * * * 21 10 0 50 NS * * * * * * * * * * * 10 0 50 * * * * * * 50 10 NS * * * * * * * * * * * 20 10 * * * * * * NL 20 NS * * * * * * * * 35 .6 * * NL 25 * * * * 30 33 10 50 10 NS * * * * * 79 * 11 .7 28 .3 * 18 .9 10 00 10 * * * 15 .3 NO TE S : 1 . *- C o n s t i t u e n t d i d n o t e x c ee d l a b o r a t o r y P r a ct i c a l Q u a n t i t a t i o n (P QL ) Li m i t o r S o li d W as te S e ct i o n L i m i t (S W SL ). 2 . N S - l o c a t i o n n o t sa m p l ed 3 . N L - c o n s t i t u e n t d o e s n o t h a v e a NC 2 L S t a nd a rd 4 . C o n s t i t u e n t s t h a t e x c ee d t h e NC 2 L S t a nd a r d a re h i g h li g h e d i n r ed 5 . DR Y -w e ll w as d r y du r i n g sa m p li n g e v e nt 6 . A ll c o n s t i t u e n t s re p o r te d i n p a rt s p er b i l li o n (pp b ) 7 . O n l y c o m p o un d s d e t ec te d a b o v e t h e l a b o r a t o r y P QL o r S W SL a re li s t ed 8 . N /A - N o t A pp li c a b le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 2 o f 48 Hi s t o r i c a l A n al y t i c a l R e s u l ts M a c o n Co un t y Ol d F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,1 -D i ch l o r o e t ha ne 1 ,2 -D i ch l o r o be n z en e 1 ,2 -D i ch l o r o e t ha ne 1 ,4 -D i ch l o r o be n z en e A ce t o ne B en z en e C a rb o n D is u l f i de C h l o r o be n z en e c is -1 ,2 -D i ch l o r o e t he ne D i ch l o r o d i f l u o r o m e t ha ne M e t h y l en e C h l o ri de T e tr ac h l o r o e t he ne (P CE ) To l ue ne T ri ch l o r o e t he ne (TC E ) T ri ch l o r of l u o r o m e t ha ne V i n y l C h l o ri de M ET A LS A n ti m o ny A rs en ic B ar i um C ad m i um C hr o m i um Co ba lt Co pp er L ea d N i c k el S e l en i um V an a d i um Z i ncMW-1 NC 2L S W SL A pr -20 12 O c t- 20 12 A pr -20 13 O c t- 20 13 A pr -20 14 O c t- 20 14 A pr -20 15 O c t- 20 15 A pr -20 16 O c t- 20 16 7 5 * * * * * * * * * * 20 5 * * * * * 7 .4 6 .6 6 .0 6 .0 9 .1 0 .4 1 * 3 .1 * * * * * * * * 6 1 13 .3 12 .4 13 .9 13 .3 13 .0 17 .0 15 .2 12 .0 14 .2 16 .9 60 00 10 0 * * * * * * * * * * 1 1 3 .7 2 .3 3 .9 4 .0 3 .8 4 .2 3 .3 3 .4 3 .8 3 .4 70 0 10 0 * * * * * * * * * * 50 3 11 .7 12 .1 12 .9 17 .0 19 .4 26 .3 22 .8 25 .3 22 .3 31 .1 70 5 14 .2 11 .3 17 .1 15 .9 15 .7 16 .8 14 .9 13 .6 15 .0 16 .9 10 00 5 * * * * * * * * * * 5 1 * * * * * * * * * * 0 .7 1 1 .6 * 1 .1 1 .0 * 1 .0 * * * * 60 0 1 * * * * * * * * * * 3 1 1 .4 * 1 .2 * 1 .0 1 .0 * * * * 20 00 1 * * * * * * * * * * 0 .03 1 * * * * * * * * * * NC 2L S W SL A pr -20 12 O c t- 20 12 A pr -20 13 O c t- 20 13 A pr -20 14 O c t- 20 14 A pr -20 15 O c t- 20 15 A pr -20 16 O c t- 20 16 1 6 * * * * * * * * * * 10 10 * * * * * * * * * * 70 0 10 0 25 8 28 5 21 6 26 2 25 0 26 9 24 7 48 7 48 9 32 5 2 1 1 .6 7 .2 1 .2 2 .3 1 .5 4 .3 1 .6 63 .9 12 .9 16 .0 10 10 * 12 .7 * * * * * 29 .9 34 .0 * 10 00 10 * * * * * * * 12 .2 15 .3 11 .2 10 00 10 * 13 .1 * * * * 11 .4 48 .5 35 .8 23 .3 15 10 * * * * * * * * * * 10 0 50 * * * * * * * * * * 20 10 * * * * * * * * * * 0 .3 25 * * * * * * * 29 .7 36 .3 * 10 00 10 14 .1 14 .4 29 .8 * 19 .7 10 .6 27 .5 44 .2 45 .9 15 .9 NO TE S : 1 . *- C o n s t i t u e n t d i d n o t e x c ee d l a b o r a t o r y P r a ct i c a l Q u a n t i t a t i o n (P QL ) Li m i t o r S o li d W as te S e ct i o n L i m i t (S W SL ). 2 . N S - l o c a t i o n n o t sa m p l ed 3 . N L -c o n s t i t u e n t d o e s n o t h a v e a NC 2 L S t a nd a rd 4 . C o n s t i t u e n t s t h a t e x c ee d t h e NC 2 L S t a nd a r d a re h i g h li g h e d i n r ed 5 . DR Y -w e ll w as d r y du r i n g sa m p li n g e v e nt 6 . A ll c o n s t i t u e n t s re p o r te d i n p a rt s p er b i l li o n (pp b ) 7 . O n l y c o m p o un d s d e t ec te d a b o v e t h e l a b o r a t o r y P QL o r S W SL a re li s t ed 8 . N /A -N o t A pp li c a b le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 3 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 9 97 A pr -19 9 8 O c t -1 9 98 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 0 00 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 A pr -20 0 2 Be n ze ne 1 1 * * * * * * 22 * * * * * * D RY * NS NS NS C ar b on D i su l f i de 7 00 1 00 * * * * * * * * * 3 .8 * * * D RY * NS NS NS M ET A LS NC 2L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 9 97 A pr -19 9 8 O c t -1 9 98 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 0 00 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 A pr -20 0 2 A n ti m o ny NL 6 * * * * * * * * * * * * * D RY * NS NS NS A r s e n ic 50 10 * * * * * * * * * 11 * * * D RY * NS NS NS B ar i um 2 0 00 1 00 * 8 44 6 32 5 81 3 98 8 92 52 4 91 57 4 26 2 59 2 1 20 1 92 D RY 2 30 NS NS NS Ca d m i um 1 .75 1 * * * * * * 1 * * * * * * D RY * NS NS NS C h r o m i um 50 10 * * * * * 1 06 * 35 * 60 18 1 72 19 D RY 26 NS NS NS C ob a lt NL 10 * * * * * 40 * * * 29 * 77 * D RY * NS NS NS C o pp er 1 0 00 10 * * * * * 18 * 45 * 42 * 1 67 12 D RY 17 NS NS NS L e ad 15 10 * * * * * * 6 9 * 6 * 28 5 D RY 19 NS NS NS N i c k el 1 00 50 * * * * * * * 44 * 26 * 66 * D RY * NS NS NS V a n a d i um NL 20 * * * * * 1 45 * * * 76 24 2 45 31 D RY 38 NS NS NS Z i nc 1 0 50 10 * 16 29 * 31 1 43 11 1 06 24 1 34 80 5 34 37 D RY 49 NS NS NS N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le MW -2 R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 4 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs Be n ze ne C ar b on D i su l f i de M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el V a n a d i um Z i ncMW -2 NC 2L SW S L A pr -20 0 3 O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 07 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 0 09 NC 2L SW S L A pr -20 1 0 Se p -20 1 0 A pr -20 1 1 1 1 * NS NS NS * NS NS NS * NS NS NS * NS 1 1 NS NS * 7 00 1 00 * NS NS NS * NS NS NS * NS NS NS * NS 7 00 1 00 NS NS * NC 2L SW S L A pr -20 0 3 O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 07 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 0 09 NC 2L SW S L A pr -20 1 0 Se p -20 1 0 A pr -20 1 1 NL 6 * NS NS NS * NS NS NS * NS NS NS * NS NL 6 NS NS * 50 10 * NS NS NS * NS NS NS * NS NS NS * NS 10 10 NS NS * 2 0 00 1 00 82 NS NS NS * NS NS NS 1 89 NS NS NS 1 75 NS 7 00 1 00 NS NS 2 71 1 .75 1 * NS NS NS * NS NS NS * NS NS NS * NS 2 1 NS NS * 50 10 7 .2 NS NS NS * NS NS NS * NS NS NS 10 .6 NS 10 10 NS NS 1 1 .9 1 0 00 10 * NS NS NS * NS NS NS * NS NS NS * NS 1 0 00 10 NS NS * 15 10 7 .1 NS NS NS * NS NS NS * NS NS NS 10 .1 NS 15 10 NS NS * 1 00 50 * NS NS NS * NS NS NS * NS NS NS * NS 1 00 50 NS NS * 50 10 * NS NS NS * NS NS NS * NS NS NS * NS 20 10 NS NS * NL 20 11 NS NS NS * NS NS NS * NS NS NS * NS NL 25 NS NS * 1 0 50 10 23 NS NS NS * NS NS NS 15 .7 NS NS NS 34 .3 NS 1 0 50 10 NS NS 35 .7 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 5 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs Be n ze ne C ar b on D i su l f i de M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el V a n a d i um Z i ncMW -2 NC 2L SW S L O c t -2 0 11 A pr -20 1 2 O c t -2 0 12 A pr -20 1 3 O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 1 1 NS NS NS * NS NS NS * NS NS NS 7 00 1 00 NS NS NS * NS NS NS * NS NS NS NC 2L SW S L O c t -2 0 11 A pr -20 1 2 O c t -2 0 12 A pr -20 1 3 O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 1 6 NS NS NS * NS NS NS * NS NS NS 10 10 NS NS NS * NS NS NS * NS NS NS 7 00 1 00 NS NS NS * NS NS NS 1 74 NS NS NS 2 1 NS NS NS * NS NS NS * NS NS NS 10 10 NS NS NS * NS NS NS 14 .0 NS NS NS 1 0 00 10 NS NS NS * NS NS NS * NS NS NS 15 10 NS NS NS * NS NS NS 16 .1 NS NS NS 1 00 50 NS NS NS * NS NS NS * NS NS NS 20 10 NS NS NS * NS NS NS * NS NS NS 0 .3 25 NS NS NS * NS NS NS * NS NS NS 1 0 50 10 NS NS NS 25 .1 NS NS NS 38 .5 NS NS NS N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 6 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 9 97 A pr -19 9 8 O c t -1 9 98 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 0 00 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 A pr -20 0 2 A pr -20 0 3 1 ,2 -D i c h lo r ob e n ze ne 24 5 * * * * * * * * * * D RY * * * * * * * * 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 * 7 .7 7 * 6 9 * * 6 .0 4 .3 D RY 2 .9 4 .0 3 .5 4 .8 * * * * A ce t on e 7 00 1 00 * * * 12 * * * * * * D RY * * * * * * * * Be n ze ne 1 1 * * * * * * * * * * D RY 1 * * 1 .1 * * * * C ar b on D i su l f i de 7 00 1 00 * * * * * * * * * 4 .1 D RY * * * * * * * * C h lo r ob e n ze ne 50 3 * * * * * * * * * * D RY * * * 1 * * * * C h lo r o e th a ne 2 8 00 10 * * * * * * * * * * D RY 1 .5 * * * * * * * c is -1 ,2 -D i c h lo r o e th e ne 70 5 12 22 30 26 * * * 21 .8 13 .7 8 .3 D RY 6 .4 5 .1 3 .8 6 .2 * * * * V in y l C h lo r i de 0 .0 15 1 * * * * * * * 4 * * D RY * * * * * 5 .4 * * M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 9 97 A pr -19 9 8 O c t -1 9 98 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 0 00 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 A pr -20 0 2 A pr -20 0 3 A n ti m o ny NL 6 * * * * * * * * * * D RY 3 .7 * * * * * * * A r s e n ic 10 10 * * * * * * * * * * D RY * * * * * 6 * * B ar i um 2 0 00 1 00 1 1 70 1 4 90 1 1 10 1 4 40 1 3 25 2 49 4 33 3 69 15 ,0 00 9 21 D RY 6 60 1 2 00 9 40 6 80 3 90 5 60 8 70 6 21 B er y l l i um NL 1 * * * * * * * * * * * * * * * * * * * Ca d m i um 1 .75 1 10 1 1 * 15 2 13 14 .6 89 95 D RY 32 30 32 5 .5 2 .8 * 7 .3 4 .6 C h r o m i um 50 10 * 6 * * 1 81 * * 9 6 40 66 D RY 36 61 38 29 16 34 64 16 .3 C ob a lt NL 10 * 65 73 67 1 42 63 46 72 9 20 46 D RY * 61 54 44 37 42 44 29 .8 C o pp er 1 0 00 10 13 11 11 22 34 13 * * 6 90 1 10 D RY 50 1 10 65 48 32 48 88 * L e ad 15 10 * * 5 12 * 13 * 4 80 29 D RY 17 22 16 14 7 .5 10 24 * N i c k el 1 00 50 * 13 * * 19 12 * 16 5 00 35 D RY 17 47 27 30 16 26 36 * Se l e n i um 50 10 * * * * * * * * * 14 D RY 14 * * * 7 .4 * * * V a n a d i um NL 20 * * * * * * * * 9 10 64 D RY 37 73 47 27 16 31 71 * Z i nc 1 0 50 10 14 44 19 70 3 00 51 32 2 66 2 5 30 6 42 D RY 2 70 2 70 2 20 1 90 63 88 1 60 * N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY -w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le MW -3 R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 7 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,2 -D i c h lo r ob e n ze ne 1 ,4 -D i c h lo r ob e n ze ne A ce t on e Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne V in y l C h lo r i de M ET A LS A n ti m o ny A r s e n ic B ar i um B er y l l i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i ncMW -3 NC 2 L SW S L O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 07 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 0 10 A pr -20 1 1 O c t -2 0 11 A pr -20 1 2 24 5 * * * * * * * * * * 2 .9 * * 20 5 * * * * * 1 .4 1 * * * * 1 .3 1 .6 3 .1 1 .8 2 .1 2 .5 1 .0 * 2 .5 6 1 2 .5 * 1 .4 * 1 .1 7 00 1 00 * * * * * * * * * * * * * 6 0 00 1 00 * * * * * 1 1 * * * * * * * * * * 1 0 .8 1 2 .1 1 2 .3 1 1 * * * * * 7 00 1 00 * * * * * * * * * * * * * 7 00 1 00 * * * * * 50 3 * * * * * * * * * * 4 .3 4 .8 * 50 3 * * * * * 2 8 00 10 * * * * * * * * * * * * * 3 0 00 10 * * * * * 70 5 * * * * * * * * * * 3 .4 3 .2 * 70 5 * * * * * 0 .0 15 1 * * * * * * * * * * 1 2 .4 1 3 .1 * 0 .03 1 * * * * * NC 2 L SW S L O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 07 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 0 10 A pr -20 1 1 O c t -2 0 11 A pr -20 1 2 NL 6 * * * * * * * * * * * * * 1 6 * * * * * 10 10 * * * * * * * * * * * * * 10 10 * * * * * 2 0 00 1 00 9 66 * 1 9 40 6 2 60 2 5 80 2 66 3 60 6 3 30 1 3 50 6 25 1 .5 1 .6 6 25 7 00 1 00 3 34 8 40 3 13 4 80 1 3 30 NL 1 * * * 4 .3 1 .3 * * 3 .9 * * * * * 4 1 * * * * * 1 .75 1 6 .3 1 .6 9 .3 2 6 .2 4 .9 * * 2 3 .6 2 .00 1 .4 1 .6 1 .8 1 .4 2 1 1 .6 1 .4 1 .1 * 1 .1 50 10 * * 1 4 .8 1 14 2 0 .3 * * 1 04 2 8 .3 * * * * 10 10 * 4 6 .8 * * 1 1 .4 NL 10 43 2 3 .7 6 4 .3 2 15 7 4 .5 1 6 .1 1 4 .1 1 91 4 1 .0 2 0 .4 1 .0 * 2 0 .4 1 10 2 1 .4 3 9 .9 1 4 .7 1 9 .0 3 1 .2 1 0 00 10 * * * * 1 84 * * 4 57 8 1 .1 29 * * 29 1 0 00 10 1 8 .9 7 7 .1 * 3 2 .4 7 1 .1 15 10 1 4 .7 * 1 8 .5 8 2 .6 2 6 .1 * * 1 08 2 3 .8 * * * * 15 10 * 1 7 .6 * * 1 7 .4 1 00 50 * * * 1 16 * * * 1 09 * * 5 01 3 05 * 1 00 50 * * * * * 50 10 * * * * * * * * * * 1 .3 * * 20 10 * * * * * NL 20 * * 44 2 79 7 4 .9 * * 1 90 5 3 .7 * 5 5 .4 * * 0 .3 25 * 5 6 .6 * * 2 8 .2 1 0 50 10 * * 8 2 .6 6 16 1 03 * 1 2 .8 5 06 8 4 .5 2 1 .5 2 2 .8 * 2 1 .5 1 0 00 10 1 4 .6 1 39 1 6 .1 2 2 .4 5 3 .0 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY -w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 8 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,2 -D i c h lo r ob e n ze ne 1 ,4 -D i c h lo r ob e n ze ne A ce t on e Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne V in y l C h lo r i de M ET A LS A n ti m o ny A r s e n ic B ar i um B er y l l i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i ncMW -3 NC 2 L SW S L O c t -2 0 12 A pr -20 1 3 O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 20 5 * * * * * * * * * 6 1 * 1 .9 1 .5 2 .8 * * * 2 .2 1 .2 6 0 00 1 00 * * * * * * * * * 1 1 * * * * * * * * * 7 00 1 00 * * * * * * * * * 50 3 * * * * * * * * * 3 0 00 10 * * * * * * * * * 70 5 * * * * * * * * * 0 .03 1 * * * * * * * * * NC 2 L SW S L O c t -2 0 12 A pr -20 1 3 O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 1 6 * * * * * * * * * 10 10 * * * * * * * * 1 4 .6 7 00 1 00 7 39 2 65 7 70 4 86 6 36 8 13 4 80 3 05 9 96 4 1 * * * * * * * * 1 .0 2 1 * * * * * * * * * 10 10 * * * * 2 1 .8 4 5 .2 2 4 .8 * 7 8 .3 1 10 2 2 .3 1 8 .7 2 5 .6 2 2 .5 2 5 .5 3 1 .5 2 0 .3 2 0 .9 4 6 .1 1 0 00 10 4 2 .0 * 3 5 .5 1 6 .2 4 6 .5 7 0 .5 3 4 .7 1 2 .6 8 6 .9 15 10 1 2 .7 * * * 1 2 .8 1 8 .1 * * 2 6 .0 1 00 50 * * * * * * * * * 20 10 * * * * * * * * * 0 .3 25 * * * * 3 1 .8 5 9 .5 3 2 .7 * 9 6 .6 1 0 00 10 2 8 .9 1 9 .0 3 0 .5 1 5 .8 6 0 .6 1 21 7 2 .9 3 2 .6 1 92 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY -w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 9 o f 48 Hi s t o r i c al A n al y t i c a l R e s u l ts M a c o n C o un t y O l d F r a n k li n L a nd f il l P er m i t N o . 5 7 -01 MW -4 V O Cs NC 2 L S W S L Oc t -1 9 94 M a r -1 9 95 N o v -1 99 5 Ap r -1 99 6 Oc t -1 9 96 M a y -1 9 97 Oc t -1 99 7 Ap r -1 99 8 Oc t -1 99 8 Ap r -1 99 9 Oc t -1 9 99 M a y -2 0 00 Oc t -2 00 0 Ap r -2 00 1 Oc t -2 0 01 Ap r -2 0 02 Oc t -2 00 2 Ap r -2 00 3 Oc t -2 0 03 1 ,1 ,1 -T ri c h l o r o e t h a ne 2 00 1 13 10 9 6 * * * * * * * * * * NS NS NS * NS 1 ,1 -Di c h l o r o e t h a ne 70 5 16 14 22 16 13 12 9 11 .1 8 .4 8 .2 6 .2 7 .9 7 6 .7 NS NS NS * NS 1 ,4 -Di c h l o r ob e n ze ne 1 .4 1 12 10 11 8 10 15 14 * 14 13 .3 13 .5 13 16 11 NS NS NS 11 NS A ce t o ne 7 00 1 00 * * * * * * * * * * * * * * NS NS NS 7 90 NS B e n ze ne 1 1 9 .7 7 .1 8 8 9 * 7 * 7 .1 6 .9 6 .2 6 .4 5 .5 4 .6 NS NS NS 5 .4 NS C a r bo n Di s u l fi de 7 00 1 00 * * * * * * * * 2 .2 * 12 .6 7 .4 * * NS NS NS * NS C h l o r ob e n ze ne 50 3 * * * * * * * * * * * * 2 1 .8 NS NS NS * NS C h l o r o e t h a ne 2 8 00 10 16 13 19 15 18 14 * * * 9 .4 8 8 .6 * 8 .6 NS NS NS * NS c i s -1 ,2 -Di c h l o r o e t h e ne 70 5 * * * * * * * 28 .3 26 .9 31 .6 28 .6 30 .6 25 22 NS NS NS 21 NS M e t h y l e n e C h l o ri de 4 .6 1 1 10 1 10 1 60 1 00 * 31 * * * 24 .3 11 .8 9 .5 * 11 NS NS NS 9 .5 NS T e tr ac h l o r o e t h e n e (P C E) 0 .7 1 7 .1 5 .4 * * * * * * 2 .3 2 * * 1 .3 1 .5 NS NS NS * NS T ri c h l o r o e t h e n e (T C E ) 2 .8 1 * * * * * * * * * * * * 2 .1 2 NS NS NS * NS Vi n y l C h l o ri de 0 .0 15 1 * * * * * * * * * * * * 1 .7 1 .2 NS NS NS * NS X y l e n es t o t al 5 30 3 15 7 .3 6 9 29 28 17 17 .6 13 13 .9 6 .5 5 NS NS NS * NS M ET A LS NC 2 L S W S L Oc t -1 9 94 M a r -1 9 95 N o v -1 99 5 Ap r -1 99 6 Oc t -1 9 96 M a y -1 9 97 Oc t -1 99 7 Ap r -1 99 8 Oc t -1 99 8 Ap r -1 99 9 Oc t -1 9 99 M a y -2 0 00 Oc t -2 00 0 Ap r -2 00 1 Oc t -2 00 1 Ap r -2 00 2 Oc t -2 00 2 Ap r -2 00 3 Oc t -2 0 03 A n ti mo ny NL 6 * * * * * * * * * * * * * 3 .1 NS NS NS 5 .2 NS Ar se n ic 50 10 * * * * * * * * * * * * 13 * NS NS NS 5 .8 NS B a ri um 2 0 00 1 00 1 2 80 1 1 60 8 74 7 66 8 71 7 64 8 43 6 95 7 61 8 66 8 94 9 26 9 50 9 80 NS NS NS 6 70 NS C a d m i um 1 .75 1 1 * * * * * * * * * * * * * NS NS NS * NS C h r om i um 50 10 * 6 * * * 13 * * 29 7 * * 7 .6 * NS NS NS 66 NS C ob a lt NL 10 * * * * * * * 1 12 2 15 2 00 2 32 2 55 2 40 2 50 NS NS NS 33 NS C op p er 1 0 00 10 23 30 20 * 14 13 * 19 * * * * * NS NS NS 1 80 NS L e ad 15 10 * * * * * 77 * * * * * * * * NS NS NS 22 NS Ni c k el 1 00 50 * * * * 30 29 34 26 43 43 34 39 64 27 NS NS NS 35 NS S e l e n i um 50 10 * * * * * * * * * 10 12 19 31 19 NS NS NS 6 .9 NS S il v er 18 10 * * * * * * * * * * * * 8 * NS NS NS * NS V a n a d i um NL 20 * * * * * * * * 26 * * * * * NS NS NS 87 NS Z i nc 1 0 50 10 68 67 41 69 66 26 * 93 45 29 32 * 27 19 NS NS NS 2 40 NS N O TE S : 1 . * - C o n s t i tu e n t d i d n o t e x ce e d la b o r a t o r y P r a c t i ca l Q u a nt i t a t io n ( PQ L ) Li m i t o r S o li d W a s t e S ec t io n Li m i t (S W S L ). 2 . N S - lo c a t io n n o t s a m p l ed 3 . N L - c o n s t i tu e n t d o e s n o t h av e a N C 2 L St a nd a rd 4 . C o n s t i tu e nt s th a t e x ce e d th e N C 2 L St a nd a r d a re h ig h li g h e d i n re d 5 . D R Y - w ell wa s d r y du ri n g s a m p li n g e v e nt 6 . A ll c o n s t i tu e nt s re p o r t e d i n p a r t s p er b il l i o n (p p b) 7 . O n ly c o m p o u nd s d e t ec t e d a b ov e th e la b o r a t o r y PQ L o r S W S L a re li s t ed 8 . N /A - N o t A pp li ca b le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 10 o f 48 Hi s t o r i c al A n al y t i c a l R e s u l ts M a c o n C o un t y O l d F r a n k li n L a nd f il l P er m i t N o . 5 7 -01 MW -4 V O Cs 1 ,1 ,1 -T ri c h l o r o e t h a ne 1 ,1 -Di c h l o r o e t h a ne 1 ,4 -Di c h l o r ob e n ze ne A ce t o ne B e n ze ne C a r bo n Di s u l fi de C h l o r ob e n ze ne C h l o r o e t h a ne c i s -1 ,2 -Di c h l o r o e t h e ne M e t h y l e n e C h l o ri de T e tr ac h l o r o e t h e n e (P C E) T ri c h l o r o e t h e n e (T C E ) Vi n y l C h l o ri de X y l e n es t o t al M ET A LS A n ti mo ny Ar se n ic B a ri um C a d m i um C h r om i um C ob a lt C op p er L e ad Ni c k el S e l e n i um S il v er V a n a d i um Z i nc NC 2 L S W S L Ap r -2 00 5 Oc t -2 00 5 Ap r -2 00 6 Oc t -2 00 6 Ap r -2 00 7 Oc t -2 00 7 Ap r -2 00 8 Oc t -2 00 8 Ap r -2 00 9 Oc t -2 00 9 NC 2 L S W S L Ap r -2 01 0 Oc t -2 01 0 Ap r -2 01 1 Oc t -2 01 1 Ap r -2 0 12 Oc t -2 0 12 Ap r -2 0 13 Oc t -2 0 13 Ap r -2 0 14 Oc t -2 0 14 2 00 1 * NS NS NS * NS NS NS * NS 7 5 NS NS * NS NS NS * NS NS NS 70 5 * NS NS NS * NS NS NS * NS 0 .4 1 NS NS * NS NS NS * NS NS NS 1 .4 1 13 .3 NS NS NS 13 .6 NS NS NS 10 .5 NS 6 1 NS NS 10 NS NS NS 9 .3 NS NS NS 7 00 1 00 * NS NS NS * NS NS NS * NS 6 0 00 1 00 NS NS * NS NS NS * NS NS NS 1 1 5 .7 NS NS NS 3 .8 NS NS NS 3 .8 NS 1 1 NS NS 1 .9 NS NS NS 2 .3 NS NS NS 7 00 1 00 * NS NS NS * NS NS NS * NS 7 00 1 00 NS NS * NS NS NS * NS NS NS 50 3 * NS NS NS * NS NS NS * NS 50 3 NS NS 4 .9 NS NS NS 5 .2 NS NS NS 2 8 00 10 * NS NS NS * NS NS NS * NS 3 0 00 10 NS NS * NS NS NS * NS NS NS 70 5 21 .2 NS NS NS 15 .9 NS NS NS 13 .0 NS 70 5 NS NS 14 .1 NS NS NS 13 .6 NS NS NS 4 .6 1 5 .4 NS NS NS 1 .2 NS NS NS 1 .5 NS 5 1 NS NS * NS NS NS * NS NS NS 0 .7 1 * NS NS NS * NS NS NS * NS 0 .7 1 NS NS * NS NS NS * NS NS NS 2 .8 1 1 .7 NS NS NS 1 .5 NS NS NS * NS 3 1 NS NS * NS NS NS * NS NS NS 0 .0 15 1 1 .8 NS NS NS * NS NS NS * NS 0 .03 1 NS NS * NS NS NS * NS NS NS 5 30 3 * NS NS NS 1 .6 NS NS NS * NS 5 00 5 NS NS * NS NS NS * NS NS NS NC 2 L S W S L Ap r -2 00 5 Oc t -2 00 5 Ap r -2 00 6 Oc t -2 00 6 Ap r -2 00 7 Oc t -2 00 7 Ap r -2 00 8 Oc t -2 00 8 Ap r -2 00 9 Oc t -2 00 9 NC 2 L S W S L Ap r -2 01 0 Oc t -2 01 0 Ap r -2 01 1 Oc t -2 01 1 Ap r -2 0 12 Oc t -2 0 12 Ap r -2 0 13 Oc t -2 0 13 Ap r -2 0 14 Oc t -2 0 14 NL 6 * NS NS NS * NS NS NS * NS 1 6 NS NS * NS NS NS * NS NS NS 50 10 * NS NS NS * NS NS NS * NS 10 10 NS NS * NS NS NS * NS NS NS 2 0 00 1 00 9 57 NS NS NS 9 03 NS NS NS 1 0 30 NS 7 00 1 00 NS NS 9 45 NS NS NS 1 1 00 NS NS NS 1 .75 1 * NS NS NS * NS NS NS * NS 2 1 NS NS * NS NS NS 1 .6 NS NS NS 50 10 * NS NS NS * NS NS NS * NS 10 10 NS NS * NS NS NS 13 .9 NS NS NS NL 10 1 15 NS NS NS 86 .7 NS NS NS 56 .2 NS 1 10 NS NS 65 .7 NS NS NS 2 12 NS NS NS 1 0 00 10 * NS NS NS * NS NS NS * NS 1 0 00 10 NS NS * NS NS NS 27 .3 NS NS NS 15 10 * NS NS NS * NS NS NS * NS 15 10 NS NS * NS NS NS * NS NS NS 1 00 50 * NS NS NS * NS NS NS * NS 1 00 50 NS NS * NS NS NS 74 .2 NS NS NS 50 10 * NS NS NS * NS NS NS * NS 20 10 NS NS * NS NS NS * NS NS NS 18 10 * NS NS NS * NS NS NS * NS 20 10 NS NS * NS NS NS * NS NS NS NL 20 * NS NS NS * NS NS NS * NS 0 .3 25 NS NS * NS NS NS 37 .7 NS NS NS 1 0 50 10 * NS NS NS 77 .8 NS NS NS 29 .0 NS 1 0 00 10 NS NS 51 .2 NS NS NS 2 65 NS NS NS N O TE S : 1 . * - C o n s t i tu e n t d i d n o t e x ce e d la b o r a t o r y P r a c t i ca l Q u a nt i t a t io n ( PQ L ) Li m i t o r S o li d W a s t e S ec t io n Li m i t (S W S L ). 2 . N S - lo c a t io n n o t s a m p l ed 3 . N L - c o n s t i tu e n t d o e s n o t h av e a N C 2 L St a nd a rd 4 . C o n s t i tu e nt s th a t e x ce e d th e N C 2 L St a nd a r d a re h ig h li g h e d i n re d 5 . D R Y - w ell wa s d r y du ri n g s a m p li n g e v e nt 6 . A ll c o n s t i tu e nt s re p o r t e d i n p a r t s p er b il l i o n (p p b) 7 . O n ly c o m p o u nd s d e t ec t e d a b ov e th e la b o r a t o r y PQ L o r S W S L a re li s t ed 8 . N /A - N o t A pp li ca b le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 11 o f 48 Hi s t o r i c al A n al y t i c a l R e s u l ts M a c o n C o un t y O l d F r a n k li n L a nd f il l P er m i t N o . 5 7 -01 MW -4 V O Cs 1 ,1 ,1 -T ri c h l o r o e t h a ne 1 ,1 -Di c h l o r o e t h a ne 1 ,4 -Di c h l o r ob e n ze ne A ce t o ne B e n ze ne C a r bo n Di s u l fi de C h l o r ob e n ze ne C h l o r o e t h a ne c i s -1 ,2 -Di c h l o r o e t h e ne M e t h y l e n e C h l o ri de T e tr ac h l o r o e t h e n e (P C E) T ri c h l o r o e t h e n e (T C E ) Vi n y l C h l o ri de X y l e n es t o t al M ET A LS A n ti mo ny Ar se n ic B a ri um C a d m i um C h r om i um C ob a lt C op p er L e ad Ni c k el S e l e n i um S il v er V a n a d i um Z i nc NC 2 L S W S L Ap r -2 0 15 Oc t -2 0 15 Ap r -2 0 16 Oc t -2 0 16 7 5 * NS NS NS 0 .4 1 * NS NS NS 6 1 8 .9 NS NS NS 6 0 00 1 00 * NS NS NS 1 1 2 .0 NS NS NS 7 00 1 00 * NS NS NS 50 3 4 .7 NS NS NS 3 0 00 10 * NS NS NS 70 5 9 .3 NS NS NS 5 1 * NS NS NS 0 .7 1 * NS NS NS 3 1 * NS NS NS 0 .03 1 * NS NS NS 5 00 5 * NS NS NS NC 2 L S W S L Ap r -2 0 15 Oc t -2 0 15 Ap r -2 0 16 Oc t -2 0 16 1 6 * NS NS NS 10 10 * NS NS NS 7 00 1 00 8 80 NS NS NS 2 1 * NS NS NS 10 10 * NS NS NS 1 10 36 .1 NS NS NS 1 0 00 10 * NS NS NS 15 10 * NS NS NS 1 00 50 * NS NS NS 20 10 * NS NS NS 20 10 * NS NS NS 0 .3 25 * NS NS NS 1 0 00 10 11 .1 NS NS NS N O TE S : 1 . * - C o n s t i tu e n t d i d n o t e x ce e d la b o r a t o r y P r a c t i ca l Q u a nt i t a t io n ( PQ L ) Li m i t o r S o li d W a s t e S ec t io n Li m i t (S W S L ). 2 . N S - lo c a t io n n o t s a m p l ed 3 . N L - c o n s t i tu e n t d o e s n o t h av e a N C 2 L St a nd a rd 4 . C o n s t i tu e nt s th a t e x ce e d th e N C 2 L St a nd a r d a re h ig h li g h e d i n re d 5 . D R Y - w ell wa s d r y du ri n g s a m p li n g e v e nt 6 . A ll c o n s t i tu e nt s re p o r t e d i n p a r t s p er b il l i o n (p p b) 7 . O n ly c o m p o u nd s d e t ec t e d a b ov e th e la b o r a t o r y PQ L o r S W S L a re li s t ed 8 . N /A - N o t A pp li ca b le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 12 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -5 V O Cs NC 2L SW S L O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 O c t -2 0 02 A pr -20 0 3 O c t -2 0 03 1 ,1 -D i c h lo r o e th a ne 70 5 5 .5 * 8 6 * * 8 5 5 .3 5 .6 5 .2 5 .5 4 .6 3 .8 NS NS NS * NS 1 ,2 -D i c h lo r o e th a ne 0 .38 1 * * * * * * * * * * * 2 .1 2 1 .5 NS NS NS * NS 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 9 .6 7 .5 11 7 12 9 13 * 16 13 .5 12 .4 13 .4 16 13 NS NS NS 29 NS A ce t on e 7 00 1 00 * 2 10 64 12 * * * * * * * * * * NS NS NS 1 90 NS Be n ze ne 1 1 11 7 12 8 8 * 11 * 9 .7 11 .6 12 .6 13 .9 11 7 .8 NS NS NS 13 NS C ar b on D i su l f i de 7 00 1 00 * * * * * * * * * * 3 .6 * * * NS NS NS * NS C h lo r o e th a ne 2 8 00 10 * * * * * * * * * * * * * 1 .7 NS NS NS * NS c is -1 ,2 -D i c h lo r o e th e ne 70 5 14 12 21 13 * * * 18 .1 17 .1 20 .1 18 19 .9 17 12 NS NS NS 32 NS D i c h lo r o di f l uo r o m e th a ne 1 4 00 NA * * 18 * 15 * * * * * * * * * NS NS NS * NS Me th y l e n e C h lo r i de 4 .6 1 * * 89 43 * * 45 * 39 .5 55 .5 52 .1 42 .2 8 .2 14 NS NS NS 21 NS T e t r ac h lo r o e th e n e (PC E) 0 .7 1 12 5 .8 * * * * * * 5 .6 5 .2 5 5 .3 3 .8 3 .9 NS NS NS 5 .4 NS T o lu e ne 1 0 00 1 * * * * 6 * * * * * * * * * NS NS NS * NS t ra ns -1 ,2 -D i c h lo r o e th e ne 1 00 5 * * * * * * * * * * * * * * NS NS NS * NS T r i c h lo r o e th e n e (T C E ) 2 .8 1 * * * * * * * * 3 .4 3 .3 3 3 .4 3 .1 2 .7 NS NS NS * NS V in y l C h lo r i de 0 .0 15 1 * * * * * * * * * 2 .4 * * 2 .1 * NS NS NS * NS X y l e n e s t ot al 5 30 3 7 .3 * 7 5 * * * * 5 .2 11 11 .3 7 .8 7 .2 7 .2 NS NS NS 8 .5 NS M ET A LS NC 2L SW S L O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 O c t -2 0 02 A pr -20 0 3 O c t -2 0 03 A n ti m o ny NL 6 * * * * * * 30 * * * * * * 4 .2 NS NS NS * NS A r s e n ic 50 10 * * * * * * * * 9 * 7 6 9 .8 NS NS NS * NS B ar i um 2 0 00 1 00 6 21 4 ,2 20 5 39 2 ,3 40 1 ,7 80 3 61 3 51 3 58 4 19 5 03 2 ,8 20 1 ,9 50 6 10 1 ,1 00 NS NS NS 4 80 NS Ca d m i um 1 .75 1 * * * * * * * * * * * 3 * 6 NS NS NS * NS C h r o m i um 50 10 * 7 * * 2 23 * * 14 15 13 1 99 1 40 44 95 NS NS NS 24 NS C ob a lt NL 10 22 97 16 45 1 22 * * * * * 1 02 74 21 45 NS NS NS 89 NS C o pp er 1 0 00 10 12 1 28 * 47 91 30 23 44 33 35 5 27 3 69 77 2 20 NS NS NS 1 20 NS L e ad 15 10 6 41 * 34 * 7 9 * * 6 72 47 * 26 NS NS NS 13 NS N i c k el 1 00 50 * * * * 12 * * * * 75 54 25 36 NS NS NS 23 NS Se l e n i um 50 10 * * * * * * * * * * * * * 12 NS NS NS 16 NS V a n a d i um NL 20 * * * * 3 13 * * * * * 1 94 1 58 39 1 10 NS NS NS 22 NS Z i nc 1 0 50 10 27 1 00 18 64 1 85 1 59 22 98 88 74 74 5 36 1 50 3 20 NS NS NS 1 10 NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 13 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -5 V O Cs 1 ,1 -D i c h lo r o e th a ne 1 ,2 -D i c h lo r o e th a ne 1 ,4 -D i c h lo r ob e n ze ne A ce t on e Be n ze ne C ar b on D i su l f i de C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne D i c h lo r o di f l uo r o m e th a ne Me th y l e n e C h lo r i de T e t r ac h lo r o e th e n e (PC E) T o lu e ne t ra ns -1 ,2 -D i c h lo r o e th e ne T r i c h lo r o e th e n e (T C E ) V in y l C h lo r i de X y l e n e s t ot al M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i nc NC 2L SW S L A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 O c t -2 0 12 70 5 NS NS * NS NS NS * NS NS NS * NS 7 5 NS NS * NS NS NS 0 .38 1 NS NS 2 .1 NS NS NS * NS NS NS * NS 0 .4 1 NS NS * NS NS NS 1 .4 1 NS NS 22 NS NS NS 2 3 .5 NS NS NS 1 7 .6 NS 6 1 NS NS 2 4 .1 NS NS NS 7 00 1 00 NS NS * NS NS NS * NS NS NS * NS 6 0 00 1 00 NS NS * NS NS NS 1 1 NS NS 10 .4 NS NS NS 13 .8 NS NS NS 6 .5 NS 1 1 NS NS 5 .3 NS NS NS 7 00 1 00 NS NS * NS NS NS * NS NS NS * NS 7 00 1 00 NS NS * NS NS NS 2 8 00 10 NS NS * NS NS NS * NS NS NS * NS 3 0 00 10 NS NS * NS NS NS 70 5 NS NS 21 .5 NS NS NS 21 .6 NS NS NS 16 .7 NS 70 5 NS NS 19 .3 NS NS NS 1 4 00 NA NS NS NA NS NS NS NA NS NS NS * NS 1 0 00 5 NS NS * NS NS NS 4 .6 1 NS NS * NS NS NS 1 .1 NS NS NS 6 .9 NS 5 1 NS NS * NS NS NS 0 .7 1 NS NS * NS NS NS 3 .2 NS NS NS 1 .5 NS 0 .7 1 NS NS * NS NS NS 1 0 00 1 NS NS * NS NS NS * NS NS NS * NS 6 00 1 NS NS * NS NS NS 1 00 5 NS NS * NS NS NS * NS NS NS * NS 1 00 5 NS NS * NS NS NS 2 .8 1 NS NS 2 NS NS NS 3 .6 NS NS NS 2 .2 NS 3 1 NS NS 1 .4 NS NS NS 0 .0 15 1 NS NS 1 .1 NS NS NS * NS NS NS * NS 0 .03 1 NS NS * NS NS NS 5 30 3 NS NS * NS NS NS * NS NS NS * NS 5 00 5 NS NS * NS NS NS NC 2L SW S L A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 O c t -2 0 12 NL 6 NS NS * NS NS NS * NS NS NS * NS 1 6 NS NS * NS NS NS 50 10 NS NS * NS NS NS * NS NS NS * NS 10 10 NS NS * NS NS NS 2 0 00 1 00 NS NS 1 2 80 NS NS NS 4 93 NS NS NS 3 63 NS 7 00 1 00 NS NS 4 66 NS NS NS 1 .75 1 NS NS * NS NS NS * NS NS NS * NS 2 1 NS NS * NS NS NS 50 10 NS NS 10 .5 NS NS NS * NS NS NS 8 NS 10 10 NS NS * NS NS NS NL 10 NS NS 94 .3 NS NS NS 35 .7 NS NS NS 15 .5 NS 1 10 NS NS 9 6 .9 NS NS NS 1 0 00 10 NS NS * NS NS NS 39 .5 NS NS NS 39 .4 NS 1 0 00 10 NS NS 66 .5 NS NS NS 15 10 NS NS 2 4 .4 NS NS NS * NS NS NS * NS 15 10 NS NS * NS NS NS 1 00 50 NS NS * NS NS NS * NS NS NS * NS 1 00 50 NS NS * NS NS NS 50 10 NS NS * NS NS NS * NS NS NS * NS 20 10 NS NS * NS NS NS NL 20 NS NS * NS NS NS * NS NS NS * NS 0 .3 25 NS NS * NS NS NS 1 0 50 10 NS NS 1 20 NS NS NS 48 .8 NS NS NS 45 .7 NS 1 0 00 10 NS NS 56 .8 NS NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 14 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -5 V O Cs 1 ,1 -D i c h lo r o e th a ne 1 ,2 -D i c h lo r o e th a ne 1 ,4 -D i c h lo r ob e n ze ne A ce t on e Be n ze ne C ar b on D i su l f i de C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne D i c h lo r o di f l uo r o m e th a ne Me th y l e n e C h lo r i de T e t r ac h lo r o e th e n e (PC E) T o lu e ne t ra ns -1 ,2 -D i c h lo r o e th e ne T r i c h lo r o e th e n e (T C E ) V in y l C h lo r i de X y l e n e s t ot al M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i nc NC 2 L SW S L A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 7 5 1 .4 NS NS NS * NS NS NS 0 .4 1 1 8 .6 NS NS NS 1 .8 NS NS NS 6 1 * NS NS NS 2 7 .3 NS NS NS 6 0 00 1 00 * NS NS NS * NS NS NS 1 1 4 .4 NS NS NS 3 .9 NS NS NS 7 00 1 00 * NS NS NS * NS NS NS 3 0 00 10 * NS NS NS * NS NS NS 70 5 17 .7 NS NS NS 15 .1 NS NS NS 1 0 00 5 * NS NS NS * NS NS NS 5 1 * NS NS NS * NS NS NS 0 .7 1 * NS NS NS * NS NS NS 6 00 1 * NS NS NS * NS NS NS 1 00 5 * NS NS NS * NS NS NS 3 1 1 .3 NS NS NS 1 .0 NS NS NS 0 .03 1 * NS NS NS * NS NS NS 5 00 5 * NS NS NS * NS NS NS NC 2 L SW S L A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 1 6 * NS NS NS * NS NS NS 10 10 * NS NS NS * NS NS NS 7 00 1 00 4 45 NS NS NS 4 25 NS NS NS 2 1 * NS NS NS * NS NS NS 10 10 * NS NS NS * NS NS NS 1 10 1 22 NS NS NS 1 17 NS NS NS 1 0 00 10 46 .9 NS NS NS 21 .8 NS NS NS 15 10 * NS NS NS * NS NS NS 1 00 50 * NS NS NS * NS NS NS 20 10 * NS NS NS * NS NS NS 0 .3 25 * NS NS NS * NS NS NS 1 0 00 10 63 .8 NS NS NS 71 .6 NS NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 15 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -6 V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 9 97 A pr -19 9 8 O c t -1 9 98 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 0 00 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 1 ,1 -D i c h lo r o e th a ne 70 5 N /A N /A N /A N /A N /A N /A * * * * 2 .4 2 .3 3 .9 2 .6 2 .6 2 .8 2 .5 2 .2 * 1 ,2 -D i c h lo r o e th a ne 0 .38 1 N /A N /A N /A N /A N /A N /A * * * * * * * 1 .2 * * * * * 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 N /A N /A N /A N /A N /A N /A * * * 7 .1 11 .5 11 .2 13 .9 14 10 13 12 11 * Be n ze ne 1 1 N /A N /A N /A N /A N /A N /A * * * 3 .8 6 .7 7 .4 9 .2 6 .6 3 .8 7 .8 7 6 .2 * C h lo r o e th a ne 2 8 00 10 N /A N /A N /A N /A N /A N /A * * * * * * * * * 1 .3 * * * c is -1 ,2 -D i c h lo r o e th e ne 70 5 N /A N /A N /A N /A N /A N /A * * * 7 14 .2 14 .4 18 .5 14 8 .5 17 17 14 * Me th y l e n e C h lo r i de 4 .6 1 N /A N /A N /A N /A N /A N /A * * * * 19 22 .9 27 .5 7 .8 16 24 25 21 * T e t r ac h lo r o e th e n e (PC E) 0 .7 1 N /A N /A N /A N /A N /A N /A * * * 3 .1 4 .1 3 .7 4 3 .3 3 .6 3 .8 3 .9 3 * T r i c h lo r o e th e n e (T C E ) 2 .8 1 N /A N /A N /A N /A N /A N /A * * * * * * * 2 1 .8 2 .3 2 .1 2 .1 * X y l e n e s t ot al 5 30 3 N /A N /A N /A N /A N /A N /A * * * 4 .1 8 .6 9 .1 5 .3 11 4 .9 9 9 .8 7 .4 * M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 9 97 A pr -19 9 8 O c t -1 9 98 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 0 00 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 O c t -2 0 02 A pr -20 0 3 A n ti m o ny NL 6 N /A N /A N /A N /A N /A N /A * * * * * * * * 3 .5 * * * * A r s e n ic 50 10 N /A N /A N /A N /A N /A N /A * * * 11 6 9 8 25 * * * * 36 B ar i um 2 0 00 1 00 N /A N /A N /A N /A N /A N /A 1 3 79 1 2 82 2 82 1 1 50 2 7 80 4 4 30 4 8 00 2 2 00 2 6 00 3 5 00 1 2 0 00 1 0 0 00 1 30 B er y l l i um NL 10 N /A N /A N /A N /A N /A N /A * * * * * * * 3 .8 * 2 .2 5 .2 5 .1 * Ca d m i um 1 .75 1 N /A N /A N /A N /A N /A N /A * * * * * 2 2 * 10 * * * * C h r o m i um 50 10 N /A N /A N /A N /A N /A N /A * * * 54 57 1 75 94 1 30 1 70 1 90 3 30 3 00 * C ob a lt NL 10 N /A N /A N /A N /A N /A N /A 18 23 * 61 1 20 2 46 2 12 1 00 1 50 1 70 4 40 3 70 * C o pp er 1 0 00 10 N /A N /A N /A N /A N /A N /A 14 29 * 1 21 1 57 4 90 2 62 2 30 3 50 4 40 7 80 9 30 4 .9 L e ad 15 10 N /A N /A N /A N /A N /A N /A 6 24 * 22 48 1 25 1 08 * * 88 2 30 2 50 * N i c k el 1 00 50 N /A N /A N /A N /A N /A N /A * * * 22 37 80 48 96 63 1 00 1 90 2 70 * Se l e n i um 50 10 N /A N /A N /A N /A N /A N /A * 11 * * 6 * * 19 13 * * * 5 .5 S i lv er 18 10 N /A N /A N /A N /A N /A N /A * * * * * * * 2 .8 * * * * * V a n a d i um NL 20 N /A N /A N /A N /A N /A N /A * * * 83 84 2 04 1 02 1 50 2 50 2 60 4 60 4 90 * Z i nc 1 0 50 10 N /A N /A N /A N /A N /A N /A 37 25 64 2 81 3 08 8 54 4 38 3 80 7 10 8 40 1 5 00 1 3 00 12 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 16 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -6 V O Cs 1 ,1 -D i c h lo r o e th a ne 1 ,2 -D i c h lo r o e th a ne 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne Me th y l e n e C h lo r i de T e t r ac h lo r o e th e n e (PC E) T r i c h lo r o e th e n e (T C E ) X y l e n e s t ot al M ET A LS A n ti m o ny A r s e n ic B ar i um B er y l l i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um S i lv er V a n a d i um Z i nc NC 2 L SW S L O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 0 09 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 70 5 * * * * * * * * * * * * * 0 .4 1 * * * * * 0 .38 1 * * * * * * * * * * * * * 20 5 * * * * * 1 .4 1 * * 9 .2 5 .6 * * 1 2 .2 1 2 .7 1 6 .9 1 0 .1 1 2 .6 1 5 .8 1 1 .8 6 1 * 3 .6 5 .2 7 .9 8 .4 1 1 * * * * * * 2 .1 2 .0 3 .2 1 .4 3 .1 3 .8 2 .2 1 1 * * * 1 .4 * 2 8 00 10 * * * * * * * * * * * * * 3 0 00 10 * * * * * 70 5 * * * * * * 5 .4 6 .0 9 .2 6 .7 8 .7 1 0 .0 7 .4 70 5 * * * * * 4 .6 1 * * * * * * 7 .2 7 .4 1 1 .6 5 .7 1 0 .6 1 2 .2 7 .7 5 1 * * 1 .3 2 .4 2 .4 0 .7 1 * * 1 .3 * * * * * 1 .5 * * 1 .1 1 0 .7 1 * * * * * 2 .8 1 * * * * * * * * 1 .1 * * 1 .0 * 3 1 * * * * * 5 30 3 * * * * * * * 3 .7 7 .3 * 4 .8 5 .8 1 .6 5 00 5 * * * * * NC 2 L SW S L O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 0 09 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 NL 6 * * * * * * * * * * * * * 1 6 * * * * * 50 10 6 .1 7 .1 * * * * * * * * * * * 10 10 * * * * * 2 0 00 1 00 1 1 00 3 4 00 1 6 30 1 5 20 7 09 8 62 6 39 7 07 3 17 3 14 3 71 2 91 2 53 7 00 1 00 2 83 5 00 4 53 2 82 4 31 NL 10 * * * * * * * * * * * * 4 1 * * * * * 1 .75 1 * 21 * * * * * * * * * * * 2 1 * * * * * 50 10 89 2 00 1 33 * * * * * * * * * 10 10 * 2 5 .7 * * * NL 10 44 1 80 8 5 .6 4 7 .6 1 2 .9 1 6 .6 * 1 2 .4 1 2 .7 * 1 4 .8 1 3 .6 * 1 10 * 1 0 .3 * * * 1 0 00 10 2 30 5 50 3 07 * * * * 2 6 .1 * * 2 1 .5 * * 1 0 00 10 * 5 4 .2 2 3 .1 * 2 4 .1 15 10 34 1 10 42 2 3 .3 * 1 1 .8 * 1 0 .9 * * * * * 15 10 * 1 0 .1 * * * 1 00 50 58 1 00 5 7 .4 * * * * * * * * * * 1 00 50 * * * * * 50 10 * * * * * * * * * * * * * 20 10 * * * * * 18 10 * * * * * * * * * * * * * 20 10 * * * * * NL 20 1 20 2 90 1 91 * * * * * * * * * * 0 .3 25 * 3 4 .7 * * * 1 0 50 10 3 20 7 90 4 03 * 51 * * 3 2 .5 1 1 .4 1 8 .1 4 5 .1 2 2 .7 * 1 0 00 10 1 1 .2 1 06 3 9 .3 1 1 .5 3 2 .9 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 17 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -6 V O Cs 1 ,1 -D i c h lo r o e th a ne 1 ,2 -D i c h lo r o e th a ne 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne Me th y l e n e C h lo r i de T e t r ac h lo r o e th e n e (PC E) T r i c h lo r o e th e n e (T C E ) X y l e n e s t ot al M ET A LS A n ti m o ny A r s e n ic B ar i um B er y l l i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um S i lv er V a n a d i um Z i nc NC 2 L SW S L O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 0 .4 1 * * * * * * * * * 20 5 * * * * * * * * * 6 1 1 0 .5 2 .9 1 .8 1 .7 4 .3 7 .6 9 .1 2 .6 6 .6 1 1 * * * * * * * * * 3 0 00 10 * * * * * * * * * 70 5 * * * * * * * * * 5 1 3 .5 * * * * 1 .1 1 .9 * * 0 .7 1 * * * * * * * * * 3 1 * * * * * * * * * 5 00 5 * * * * * * * * * NC 2 L SW S L O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 1 6 * * * * * * * * * 10 10 * * * * * * * * * 7 00 1 00 2 36 2 95 3 62 4 80 2 41 2 47 2 83 5 43 3 51 4 1 * * * * * * * * * 2 1 * * * * * * * * * 10 10 * * * * * * * 2 8 .1 * 1 10 * * * * * * * 1 2 .1 * 1 0 00 10 * 1 1 .8 1 3 .8 1 0 .4 * 1 1 .3 2 1 .7 7 5 .0 3 0 .1 15 10 * * * * * * * 1 1 .7 * 1 00 50 * * * * * * * * * 20 10 * * * * * * * * * 20 10 * * * * * * * * * 0 .3 25 * * * * * * * 4 1 .3 * 1 0 00 10 1 2 .3 2 4 .1 2 8 .8 1 3 .1 2 1 .0 1 7 .5 2 5 .6 1 24 3 7 .5 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 18 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW - 6A V O Cs NC 2L SW S L A pr -20 0 3 O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 A pr -20 0 8 A pr -20 0 9 O c t -2 0 09 NC 2L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 8 .2 NS NS NS 9 .5 NS NS NS 8 .6 NS NS NS 11 .2 NS 6 1 NS NS 15 .3 A ce t on e 7 00 1 00 12 NS NS NS * NS NS NS * NS NS NS * NS 6 0 00 1 00 NS NS * Be n ze ne 1 1 6 .3 NS NS NS 5 .6 NS NS NS 6 .0 NS NS NS 6 .2 NS 1 1 NS NS 4 .7 c is -1 ,2 -D i c h lo r o e th e ne 70 5 16 NS NS NS 17 .3 NS NS NS 14 .6 NS NS NS 16 .4 NS 70 5 NS NS 19 .5 Me th y l e n e C h lo r i de 4 .6 1 11 NS NS NS 5 .2 NS NS NS 5 .1 NS NS NS 2 .5 NS 5 1 NS NS 2 .2 T e t r ac ho r o e th a ne 0 .7 1 * NS NS NS * NS NS NS 1 .6 NS NS NS 1 .3 NS 0 .7 1 NS NS 1 .1 T r i c h lo r o e th e ne 2 .8 1 * NS NS NS 1 .7 NS NS NS 1 .6 NS NS NS 1 .7 NS 3 1 NS NS 1 .4 X y l e n es 5 30 3 * NS NS NS * NS NS NS * NS NS NS 1 .2 NS 5 00 5 NS NS * M ET A LS NC 2L SW S L A pr -20 0 3 O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 A pr -20 0 8 A pr -20 0 9 O c t -2 0 09 NC 2L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 A n ti m o ny NL 6 36 NS NS NS * NS NS NS * NS NS NS * NS NL 6 NS NS * B ar i um 2 0 00 1 00 2 80 NS NS NS * NS NS NS 2 81 NS NS NS 2 88 NS 7 00 1 00 NS NS 3 02 C h r o m i um 50 10 6 .8 NS NS NS * NS NS NS * NS NS NS * NS 10 10 NS NS * C ob a lt NL 10 14 NS NS NS 14 .5 NS NS NS 14 .5 NS NS NS 14 .3 NS NL 10 NS NS 14 .3 C o pp er 1 0 00 10 17 NS NS NS * NS NS NS * NS NS NS * NS 1 0 00 10 NS NS * N i c k el 1 00 50 19 NS NS NS * NS NS NS * NS NS NS * NS 1 00 50 NS NS * V a n a d i um NL 20 7 NS NS NS * NS NS NS * NS NS NS * NS NL 25 NS NS * Z i nc 1 0 50 10 58 NS NS NS * NS NS NS 92 .5 NS NS NS 12 .5 NS 1 0 00 10 NS NS 18 .6 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 19 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW - 6A V O Cs 1 ,4 -D i c h lo r ob e n ze ne A ce t on e Be n ze ne c is -1 ,2 -D i c h lo r o e th e ne Me th y l e n e C h lo r i de T e t r ac ho r o e th a ne T r i c h lo r o e th e ne X y l e n es M ET A LS A n ti m o ny B ar i um C h r o m i um C ob a lt C o pp er N i c k el V a n a d i um Z i nc NC 2L SW S L O c t -2 01 1 A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 6 1 NS NS NS 11 .3 NS NS NS 9 .6 NS NS NS 6 0 00 1 00 NS NS NS * NS NS NS * NS NS NS 1 1 NS NS NS 4 .5 NS NS NS * NS NS NS 70 5 NS NS NS 18 .9 NS NS NS 6 .8 NS NS NS 5 1 NS NS NS * NS NS NS * NS NS NS 0 .7 1 NS NS NS * NS NS NS * NS NS NS 3 1 NS NS NS 1 .5 NS NS NS * NS NS NS 5 00 5 NS NS NS * NS NS NS * NS NS NS NC 2L SW S L O c t -2 01 1 A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 1 6 NS NS NS * NS NS NS * NS NS NS 7 00 1 00 NS NS NS 2 96 NS NS NS 2 97 NS NS NS 10 10 NS NS NS * NS NS NS * NS NS NS 1 10 NS NS NS 14 .0 NS NS NS 12 .4 NS NS NS 1 0 00 10 NS NS NS * NS NS NS * NS NS NS 1 00 50 NS NS NS * NS NS NS * NS NS NS 0 .3 25 NS NS NS * NS NS NS * NS NS NS 1 0 00 10 NS NS NS 13 .2 NS NS NS 43 .7 NS NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 20 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW - 6 CR V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 1 ,1 -D i c h lo r o e th a ne 70 5 .0 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 2 3 .5 1 .4 2 .7 2 .2 2 .3 2 .3 * 1 ,2 -D i c h lo r ob e n ze ne 24 5 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 3 .3 4 .5 3 .3 3 .6 4 4 .2 3 .5 8 .4 2 -B ut a n o ne 4 2 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * A ce t on e 7 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * 12 * * * * * * Be n ze ne 1 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 3 .3 5 .2 2 .9 3 .7 4 3 .8 4 .2 * C ar b on D i su l f i de 7 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * 18 .6 * * * * 9 .9 * C h lo r ob e n ze ne 50 3 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * C h lo r o e th a ne 2 8 00 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * 1 .6 * * * * c is -1 ,2 -D i c h lo r o e th e ne 70 5 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 8 .5 8 .3 7 .8 9 .9 9 .4 8 .6 10 14 Me th y l e n e c h lo r i de 4 .6 1 .0 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 16 .6 15 .8 10 22 * * * 10 T e t r ac h lo r o e th e n e (PC E) 0 .7 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 1 .8 1 .8 1 .6 * 1 .1 * T r i c h lo r o e th e n e (T C E) 2 .8 1 .0 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 1 .2 1 .4 1 .4 1 .4 1 .1 * X y l e n e s t ot al 5 30 3 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 4 .8 2 .6 * * 3 .4 3 .6 3 .5 5 .4 M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 A n ti m o ny NL 6 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * 2 .2 * * * * A r s e n ic 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 5 * 8 .6 6 .6 8 .4 13 16 * B ar i um 2 0 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 34 30 47 48 61 61 72 11 Ca d m i um 1 .75 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * C h r o m i um 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 19 5 21 11 6 .4 * * * C ob a lt NL 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * L e ad 15 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 5 * * * * * * * N i c k el 1 00 50 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 11 * * * * * Se l e n i um 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * 6 23 11 * * * * Z i nc 1 0 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 23 * 41 40 23 14 11 11 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 21 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW - 6 CR V O Cs 1 ,1 -D i c h lo r o e th a ne 1 ,2 -D i c h lo r ob e n ze ne 1 ,4 -D i c h lo r ob e n ze ne 2 -B ut a n o ne A ce t on e Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne Me th y l e n e c h lo r i de T e t r ac h lo r o e th e n e (PC E) T r i c h lo r o e th e n e (T C E) X y l e n e s t ot al M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt L e ad N i c k el Se l e n i um Z i nc <==M W -6C M W -6 CR ==> NC 2 L SW S L O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 70 5 .0 * * * * * * * * NS * 1 .6 * * 7 5 * * * * * 24 5 * * * * * * * * NS * * * * 20 5 * * * * * 1 .4 1 15 8 .5 1 2 .3 11 1 2 .1 1 1 .8 1 1 .0 1 1 .6 NS 7 .6 7 .4 1 0 .1 1 2 .7 6 1 1 1 .6 1 1 .2 1 3 .2 1 2 .8 1 4 .3 4 2 00 1 00 * * * * * * * * NS 2 44 * * * 4 0 00 10 * * * * * 7 00 1 00 * * * * * * * * NS * * * * 6 0 00 1 00 * * * * * 1 1 8 .2 * 5 .5 5 .8 5 .6 5 .1 6 .5 5 .4 NS 1 .3 1 .5 2 .2 2 .6 1 1 1 .6 1 .7 1 .5 2 .2 1 .7 7 00 1 00 * * * * * * * * NS * * * * 7 00 1 00 * * * * * 50 3 * * * * * * * * NS * * * * 50 3 * * * * * 2 8 00 10 * * * * * * * * NS * * * * 3 0 00 10 * * * * * 70 5 27 15 1 4 .2 1 6 .7 1 8 .4 1 6 .8 1 5 .8 1 5 .3 NS 10 .5 10 .8 13 .5 1 4 .9 70 5 1 3 .3 1 4 .6 1 6 .6 1 6 .4 1 5 .2 4 .6 1 .0 8 .1 * * * * * * * NS 1 .4 * * * 5 1 * * * * * 0 .7 1 * * 2 .1 * * 1 .3 1 .5 1 .4 NS * * * 1 .1 0 .7 1 * * 1 .0 * * 2 .8 1 .0 * * 2 .0 1 .8 * 1 .6 2 .0 1 .8 NS 1 .2 1 .1 1 .5 1 .6 3 1 1 .2 1 .3 1 .3 1 .2 1 .2 5 30 3 * * * * * * * 3 .0 NS * * * * 5 00 5 * * * * * NC 2 L SW S L O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 NL 6 * * * * * * * * NS * * * * 1 6 * * * * * 50 10 27 20 1 6 .7 1 1 .1 1 3 .3 1 3 .7 1 1 .7 1 2 .9 NS * * * * 10 10 * * * * * 2 0 00 1 00 1 40 1 20 * * * * * 1 71 NS * * * 2 24 7 00 1 00 2 78 3 71 3 69 4 02 5 14 1 .75 1 * 3 .3 * * * * * * NS * * * * 2 1 * * * * * 50 10 * * * * * * * * NS * * * * 10 10 * * * * * NL 10 * * * * * * * * NS 10 .5 * * 1 4 .2 1 10 1 4 .3 3 0 .4 3 3 .3 3 1 .8 4 1 .2 15 10 * * * * * * * * NS * * * * 15 10 * * * * * 1 00 50 * * * * * * * * NS * * * * 1 00 50 * * * * * 50 10 * * * * * * * * NS * * * * 20 10 * * * * * 1 0 50 10 * * * * * * * 4 7 .7 NS * * * * 1 0 00 10 * 13 .0 * * 19 .4 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 22 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW - 6 CR V O Cs 1 ,1 -D i c h lo r o e th a ne 1 ,2 -D i c h lo r ob e n ze ne 1 ,4 -D i c h lo r ob e n ze ne 2 -B ut a n o ne A ce t on e Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne Me th y l e n e c h lo r i de T e t r ac h lo r o e th e n e (PC E) T r i c h lo r o e th e n e (T C E) X y l e n e s t ot al M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt L e ad N i c k el Se l e n i um Z i nc NC 2 L SW S L O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 7 5 * * * * * * * * * 20 5 1 7 .0 * * * * * * * * 6 1 1 3 .9 1 4 .1 1 3 .0 1 2 .6 1 5 .2 1 5 .6 1 3 .9 1 4 .4 1 7 .1 4 0 00 10 * * * * * * * * * 6 0 00 1 00 * * * * * * * * * 1 1 1 .3 2 .3 1 .9 1 .7 1 .7 1 .4 1 .6 1 .5 1 .8 7 00 1 00 * * * * * * * * * 50 3 * * * * 3 .3 3 .1 3 .3 3 .7 4 .7 3 0 00 10 * * * * * * * * * 70 5 1 2 .5 2 0 .1 1 5 .3 1 5 .6 1 5 .6 1 4 .4 1 3 .1 1 4 .0 1 7 .0 5 1 * * * * * * * * * 0 .7 1 * * * * * * * * * 3 1 * 1 .4 * 1 .2 1 .2 * * * * 5 00 5 * * * * * * * * * NC 2 L SW S L O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 1 6 * * * * * * * * * 10 10 * * * * * * * * * 7 00 1 00 3 83 3 40 2 93 3 36 3 67 4 03 3 67 3 07 3 20 2 1 * * * * * * * * * 10 10 * * * * * * * * * 1 10 4 4 .3 4 1 .8 2 8 .6 3 3 .3 3 7 .1 3 6 .9 3 2 .3 3 2 .3 3 1 .9 15 10 * * * * * * * * * 1 00 50 * * * * * * * * * 20 10 * * * * * * * * * 1 0 00 10 * 1 0 .9 * 1 4 .2 1 2 .4 1 1 .6 * * * N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 23 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 0 02 A pr -20 0 3 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 N /A N /A N /A N /A N /A N /A * * * 4 .3 2 .8 2 4 2 * 1 .9 * * * c is -1 ,2 -D i c h lo r o e th e ne 70 5 N /A N /A N /A N /A N /A N /A * * * 5 .6 5 .9 4 .3 4 .3 3 .3 2 .2 4 * 3 * M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 0 02 A pr -20 0 3 A n ti m o ny NL 6 N /A N /A N /A N /A N /A N /A * * * * * * * * 2 .9 * * 6 .2 * A r s e n ic 50 10 N /A N /A N /A N /A N /A N /A * * * * * 9 * 1 10 * * * * * B ar i um 2 0 00 1 00 N /A N /A N /A N /A N /A N /A 6 ,4 02 2 ,9 61 2 ,7 10 1 ,1 00 1 ,6 30 10 ,2 00 1 ,1 80 25 ,0 00 1 ,9 00 12 ,0 00 2 ,8 00 1 ,9 00 3 80 B er y l l i um NL 1 N /A N /A N /A N /A N /A N /A * * * * * * * 27 3 13 2 .4 2 * Ca d m i um 1 .75 1 N /A N /A N /A N /A N /A N /A 2 1 * * * 4 * * 6 .4 5 .3 * * * C h r o m i um 50 10 N /A N /A N /A N /A N /A N /A * 5 69 10 68 3 33 23 8 20 89 5 30 90 93 7 .7 C ob a lt NL 10 N /A N /A N /A N /A N /A N /A 19 * 60 * 36 2 36 * 5 60 46 3 70 61 55 * C o pp er 1 0 00 10 N /A N /A N /A N /A N /A N /A 79 23 1 33 17 1 08 7 50 46 1 ,6 00 2 00 1 ,1 00 1 90 2 00 16 L e ad 15 10 N /A N /A N /A N /A N /A N /A 9 * 6 4 * * 14 14 * 92 14 19 * N i c k el 1 00 50 N /A N /A N /A N /A N /A N /A 18 * 37 * 37 1 37 11 5 50 56 3 00 53 86 * Se l e n u im 50 10 N /A N /A N /A N /A N /A N /A * * * * 9 * * 1 80 * 6 .9 15 * * S i lv er 18 10 N /A N /A N /A N /A N /A N /A * * * * * * * 18 * * * * * V a n a d i um NL 20 N /A N /A N /A N /A N /A N /A * * 1 08 22 1 10 3 11 40 6 30 2 00 5 10 1 50 1 60 11 Z i nc 1 0 50 10 N /A N /A N /A N /A N /A N /A 1 12 35 2 13 34 1 70 1 ,0 50 63 2 ,2 00 3 40 1 ,8 00 2 70 2 40 22 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le MW -7 R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 24 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,4 -D i c h lo r ob e n ze ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS A n ti m o ny A r s e n ic B ar i um B er y l l i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n u im S i lv er V a n a d i um Z i ncMW -7 NC 2 L SW S L O c t -2 0 03 O c t -03 du p A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 1 .4 1 * * * * * * * * * * * * * * 6 1 * * * * 70 5 * * * * * * * * * * * * * * 70 5 * * * * NC 2 L SW S L O c t -2 0 03 O c t -03 du p A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 NL 6 * * * * * * * * * * * * * * NL 6 * * * * 50 10 * 7 .1 * * * * * * * * * * * * 10 10 * * * * 2 0 00 1 00 9 40 9 40 9 60 2 ,4 10 3 ,2 00 1 ,6 20 1 ,9 50 5 63 5 ,5 30 6 ,2 20 1 ,0 00 9 ,1 70 1 ,5 80 1 0 70 7 00 1 00 1 3 30 1 8 70 1 2 70 3 8 80 NL 1 * * * 2 .3 * * * * 2 .0 1 .2 * 7 .1 1 .1 * NL 1 * 1 .2 * * 1 .75 1 * * 2 .7 * * * * * * * * 2 .0 * 2 1 * * * * 50 10 62 65 24 1 71 * 2 6 .1 * * * * * 2 78 3 8 .7 * 10 10 * 4 2 .8 * * NL 10 23 24 18 6 1 .1 4 9 .9 1 5 .9 2 0 .7 * 5 4 .0 1 4 .7 * 2 19 2 8 .6 1 4 .9 NL 10 2 2 .6 2 6 .6 2 3 .4 1 9 .5 1 0 00 10 1 20 1 30 55 2 81 * * * * 6 5 .3 27 1 3 .8 5 24 8 2 .3 2 2 .2 1 0 00 10 2 6 .5 8 2 .2 2 6 .9 5 3 .1 15 10 10 11 9 .1 1 9 .4 1 1 .4 * * * 1 1 .4 9 .5 * 6 8 .6 * * 15 10 * * * * 1 00 50 43 46 11 7 8 .6 * * * * * * * 1 14 * * 1 00 50 * * * * 50 10 * * * * * * * * * * * 1 6 .3 * * 20 10 * * * * 18 10 * * * * * * * * * * * * * * 20 10 * * * * NL 20 86 92 48 2 47 * 4 0 .1 * * * * * 2 20 7 4 .1 2 5 .7 NL 25 * 5 6 .4 * 2 7 .1 1 0 50 10 1 30 1 50 71 3 27 55 98 * * 1 13 5 9 .3 2 5 .1 8 79 1 41 4 3 .2 1 0 00 10 4 6 .5 1 16 4 6 .7 5 9 .4 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 25 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,4 -D i c h lo r ob e n ze ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS A n ti m o ny A r s e n ic B ar i um B er y l l i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n u im S i lv er V a n a d i um Z i ncMW -7 NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 6 1 * * * * * * * 1 .2 * 2 .2 70 5 * * * * * * * * * * NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 1 6 * * * * * * * * * * 10 10 * * * * * * * * * * 7 00 1 00 1 1 50 3 1 20 1 0 40 1 0 80 1 0 70 1 3 20 1 6 10 9 68 6 49 5 74 4 1 * * * * * * 2 .3 * * * 2 1 * * * * * * * * * * 10 10 * * 2 6 .2 * * 2 3 .8 1 06 3 6 .2 2 5 .2 1 3 .9 1 10 1 4 .0 2 0 .8 2 0 .3 1 3 .3 1 7 .3 2 1 .4 4 6 .4 1 5 .1 1 3 .6 * 1 0 00 10 2 2 .7 5 1 .3 5 8 .9 2 4 .6 2 4 .6 5 7 .1 1 47 7 7 .2 5 0 .8 2 6 .6 15 10 * * * * * * 1 5 .2 * * * 1 00 50 * * * * * * 5 7 .3 * * * 20 10 * * * * * * * * * * 20 10 * * * * * * * * * * 0 .3 25 * * 3 9 .3 * * 4 1 .3 1 62 5 7 .0 4 1 .5 * 1 0 00 10 3 9 .6 6 8 .8 9 5 .2 4 1 .9 3 1 .5 7 2 .4 1 81 9 0 .3 6 4 .3 3 2 .6 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 26 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW - 7A V O Cs NC 2 L SW S L A pr -20 0 3 O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 1 ,2 -D i c h lo r ob e n ze ne 24 5 * NS NS NS * NS NS NS * NS NS NS * NS 20 5 NS NS * NS 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 * NS NS NS 6 .7 NS NS NS 8 .1 NS NS NS 8 .4 NS 6 1 NS NS 8 .4 NS Be n ze ne 1 1 * NS NS NS * NS NS NS 1 .3 NS NS NS 1 .5 NS 1 1 NS NS * NS C h lo r ob e n ze ne 50 3 * NS NS NS * NS NS NS 10 .9 NS NS NS 18 .2 NS 50 3 NS NS 8 .0 NS c is -1 ,2 -D i c h lo r o e th e ne 70 5 6 .6 NS NS NS 5 .2 NS NS NS 8 .3 NS NS NS 9 .5 NS 70 5 NS NS * NS M ET A LS NC 2 L SW S L A pr -20 0 3 O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 A n ti m o ny NL 6 34 NS NS NS * NS NS NS * NS NS NS * NS NL 6 NS NS * NS B ar i um 2 0 00 1 00 4 80 NS NS NS * NS NS NS 5 40 NS NS NS 5 73 NS 7 00 1 00 NS NS 5 07 NS Ca d m i um 1 .75 1 4 .1 NS NS NS 1 .2 NS NS NS 1 .5 NS NS NS 1 .6 NS 2 1 NS NS 1 .5 NS C h r o m i um 50 10 12 NS NS NS * NS NS NS * NS NS NS * NS 10 10 NS NS * NS C ob a lt NL 10 15 NS NS NS * NS NS NS 11 .9 NS NS NS 11 .9 NS NL 10 NS NS 10 .4 NS C o pp er 1 0 00 10 19 NS NS NS * NS NS NS * NS NS NS * NS 1 0 00 10 NS NS * NS L e ad 15 10 5 NS NS NS * NS NS NS * NS NS NS * NS 15 10 NS NS * NS N i c k el 1 00 50 12 NS NS NS * NS NS NS * NS NS NS * NS 1 00 50 NS NS * NS Se l e n i um 50 10 7 .4 NS NS NS * NS NS NS * NS NS NS * NS 20 10 NS NS * NS V a n a d i um NL 20 18 NS NS NS * NS NS NS * NS NS NS * NS NL 25 NS NS * NS Z i nc 1 0 50 10 54 NS NS NS * NS NS NS 20 .2 NS NS NS 10 .9 NS 1 0 00 10 NS NS 11 .0 NS N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 27 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW - 7A V O Cs 1 ,2 -D i c h lo r ob e n ze ne 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C h lo r ob e n ze ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS A n ti m o ny B ar i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i nc NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 20 5 NS NS * NS NS NS 7 .1 NS NS NS 6 1 NS NS 5 .9 NS NS NS 8 .4 NS NS NS 1 1 NS NS * NS NS NS 1 .2 NS NS NS 50 3 NS NS 7 .7 NS NS NS 22 .2 NS NS NS 70 5 NS NS * NS NS NS * NS NS NS NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 1 6 NS NS * NS NS NS * NS NS NS 7 00 1 00 NS NS 4 82 NS NS NS 8 24 NS NS NS 2 1 NS NS * NS NS NS 1 .9 NS NS NS 10 10 NS NS 1 .4 NS NS NS * NS NS NS 1 10 NS NS 10 .7 NS NS NS 21 .2 NS NS NS 1 0 00 10 NS NS * NS NS NS * NS NS NS 15 10 NS NS * NS NS NS * NS NS NS 1 00 50 NS NS * NS NS NS * NS NS NS 20 10 NS NS * NS NS NS * NS NS NS 0 .3 25 NS NS * NS NS NS * NS NS NS 1 0 00 10 NS NS 10 .1 NS NS NS 25 .6 NS NS NS N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 28 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 1 ,2 -D i c h lo r ob e n ze ne 24 5 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 5 .7 5 .5 4 .1 5 .1 4 .6 4 .7 4 .5 * Be n ze ne 1 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * C ar b on D i su l f i de 7 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 90 .2 7 .1 * * * * * * C h lo r ob e n ze ne 50 3 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * c is -1 ,2 -D i c h lo r o e th e ne 70 5 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 8 .1 5 .6 6 .4 6 .1 6 .5 4 .8 5 .4 8 .2 M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 0 01 A pr -20 0 2 O c t -2 0 02 A pr -20 0 3 A n ti m o ny NL 6 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * 6 .7 A r s e n ic 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 8 .1 7 * * * * B ar i um 2 0 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 4 16 4 28 4 00 1 40 4 10 4 10 4 10 4 00 Ca d m i um 1 .75 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * C h r o m i um 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 2 .6 * * * 74 * C ob a lt NL 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 12 * 13 13 13 14 L e ad 15 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * 4 4 * * * * * N i c k el 1 00 50 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 16 * * * 58 * Se l e n i um 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 26 * * 13 * 7 .4 S i lv er 18 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 10 * * * * * Z i nc 1 0 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 28 * 40 * 15 22 27 * N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le MW - 7C R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 29 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,2 -D i c h lo r ob e n ze ne 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt L e ad N i c k el Se l e n i um S i lv er Z i ncMW - 7C NC 2 L SW S L O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 24 5 * * * * * * * * * * 2 .4 * * 20 5 * * * * * 1 .4 1 * 6 .7 8 .1 * 7 .3 8 .1 7 .5 7 .8 8 .2 8 .1 7 .2 8 .2 8 .1 6 1 6 .7 7 .6 8 .0 8 .5 8 .6 1 1 * * 1 .2 1 .3 1 .0 1 .2 1 .7 1 .4 1 .3 1 .2 1 .2 1 .4 1 .1 1 1 * 1 .3 * 1 .7 1 .3 7 00 1 00 * * * * * * * * * * * * * 7 00 1 00 * * * * * 50 3 * * * * * * 5 .7 7 .1 9 .5 9 .5 1 0 .1 1 2 .3 1 0 .1 50 3 5 .3 8 .7 7 .5 1 1 .9 1 3 .7 70 5 7 .1 6 .6 5 .4 6 .6 5 .2 6 7 .8 7 .1 6 .5 6 .8 6 .2 7 .3 5 .4 70 5 * * * 5 .5 * NC 2 L SW S L O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 NL 6 * * * * * * * * * * * * * NL 6 * * * * * 50 10 * * * * * * * * * * * * * 10 10 * * * * * 2 0 00 1 00 4 60 4 60 * 5 11 5 73 * 4 38 4 22 4 35 4 78 4 68 4 49 7 00 1 00 4 80 5 16 5 24 5 41 5 42 1 .75 1 * 1 .4 * * * * * * * * * * * 2 1 * * * * * 50 10 * * * * * * * * * * * * * 10 10 * * * * * NL 10 15 16 1 0 .6 1 3 .3 1 3 .8 1 4 .9 * 1 3 .4 1 1 .5 1 1 .5 1 6 .7 1 3 .9 1 3 .7 NL 10 1 5 .9 1 5 .7 1 5 .9 1 6 .6 1 4 .4 15 10 * * * * * * * * * * * * * 15 10 * * * * * 1 00 50 5 .9 * * * * * * * * * * * * 1 00 50 * * * * * 50 10 8 .4 6 .3 * * * * * * * * * * * 20 10 * * * * * 18 10 * * * * * * * * * * * * * 20 10 * * * * * 1 0 50 10 13 * 1 31 * * * * * 6 2 .4 1 4 .0 1 3 .2 * * 1 0 00 10 * * * 1 2 .4 1 1 .6 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 30 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,2 -D i c h lo r ob e n ze ne 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS A n ti m o ny A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt L e ad N i c k el Se l e n i um S i lv er Z i ncMW - 7C NC 2 L SW S L O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 20 5 * * * * * 6 .0 6 .8 * 8 .7 6 1 8 .9 6 .3 6 .4 5 .2 8 .7 9 .3 9 .3 5 .6 1 1 .6 1 1 1 .0 1 .1 1 .3 1 .1 1 .5 1 .2 1 .6 * 1 .7 7 00 1 00 * * * * * * * * * 50 3 1 9 .8 9 .5 9 .4 8 .0 1 8 .9 2 3 .3 2 5 .2 7 .9 2 5 .0 70 5 5 .1 * * * * * 5 .3 * 5 .8 NC 2 L SW S L O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 NL 6 * * * * * * * * * 10 10 * * * * * * * * * 7 00 1 00 5 61 4 50 5 28 6 01 6 38 6 15 6 04 4 46 6 17 2 1 1 .8 * * * * * 1 .7 * * 10 10 * * * * * * * * * NL 10 1 9 .0 1 3 .9 1 5 .7 1 8 .3 2 0 .2 1 8 .2 1 7 .2 1 3 .4 1 9 .5 15 10 * * * * * * * * * 1 00 50 * * * * * * * * * 20 10 * * * * * * * * * 20 10 * * * * * * * * * 1 0 00 10 * 1 8 .8 * 1 7 .3 * 1 8 .1 * * * N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 31 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -8 M ET A LS NC 2L SW S L A pr -20 0 3 O c t -2 0 03 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 0 05 A pr -20 0 6 O c t -2 0 06 A pr -20 0 7 O c t -2 0 07 A pr -20 0 8 O c t -2 0 08 A pr -20 0 9 O c t -2 0 09 NC 2L SW S L A pr -20 1 0 O c t -2 0 10 A pr -20 1 1 O c t -2 0 11 A r s e n ic 50 10 1 40 NS NS NS * NS NS NS * NS NS NS 11 .8 NS 10 10 NS NS * NS B ar i um 2 0 00 1 00 6 ,1 00 NS NS NS * NS NS NS 2 24 NS NS NS 1 1 60 NS 7 00 1 00 NS NS 2 13 NS C h r o m i um 50 10 1 ,0 00 NS NS NS 11 .3 NS NS NS 13 .3 NS NS NS 1 54 NS 10 10 NS NS 24 .8 NS C ob a lt NL 10 3 80 NS NS NS 10 .6 NS NS NS 16 .3 NS NS NS 77 .9 NS NL 10 NS NS 14 .2 NS C o pp er 1 0 00 10 2 ,4 00 NS NS NS * NS NS NS 30 .3 NS NS NS 1 28 NS 1 0 00 10 NS NS 31 .2 NS L e ad 15 10 1 50 NS NS NS * NS NS NS 13 .0 NS NS NS 33 .4 NS 15 10 NS NS * NS N i c k el 1 00 50 6 90 NS NS NS * NS NS NS * NS NS NS 1 39 NS 1 00 50 NS NS * NS Se l e n i um 50 10 62 NS NS NS * NS NS NS * NS NS NS * NS 20 10 NS NS * NS V a n a d i um NL 20 1 ,3 00 NS NS NS * NS NS NS 31 .7 NS NS NS 2 24 NS NL 25 NS NS 35 .3 NS Z i nc 1 0 50 10 2 ,0 00 NS NS NS * NS NS NS 60 .0 NS NS NS 2 85 NS 1 0 00 10 NS NS 53 .1 NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 32 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 MW -8 M ET A LS A r s e n ic B ar i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i nc NC 2L SW S L A pr -20 1 2 O c t -2 0 12 A pr -20 1 3 O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 10 10 NS NS * NS NS NS * NS NS NS 7 00 1 00 NS NS 1 12 NS NS NS 1 48 NS NS NS 10 10 NS NS 14 .0 NS NS NS 19 .3 NS NS NS 1 10 NS NS * NS NS NS * NS NS NS 1 0 00 10 NS NS 18 .7 NS NS NS 41 .9 NS NS NS 15 10 NS NS * NS NS NS * NS NS NS 1 00 50 NS NS * NS NS NS * NS NS NS 20 10 NS NS * NS NS NS * NS NS NS 0 .3 25 NS NS * NS NS NS 27 .1 NS NS NS 1 0 00 10 NS NS 31 .2 NS NS NS 37 .6 NS NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 33 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2 L SW S L A pr -20 0 3 O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 * NS NS NS * NS NS NS 1 .9 NS NS NS 2 .5 NS 6 1 NS NS 3 .6 NS Be n ze ne 1 1 * NS NS NS 2 .3 NS NS NS 2 .2 NS NS NS 3 .0 NS 1 1 NS NS 2 .7 NS C h lo r ob e n ze ne 50 3 * NS NS NS * NS NS NS * NS NS NS * NS 50 3 NS NS 3 .9 NS c is -1 ,2 -D i c h lo r o e th e ne 70 5 5 .3 NS NS NS * NS NS NS * NS NS NS 5 .4 NS 70 5 NS NS 6 .5 NS M ET A LS NC 2 L SW S L A pr -20 0 3 O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 B ar i um 2 0 00 1 00 53 NS NS NS * NS NS NS * NS NS NS * NS 7 00 1 00 NS NS * NS Z i nc 1 0 50 10 * NS NS NS * NS NS NS * NS NS NS * NS 1 0 00 10 NS NS * NS N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le MW -9 R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 34 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C h lo r ob e n ze ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS B ar i um Z i ncMW -9 NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 6 1 NS NS 3 .0 NS NS NS 3 .9 NS NS NS 1 1 NS NS 3 .4 NS NS NS 2 .8 NS NS NS 50 3 NS NS 7 .4 NS NS NS 14 .8 NS NS NS 70 5 NS NS 8 .1 NS NS NS 7 .2 NS NS NS NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 01 4 A pr -20 1 5 O c t -2 01 5 A pr -20 1 6 O c t -2 0 16 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 Ja n -19 0 0 7 00 1 00 NS NS * NS NS NS * NS NS NS 1 0 00 10 NS NS 17 .0 NS NS NS * NS NS NS N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 35 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 5 .1 5 3 .6 3 .6 1 .6 2 .7 2 .6 * Be n ze ne 1 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * 1 .3 * 1 .3 2 .9 * C ar b on D i su l f i de 7 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 1 37 51 .4 78 * * * 2 .4 * C h lo r ob e n ze ne 50 3 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * C h lo r o e th a ne 2 8 00 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * 1 .3 * * * * c is -1 ,2 -D i c h lo r o e th e ne 70 5 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 7 .8 9 .3 8 .5 7 .8 3 .3 4 .9 6 .2 8 M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 A r s e n ic 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 12 5 .3 * * * * B ar i um 2 0 00 1 00 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 91 1 05 1 10 77 1 20 1 20 1 20 95 Ca d m i um 1 .75 1 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * C h r o m i um 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 7 .5 * * * * * C ob a lt NL 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * C o pp er 1 0 00 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * L e ad 15 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * N i c k el 1 00 50 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 15 * * * * * Se l e n i um 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * 22 * * 11 * * V a n a d i um NL 20 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A * * * * * * * * Z i nc 1 0 50 10 N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A N /A 28 20 45 * * 20 37 * N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le MW - 10 R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 36 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i ncMW - 10 NC 2 L SW S L D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 1 .4 1 5 .3 5 * 5 .1 * 5 .0 4 .9 4 .9 4 .0 4 .8 4 .5 6 1 4 4 .2 4 .7 4 .4 4 .4 4 .1 3 .6 1 1 1 .1 1 .2 1 .1 1 .0 1 .3 1 .3 * 1 .1 * * * 1 1 * * 1 .0 1 .4 * * 1 .3 7 00 1 00 * * * * * * * * * * * 7 00 1 00 * * * * * * * 50 3 * * * * * * * * 2 .3 3 .1 * 50 3 * * * * 3 .2 3 .3 3 .9 2 8 00 10 * * * * * * * * * * * 3 0 00 10 * * * * * * * 70 5 5 .3 6 .3 6 .0 5 .7 5 .2 5 .5 * * 3 .1 * * 70 5 * * * * * * * NC 2 L SW S L D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 01 1 A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 50 10 * * * * * * * * * * * 10 10 * * * * * * * 2 0 00 1 00 * * * * * 1 11 1 15 1 19 1 25 1 24 1 13 7 00 1 00 1 06 1 07 1 08 1 10 1 04 1 09 1 06 1 .75 1 * * * * * * * * * * * 2 1 * * * * * * * 50 10 * * * * * * * * * * * 10 10 * * * * * * * NL 10 * * * * * * * * * * * 1 10 * * * * * * * 1 0 00 10 * * * * * * * * * * * 1 0 00 10 * * * * * * * 15 10 * * * * * * * * * * * 15 10 * * * * * * * 1 00 50 * * * * * * * * * * * 1 00 50 * * * * * * * 50 10 * * * * * * * * * * * 20 10 * * * * * * * NL 20 * * * * * * * * * * * 0 .3 25 * * * * * * * 1 0 50 10 * * * * * 2 6 .8 * * 1 1 .9 * * 1 0 00 10 * * 1 1 .0 1 7 .4 * 1 8 .4 1 8 .0 N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 37 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,4 -D i c h lo r ob e n ze ne Be n ze ne C ar b on D i su l f i de C h lo r ob e n ze ne C h lo r o e th a ne c is -1 ,2 -D i c h lo r o e th e ne M ET A LS A r s e n ic B ar i um Ca d m i um C h r o m i um C ob a lt C o pp er L e ad N i c k el Se l e n i um V a n a d i um Z i ncMW - 10 NC 2 L SW S L O c t -2 01 3 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 A pr -20 1 5 A pr -20 1 6 O c t -2 0 16 6 1 3 .6 3 .9 4 .8 4 .1 3 .6 3 .2 4 .3 1 1 1 .0 * 1 .1 * * * * 7 00 1 00 * * * * * * * 50 3 3 .3 3 .5 3 .8 3 .6 4 .0 4 .0 4 .8 3 0 00 10 * * * * * * * 70 5 * * * * * * * NC 2 L SW S L O c t -2 01 3 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 A pr -20 1 5 A pr -20 1 6 O c t -2 0 16 10 10 * * * * * * * 7 00 1 00 * 1 02 1 02 * 1 13 * * 2 1 * * * * * * * 10 10 * * * * * * * 1 10 * * * * * * * 1 0 00 10 * * * * * * * 15 10 * * * * * * * 1 00 50 * * * * * * * 20 10 * * * * * * * 0 .3 25 * * * * * * * 1 0 00 10 * 1 0 .8 * * 1 0 .0 * * N O T E S: 1 . * - C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S -l o c a ti on n o t s a m p l ed 3 . N L - c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 38 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 H a i re V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 J un -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 O c t -2 0 03 C h lo r o f o rm 70 5 * 0 .4 * * * * * * * * * * * * * * * * * * M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 J un -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 O c t -2 0 03 B ar i um 2 ,0 00 1 00 * 2 21 * * * 1 07 * * 37 40 45 60 60 58 53 55 54 60 56 41 C o pp er 1 ,0 00 10 * 32 * * * 24 * * 32 31 24 40 51 59 20 25 42 29 15 19 L e ad 15 10 * * * * * * 5 * * * * * 4 5 .5 * * * * * * S i lv er 17 .5 10 * * * * * * 1 * * * * * * * * * * * * * T h a l l i um NL 5 * * * * * * 14 * * * * * * * * * * * * * Z i nc 1 ,0 50 10 * * * * * 40 * * 52 * * 32 36 32 25 24 44 38 * 22 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an tit a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 39 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 H a i re V O Cs C h lo r o f o rm M ET A LS B ar i um C o pp er L e ad S i lv er T h a l l i um Z i nc NC 2 L SW S L A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 0 10 A pr -20 1 1 O c t -2 0 11 A pr -20 1 2 O c t -2 0 12 A pr -20 1 3 70 5 * * * * * * * * * * * * 70 5 * * * * * * * NC 2 L SW S L A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 0 10 A pr -20 1 1 O c t -2 0 11 A pr -20 1 2 O c t -2 0 12 A pr -20 1 3 2 ,0 00 1 00 50 * * * * * * * * * * * 7 00 1 00 * * * * * * * 1 ,0 00 10 26 * * * * * 4 9 .2 2 5 .0 3 4 .3 6 3 .9 4 9 .2 3 6 .8 1 0 00 10 1 12 1 07 1 39 1 39 2 19 4 62 2 5 .3 15 10 * * * * * * * * * * * * 15 10 * * * * * * * 1 7 .5 10 * * * * * * * * * * * * 20 10 * * * * * * * NL 5 * * * * * * * * * * * * 0 .2 5 .5 * * * * * * * 1 ,0 50 10 * * * * * 6 7 .7 3 0 .5 1 1 .5 2 5 .4 3 5 .6 4 6 .2 3 9 .9 1 0 00 10 4 5 .8 3 1 .9 3 6 .8 3 3 .1 8 3 .5 1 57 6 1 .0 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an tit a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 40 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 H a i re V O Cs C h lo r o f o rm M ET A LS B ar i um C o pp er L e ad S i lv er T h a l l i um Z i nc NC 2 L SW S L O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 70 5 * * * * * * * NC 2 L SW S L O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 7 00 1 00 * * * * * * * 1 0 00 10 6 7 .8 3 4 .8 3 50 5 9 .1 2 64 1 09 5 3 .3 15 10 * * * * * * * 20 10 * * * * * * * 0 .2 5 .5 * * * * * * * 1 0 00 10 8 2 .0 3 6 .3 8 0 .5 4 0 .3 6 5 .3 4 7 .2 2 4 .1 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an tit a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 41 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 D o w d le V O Cs NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 J un -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 0 02 1 ,2 -D ib r o m o -3 -c h lo r op r op a ne ( D B C P) 0 .0 25 1 NS NS NS NS NS NS * * * 0 .12 * * * * * * * * 1 ,4 -D i c h lo r ob e n ze ne 1 .4 1 NS NS NS NS NS NS * * * * * * * * * * * * Br o m o di c h lo r o m e th a ne 0 .56 1 NS NS NS NS NS NS * * * 3 .7 * 35 * * * * * * C h lo r o f o rm 70 5 NS NS NS NS NS NS 53 * * 23 .2 * 42 .6 * * * * * 1 .1 c is -1 ,2 -D i c h lo r o e th e ne 70 5 NS NS NS NS NS NS * * 29 * * * * * * 1 .8 1 .8 1 .5 M ET A LS NC 2 L SW S L J un -19 9 4 O c t -1 9 94 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 J un -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 0 02 B ar i um 2 ,0 00 1 00 NS NS NS NS NS NS * 60 * 12 12 12 64 39 28 2 .3 28 27 Ca d m i um 1 .75 1 NS NS NS NS NS NS 2 * * * * * 1 * * * * * C h r o m i um 50 10 NS NS NS NS NS NS 5 * * * * * * 5 .6 * * * * L ea d 15 10 NS NS NS NS NS NS * 4 * * * * 4 * 8 .9 * * * Se l e n i um 50 10 NS NS NS NS NS NS 5 * * * * * * 23 6 * 12 * Z i nc 1 ,0 50 10 NS NS NS NS NS NS * 9 4 60 4 1 30 * * * 4 3 20 2 5 00 3 4 00 5 1 00 2 1 00 3 2 00 N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - L o c a ti on N o t S a m p l ed 3 . N L - C on s t it u e n t d o es n o t h av e a NC 2 L S t a nd a rd 4 . C on s t it u e n t t ha t e x c ee d t h e NC 2 L S t a nd a r d a re H i gh li gh e d i n R ed 5 . D RY - W e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll C on s t it u e n ts m e a s u re d i n pa r ts p er b i l li on s (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 42 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 D o w d le V O Cs 1 ,2 -D ib r o m o -3 -c h lo r op r op a ne ( D B C P) 1 ,4 -D i c h lo r ob e n ze ne Br o m o di c h lo r o m e th a ne C h lo r o f o rm c is -1 ,2 -D i c h lo r o e th e ne M ET A LS B ar i um Ca d m i um C h r o m i um L ea d Se l e n i um Z i nc NC 2 L SW S L A pr -20 0 3 O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 0 10 0 .0 25 1 * NS NS * * * * NS NS NS NS NS NS NS 0 .04 13 NS NS 1 .4 1 * NS NS * * * * NS NS NS NS NS NS NS 6 1 NS NS 0 .56 1 * NS NS * * * * NS NS NS NS NS NS NS 0 .6 1 NS NS 70 5 * NS NS * * * * NS NS NS NS NS NS NS 70 5 NS NS 70 5 * NS NS * * * * NS NS NS NS NS NS NS 70 5 NS NS NC 2 L SW S L A pr -20 0 3 O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 0 10 2 ,0 00 1 00 * NS NS * * * * NS NS NS NS NS NS NS 7 00 1 00 NS NS 1 .75 1 * NS NS * * * * NS NS NS NS NS NS NS 2 1 NS NS 50 10 * NS NS * * * * NS NS NS NS NS NS NS 10 10 NS NS 15 10 * NS NS * 23 .4 12 .8 * NS NS NS NS NS NS NS 15 10 NS NS 50 10 * NS NS * * * * NS NS NS NS NS NS NS 20 10 NS NS 1 ,0 50 10 * NS NS 4 0 60 3 9 50 4 3 20 3 2 20 NS NS NS NS NS NS NS 1 0 00 10 NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 43 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 D o w d le V O Cs 1 ,2 -D ib r o m o -3 -c h lo r op r op a ne ( D B C P) 1 ,4 -D i c h lo r ob e n ze ne Br o m o di c h lo r o m e th a ne C h lo r o f o rm c is -1 ,2 -D i c h lo r o e th e ne M ET A LS B ar i um Ca d m i um C h r o m i um L ea d Se l e n i um Z i nc NC 2 L SW S L A pr -20 1 1 O c t -2 0 11 A pr -20 1 2 O c t -2 0 12 A pr -20 1 3 O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 0 .04 13 NS NS NS NS NS NS NS NS NS NS NS NS 6 1 NS NS NS NS NS NS NS NS NS NS NS NS 0 .6 1 NS NS NS NS NS NS NS NS NS NS NS NS 70 5 NS NS NS NS NS NS NS NS NS NS NS NS 70 5 NS NS NS NS NS NS NS NS NS NS NS NS NC 2 L SW S L A pr -20 1 1 O c t -2 0 11 A pr -20 1 2 O c t -2 0 12 A pr -20 1 3 O c t -2 0 13 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 7 00 1 00 NS NS NS NS NS NS NS NS NS NS NS NS 2 1 NS NS NS NS NS NS NS NS NS NS NS NS 10 10 NS NS NS NS NS NS NS NS NS NS NS NS 15 10 NS NS NS NS NS NS NS NS NS NS NS NS 20 10 NS NS NS NS NS NS NS NS NS NS NS NS 1 0 00 10 NS NS NS NS NS NS NS NS NS NS NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 44 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs NC 2L SW S L J un -19 9 4 O c t -1 99 4 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 1 ,4 -D ic h l o r o b e n ze ne 1 .4 1 * * * * * * * * * * * * 5 .7 2 .9 * * * NS NS B r o m o d ic h l o r o m et h a ne 0 .56 1 * * * * * * * * * * * * * * 2 .4 3 .2 2 .7 NS NS C h l o r o f o rm 70 5 * * * * * * * * * * * * * * 18 51 24 NS NS c is -1 ,2 -D ic h l o r oe t h e ne 70 5 * * * * * * * * * 4 .8 4 .2 4 .2 7 .7 3 .3 * * * NS NS T e t r ac h l o r oe t h e n e (P C E) 0 .7 1 * * * * * * * * * * * 2 .8 * * * * * NS NS M ET A LS NC 2L SW S L J un -19 9 4 O c t -1 99 4 M a r -19 9 5 N o v -1 99 5 A pr -19 9 6 O c t -1 9 96 M a y -1 99 7 O c t -1 99 7 A pr -19 9 8 O c t -1 99 8 A pr -19 9 9 O c t -1 9 99 M a y -2 00 0 O c t -2 00 0 A pr -20 0 1 O c t -2 00 1 A pr -20 0 2 O c t -2 00 2 A pr -20 0 3 A r se n ic 50 10 * * * * * * * * * * * * * 14 * * * NS NS B a ri um 2 0 00 1 00 * * * * * * * * 38 50 35 80 1 22 83 10 15 11 NS NS C a d m i um 1 .75 1 * * * * * * * * * * * * 5 * * * * NS NS C h r o m i um 50 10 * * * * * * * * * * * * * 12 * * * NS NS L ea d 15 10 * * * * * * * * * * * * 6 6 * * * NS NS N ic k el 1 00 10 * * * * * * * * * * * * * 24 * * * NS NS S e le n i um 50 10 * * * * * * * * * * * * 13 35 * * * NS NS Z i nc 1 0 50 10 * * * * * * * * 6 15 6 11 4 68 5 70 7 88 6 60 11 14 * NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le K ee n er R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 45 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,4 -D ic h l o r o b e n ze ne B r o m o d ic h l o r o m et h a ne C h l o r o f o rm c is -1 ,2 -D ic h l o r oe t h e ne T e t r ac h l o r oe t h e n e (P C E) M ET A LS A r se n ic B a ri um C a d m i um C h r o m i um L ea d N ic k el S e le n i um Z i ncKee n er NC 2L SW S L O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 1 .4 1 NS NS * NS NS NS NS NS NS NS NS NS NS 6 1 NS NS NS NS 0 .56 1 NS NS * NS NS NS NS NS NS NS NS NS NS 0 .6 1 NS NS NS NS 70 5 NS NS * NS NS NS NS NS NS NS NS NS NS 70 5 NS NS NS NS 70 5 NS NS * NS NS NS NS NS NS NS NS NS NS 70 5 NS NS NS NS 0 .7 1 NS NS * NS NS NS NS NS NS NS NS NS NS 0 .7 1 NS NS NS NS NC 2L SW S L O c t -2 00 3 A pr -20 0 4 D ec -20 0 4 A pr -20 0 5 O c t -2 00 5 A pr -20 0 6 O c t -2 00 6 A pr -20 0 7 O c t -2 00 7 A pr -20 0 8 O c t -2 00 8 A pr -20 0 9 O c t -2 00 9 NC 2 L SW S L A pr -20 1 0 O c t -2 01 0 A pr -20 1 1 O c t -2 0 11 50 10 NS NS * NS NS NS NS NS NS NS NS NS NS 10 10 NS NS NS NS 2 0 00 1 00 NS NS * NS NS NS NS NS NS NS NS NS NS 7 00 1 00 NS NS NS NS 1 .75 1 NS NS * NS NS NS NS NS NS NS NS NS NS 2 1 NS NS NS NS 50 10 NS NS * NS NS NS NS NS NS NS NS NS NS 10 10 NS NS NS NS 15 10 NS NS * NS NS NS NS NS NS NS NS NS NS 15 10 NS NS NS NS 1 00 10 NS NS * NS NS NS NS NS NS NS NS NS NS 1 00 50 NS NS NS NS 50 10 NS NS * NS NS NS NS NS NS NS NS NS NS 20 10 NS NS NS NS 1 0 50 10 NS NS * NS NS NS NS NS NS NS NS NS NS 1 0 00 10 NS NS NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 46 o f 48 H i s t o ri c a l An a l y t ic a l Re s ul ts Ma c o n C o un t y O ld F r a n k li n L a nd f il l P er m i t N o . 57 -01 V O Cs 1 ,4 -D ic h l o r o b e n ze ne B r o m o d ic h l o r o m et h a ne C h l o r o f o rm c is -1 ,2 -D ic h l o r oe t h e ne T e t r ac h l o r oe t h e n e (P C E) M ET A LS A r se n ic B a ri um C a d m i um C h r o m i um L ea d N ic k el S e le n i um Z i ncKee n er NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 6 1 NS NS NS NS NS NS NS NS NS NS 0 .6 1 NS NS NS NS NS NS NS NS NS NS 70 5 NS NS NS NS NS NS NS NS NS NS 70 5 NS NS NS NS NS NS NS NS NS NS 0 .7 1 NS NS NS NS NS NS NS NS NS NS NC 2 L SW S L A pr -20 1 2 O c t -2 01 2 A pr -20 1 3 O c t -2 01 3 A pr -20 1 4 O c t -2 0 14 A pr -20 1 5 O c t -2 0 15 A pr -20 1 6 O c t -2 0 16 10 10 NS NS NS NS NS NS NS NS NS NS 7 00 1 00 NS NS NS NS NS NS NS NS NS NS 2 1 NS NS NS NS NS NS NS NS NS NS 10 10 NS NS NS NS NS NS NS NS NS NS 15 10 NS NS NS NS NS NS NS NS NS NS 1 00 50 NS NS NS NS NS NS NS NS NS NS 20 10 NS NS NS NS NS NS NS NS NS NS 1 0 00 10 NS NS NS NS NS NS NS NS NS NS N O T E S: 1 . *- C on s t it u e n t d i d no t e x c ee d l a bo r a t o r y P r a c t ic a l Qu an ti t a ti on (P QL ) L i m it o r S o li d W a s te S ec ti on L i m it (S W SL ). 2 . N S - l o c a ti on n o t s a m p l ed 3 . N L -c on s t it u e n t d o es n o t h av e a N C 2 L S t a nd a rd 4 . C on s t it u e n ts t ha t e x c ee d t h e N C 2 L S t a nd a r d a re h i gh li gh e d i n re d 5 . D RY - w e ll w a s d r y du ri ng s a m p li ng e v e nt 6 . A ll c on s t it u e n ts re po r te d i n pa r ts p er b i l li on (pp b ) 7. O n l y c o m p o un d s d e t ec te d a b ov e t h e l a bo r a t o r y P Q L o r S W S L a re l i s t ed 8 . N /A - N o t A pp l ic ab le R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 47 o f 48 OldFranklinLandfill Franklin,MaconCounty,NorthCarolina Permit Number: 57-01 Appendix E: StatisticalAnalysis REIConsultants,Inc.P.O Box286, Beaver,WV25813 800-999-0105 www.reiclabs.com Ol d F r a n k li n L a nd fi ll W e ll Da te A r se ni c B ar iu m B e ry ll i u m Ca d m iu m C h r o m iu m C ob a lt C op p er L e ad N i c k el S e l e ni u m V a n a di u m Zi n c M W -2 J un -94 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 O c t- 94 0 .0 05 0 .8 44 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 M ar -95 0 .0 05 0 .6 32 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 N o v -95 0 .0 05 0 .5 81 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 A p r -96 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 O c t- 96 0 .0 05 0 .8 92 0 .0 01 0 .0 0 05 0 .1 06 0 .0 40 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .1 45 0 .1 43 M W -2 M a y -97 0 .0 05 0 .2 50 0 .0 01 0 .0 01 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 O c t- 97 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 35 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .1 06 M W -2 A p r -98 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 O c t- 98 0 .0 11 0 .2 50 0 .0 01 0 .0 0 05 0 .06 0 .0 29 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 76 0 .1 34 M W -2 A p r -99 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 18 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 80 M W -2 O c t- 99 0 .0 05 2 .12 0 .0 01 0 .0 0 05 0 .1 72 0 .0 77 0 .1 00 0 .0 28 0 .0 66 0 .0 10 0 .2 45 0 .5 34 M W -2 M a y -00 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 19 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 A p r -01 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 26 0 .0 05 0 .1 00 0 .0 19 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 A p r -03 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -8 A p r -03 0 .1 40 6 .10 0 .0 01 0 .0 0 05 1 .00 0 .3 80 2 .40 0 .1 50 0 .6 90 0 .0 62 1 .30 2 .00 M W -2 A p r -05 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 05 0 .0 05 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -8 A p r -05 0 .0 05 0 .2 50 0 .0 01 0 .0 0 05 0 .0 1 13 0 .0 1 06 0 .1 00 0 .0 05 0 .0 25 0 .0 10 0 .0 20 0 .0 25 M W -2 A p r -07 0 .0 05 0 .1 89 0 .0 0 05 0 .0 0 05 0 .0 05 0 .0 05 0 .0 05 0 .0 05 0 .0 25 0 .0 05 0 .0 10 0 .0 1 57 M W -8 A p r -07 0 .0 05 0 .2 24 0 .0 0 05 0 .0 0 05 0 .0 1 33 0 .0 1 63 0 .0 3 03 0 .0 1 30 0 .0 25 0 .0 05 0 .0 3 17 0 .0 6 00 M W -2 A p r -09 0 .0 05 0 .1 75 0 .0 0 05 0 .0 0 05 0 .0 1 06 0 .0 05 0 .0 1 01 0 .0 05 0 .0 25 0 .0 05 0 .0 10 0 .0 3 43 M W -8 A p r -09 0 .0 1 18 1 .16 0 .0 0 05 0 .0 0 05 0 .1 54 0 .0 7 79 0 .1 28 0 .0 3 34 0 .1 39 0 .0 05 0 .0 10 0 .2 85 M W -2 A p r -11 0 .0 05 0 .2 71 0 .0 0 05 0 .0 0 05 0 .0 1 19 0 .0 05 0 .0 05 0 .0 05 0 .0 25 0 .0 05 0 .0 1 25 0 .0 3 57 M W -8 A p r -11 0 .0 05 0 .2 13 0 .0 0 05 0 .0 0 05 0 .0 2 48 0 .0 1 42 0 .0 3 12 0 .0 05 0 .0 25 0 .0 05 0 .0 3 53 0 .0 5 31 M W -2 A p r -13 0 .0 05 0 .0 50 0 .0 0 05 0 .0 0 05 0 .0 05 0 .0 05 0 .0 05 0 .0 05 0 .0 25 0 .0 05 0 .0 1 25 0 .0 2 51 M W -8 A p r -13 0 .0 05 0 .1 12 0 .0 0 05 0 .0 0 05 0 .0 1 40 0 .0 05 0 .0 1 87 0 .0 05 0 .0 25 0 .0 05 0 .0 2 08 0 .0 3 12 M W -2 A p r -15 0 .0 05 0 .1 74 0 .0 0 05 0 .0 0 05 0 .0 1 40 0 .0 05 0 .0 1 61 0 .0 05 0 .0 25 0 .0 05 0 .0 1 25 0 .0 3 85 M W -8 A p r -15 0 .0 05 0 .1 48 0 .0 0 05 0 .0 0 05 0 .0 1 93 0 .0 05 0 .0 4 19 0 .0 05 0 .0 25 0 .0 05 0 .0 2 71 0 .0 3 76 P QL 0 .0 10 0 .5 00 0 .0 02 0 .0 01 0 .0 10 0 .0 10 0 .2 00 0 .0 10 0 .0 50 0 .0 20 0 .0 40 0 .0 50 S W SL 0 .0 10 0 .1 00 0 .0 01 0 .0 01 0 .0 10 0 .0 10 0 .0 10 0 .0 10 0 .0 50 0 .0 10 0 .0 25 0 .0 10 # O b s. 28 28 28 28 28 28 28 28 28 28 28 28 # N Ds 25 13 28 27 11 20 20 23 25 27 20 15 % N Ds 8 9% 4 6% 1 0 0% 9 6% 3 9% 7 1% 7 1% 8 2% 8 9% 9 6% 7 1% 5 4% M e t ho d N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic N o np a r a m et r ic Pr . L i m it 0 .1 40 6 .10 0 .0 02 0 .0 01 1 .00 0 .3 80 2 .40 0 .1 50 0 .6 90 0 .0 62 1 .30 2 .00 R E I C on s ul t an t s , I n c . P. O . B o x 2 86 , B ea v e r, W V 2 5 81 3 8 00 -9 99 -0 1 05 P a ge 1 o f 2