Document zdY1DoX3NgQVX9qB6n9NG5yBz
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Minnesota Pollution
Close Control Agency's
Closed
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The Closed Landfill Program Petro&lLaendufimll Remediation Section The Closed Landfill Program
Petroleum & Landfill Remediation Section
Majors & Remcdiation Division Majors & Remediation Division Minnesota Pollution Control Agency 520 Lafayette Road North Minnesota Pollution Control Agency
520 Lafayette Road North
St.Paul, Minnesota 35155-4196 St. Paul, Minnesota 55155-4194
RReeppoorrtt DDaatteess | FLFoorruoummsscccooommmpplpleelettteeeddd:::JDDaeneuccneermmybbee2rr011,663,.02200080033 Report completed: January 20. 2004
M MPPCCAA SSttaaffff
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Regional Representative: Pat Hanson, 651-296-7740
2 22775522..00000022
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LLaaLVnnedaadfnciilhdlaiGGtaeaGssM aMM sonMaaniatanograniegnmegameSneutgnSmtSySymetsytaseermtmmyeSmSeuumMmnamimantartreyyasnce Summary
1.
232.
Landfill Gas Management System Maintenance
LLaannddiiGGaass CMoonndteotiantgeSSuummmmaarryy Landfill Gas Monitoring Summary
Summary
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III.
2.
A.
1.Site
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4.
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C. Additional Monitoring
Taspecions Inspections RCeoqnusired Permits Costs
Summary
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11 Volatile Organic Compounds versus Ground Water Elevations--Well EE
12 VaileOrganic Compounds ers Ground Water levtions Well GCI 12 Volatile Organic Compounds versus Ground Water Elevations--Well GC 1 113.4TVroleantiolfeMOarngganainccsCeomatpoEuVn,ds3v,erVs2. Ground Water Elevations Well 13 Volatile Organic Compounds versus Ground Water Elevations--Well I
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Figure 23 Daily and Monthly Precipitation at Washington County Landfill, 1999~2003
3
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Near Well "I" at the Closed Washington Cou~O~ Landfill Lake Elmo, Minnesota, Earthtech Jnne 2003)
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Tables
Tables
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2003 (42 pages)
at each well Year
2003
(1
page)
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22775522..00000044
I "SSTihitteeoWBaBsaahcciknkgggtrrooonuuCnnouddnty Sanitary Landfill (Landfill) located in Washington County,City ofLake Fimo T(n(TThi22el99WNN7,1,a/RRs7h252i.I1nW WgtT.o,hnSSeeeCccWtota..usn11h0U0i))n,,gSrrieaeocncneeitiiavCvroeeydudnLiittassyndffSiifrsitslttlapp(reLerryammnidiLttafi1tnlodl)faaiclclocclceea1ppttt3edww5iaisnAstctW eeteooasnnshi5/ni/n11sg22it//oz66n9a9,Cndaaonnucddonntccytooa,nniCttniiismtnyauleepoddpfrooLoppxaeeirkrameatatiEtinnelggml.yo 2u2w,,nh55te7i7ln005,,i0/0n100/o007p5eccr.uuabbtTiiichconeyy.aaWrrddAasssmohofaifnwpwgastsahostonteewCi((on11u..g99nt55thymmeSiilalallnpiooiptnnraorccyxuaibLbmliaacentmedmeftleileotlressrai)sst.)i3.o5nTTAihheecirLeLnasacnndilndfuifsildillzl eiwwnaaaFnssidguuucnnroddenee1rt,rabpipneuuslbbloaliwipcc.poorwownxneiemrrssahhteiiplpy
when in operation. A map showing the approximate location is included in Figure 1, below.
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1999.
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fo public health given a ranking
to public health
ar the environment old and a score of
or the environment
snd11.
and
Tmmahayey.
meet current MPCA closure standards.
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8, 1996. The US EPA terminated the Administrative Order on March 15, 1996.
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fornm was held on the site on December 19, 2000, the site was not rescored at this thrum.
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Program's web page: http:/Iwww.pca.state.mn.us/cleanup/landfill-metro.html#Washington Coonty).
IIlI.. SSiittee EEnnggiinneeeerriinngg SSuum mmmaarryy
AA.. LLWahanendndfitfhlilll lCCanoodvfvielelrrcMMloasaieindntoteennnSaan/ncc1ee/7/2CC5fooen,ntsstotrrruumcoctrteiiooonfnfiSSnauulmmcmomvaearrrywyas in place. In 1996, te cover was
uW Tuopphgpseraanigdltehrwdeittatolohacndscudhurfearrirlleelldnnocttwlossrsttaoeanodntddeoaadnrrddg5ssr/1iian/n7scc5llsuu,dd2iinnfggeeaat
seomerbrans, sand dairoge or more of final cover was in
geomembrane, sand drainage
lar, place.
layer,
rooting sone, and In 1996, the cover
rooting zone, and
was
topsoil with shallow rooted grasses.
5
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orfosmettbleemngenmt.owPeodn.deTdhweasteer amndewneta/esosfst scolndpitrieovnesntexaicscteisnsitbhielisteytttloemth enctoavreerasbtyhavtehpicrelevse.nt them
B. LefraocmhabetiengMmaonwaegd.emTehenstetStleymsetnet mareSaus malmsoaprreyvent accessibility to the cover by vehicles.
Bo Leachate Management System Summary
1. LLTeheeaaccWhahsaahttieengMMtoaannnCaaogguneetmmyeeSnanntittSSaryyyssLttaenem dmSilMMlaadiionnstteennontaahnnaccveeeaSSLuuemm acmhmaatareryyManagement System for
TlehaechWataeschoilnlgcttoinonC.ouTnhtey SlaanndiftialryisLuannldinfieldl.does not have a Leachate Management System for
2. L"lLeTeeahcaearhcceahthaearaecttoeenloleMMlcoetoianocninhita.ttooeTrrhmiienonnglgiatnSSodrufuiilmmnlgmimspaouairnnrltyyisne3d.the Washington County Sanitary Landfill
. LaTnhdefrielalreGnaos|eMacahnaategmeomneitnortinSgypsoitnetsmatSthuemWmaashriyngton County Sanitary Landfill.
1._"LTLahLaenanbdnadfrdfirlifileillrGleGaGxtsaarassMctM MaionaanannvgaeaneggtmeesymmesentenetnmtSteySSxtsyyrtassecttmteieommnSwuMMemalaimimnnatatneerhnynoalaenncccoeeveSSrsuuwm memrmeaawrreyylded closed 0 restrict
aaTacscheiceeelssybssarrtteoroicettorhhneeenxebbctuurtrareiiceedtddiioftwwnheeivllsellhnesetayadssdystss,,etemaamnnnddeettdxhhtseerab1bc0lltooibowweneerrrwsesaewwtc!eheramrteeaednddihi.ssocclooenncnnoeevccteteerdsd
in 2000. The blower ipin can were welded closed to restrict
in 2000. The blower piping can
be
be
easily reconnected if this system needs to be reactivated.
FFtohouuerrrttgeeaeennssaaccttfiirvvoeemgtghasseweexxattrrsaaccttiihooanntwwaeerllellssbaaurrreenelldoocciaantteeaddnttehhnrrcooluuoggshheooduutftltathrhee. ffAaatcciitllihitteyyewwhhioinccfhh2ee0xdx0tt2rr,aacctt1ss1 mmoefettthhhaaennee14aaanndds
oex1xt1tht1are6arc0c,igt2iaoo5snn0eswwpfeoerulollnlmsdwswteoherefreemwoeoaptpesehrteraaatnttihiennaggt.i.nar2TTe0hh0bee2urffnliaevrdee
destroyed 1.622.034 in an enclosed flare.
destroyed 1,622,034
pounds ofmethane At the end of 2002,
pounds of methane
in11
in
2001 and ofthe 14
2001 and
gas
1,460,250 pounds of methane in 2002.
Landi gas condensate i collced inone of tree buried double-walled storage aks.
Landfill gas condensate is collected in one of three buried double-walled storage tanks.
2.
=
TLLhaaennrdedfifalirlell 2GG7aagssasMMmooonnniitittooorrirniingngpgoiSSntuusm mtommmaarrrtyyor fo he presence of TWahsehreinagrelo2n7CgoausnmtyonSiatonriintgypLoainndtsfitlolmaonnidtolr fgoarmtihgerpartesieonncewaosf
lacaonnndtdfriollll lggeaadss
aggdeeennqueearratseteelddy
bbbyyy
htthehee
aahoVW cecoauitauri,svsrvhseitTtnhgghagaaebstsolffeeenllaxxr2tCtaerroasarrcucaanttnuniiotnoyfonnozrSrssayeytthnshtsteeieetmampp,reaay.ststtLhTTttaaawabnbnooldleeefyyierle1|alea.rsasrsLudsu..imamnnmTmgdaTshfhraieeicrlliozzfflegllelaasaserrsceettthmhehheedaaigssrrierenooasspput2ieuel0otrsr0snaa3ttoowefeofiddapnos99teph5creeoarppantgeettiairrrnn.occggeellnnetTttthdhoheoefeaffdftltOhaeahperqreeeeurttaniiaimnttlemcieuellyoudniidnibniayntntnhhggtdeehttehlhhaeseset
yMMMaeeaaitirnhn.tateeTnnneaaabnnwlccaeees2ccnsooountnmttdrsmaecctaoetrocrbrt,-,eedCCsooimnnneeetstshettooanggpareao--rRbReeooasvdveieinrnrsgs2s&&0c0o3AAlslssesococtceiidaattieenss2((0CC0RR3AA)in),,tmmhoeonngiiattsoo.rrssTtthhheee Opprrpooebbreeasstioqqnuuaaartnteedrllyy.
MIIrnnellpeeeottthraataennndedd
bOwOyuauttstehlenertosGtGaadamsesptlewwiciantsesgdsscaaionmmmptpehlleeexddcptrfforoooabr5memsofttihhhneei2ffs0lla0ardr3eaeteii.nn
Novennber
November
2003.
2003.
The resus
The results
Rave
have
not been
not been
3.
Larenpdofriteldl MPCA h Landfill
abG GsyaaatshnseICCsnoadomnunspddtleiiennagnsDscaiaostntcetehraaSSrcgtuuoem rmPamem sramoairfrttyyhNiusrdsabtee.r
21
02
i
ss
ue
dby
the
Metropolitan Council
M EECnonPvuviCnirrtAooynnhmmLaeaesnnndtaftanailllIlnSSeoderurvvstiithcereiseaissl (w(DMsMitsCCecEhwEaSsrSt)gte)teoorPaarlelcllroomawwmiteddNniistsuccmhhfaaabcrreigglreie2yo.o1f9f2laTanhnidesdfsfupiielellrdmggibaatsys crctheooqennuddiMeernenessstaramottopeenorftlrihootlammyn ttmChhoeoesuiW Wntacoasirslhihininnggg(itaoo:nn
CtiWawhioTiettuhhhtniimmtttrhyehdeeeLirrwwwaddhnriiedsstufhcaichlahaladrndtriogedgisseectcChhhppoaenaeermirrrgmrmgeewmesir.tacw.wsiitilela11llw,,l9oo0a6cA6ct8c8cevuurggrretaa))rllenllaaoaonntnnddmissnqqeooSuunffaaatcrcirfototaneenncrrddiPllelyyeiantnylsrrse.aeapntptToeeoJrhrtwuweitnanapigsse2n0dtdr0goimi0ssMMci1cthhCCraaaeErrEnqggSSdueeiddt0r1oe.aast2tcr4eemtt6mhmhoeeaganaiiMMtlnnhlCCloiiynnnESscmcSoowomddmanipisspsiltppliodiooaiarssisnnanapccllgoeesss(iieattdet
aidntetTOOechcctittrooidobbneSesrrtri22en00et0t0h22aenTTcdhhoeenCdddoeiimnsscscmhahtaearerrgcgtieeaalwwkAaasasvmeiinnpnulcceeoommsinpplfSliriaaoainmnucct2ee0P0waw3ui.iltthhiNntthhoJeeudnMNiesCCc2EhE0a0SSr1gppeeaenrrommdcicitu1tr,2ilrim4mei6dtiatgiatnatiiloo2lno0nsn0s.3s. .wTTaaasbblldeei3s3polsisssetsd
detections in the condensate tank samples from 2003. No discharge occurred in 2003.
D. EENloleecEctntreririccgiyittyRyeGGcoeevnenereyrraastytesetddem was in fc o no encrgy was recovered his year ai the Washington
County Landfill, No Energy Recovery
County Landfill.
system
was
in
effect
or
no
energy
was
recovered
this
year
at
the
Washington
E.Eo AAThddrddeieittigioaosnnaparllobMMeasaiiwnnetrteeennaaabannnccdeeonSSeduuim mnmm Aauagrurysyt 2001 (GP-34, GP-38, and GP-14) The flare column was
TpahirneteedgaisnSperpotbeesmbweerr2e00a1b.andCoRnAedhin Aiugcrusitee20l0d1o(GinP-A3uAgu, sGtPo-f32B0,0a2ndtoGhPa-u1l4a).ddTihtieonflaalrefcionlumton was
painted in September 200l. CRA hired a contractor in August of 2002 to haul additional fill in to
6
6
22775522..00000066
31400402208
3MA00402208
cscoeorerrrdeeeccdtt bseleodweedr
tathhned ssaecctcltleeepmmteeendnttdi/ndrrsSaieipnntaaeggmeebpperrroobb2l0le0em2n. abnuidladicncgep0tedprionviSdeepbteemtebrerac2c0e0s2s.
iiCnn RfooAuurrasselepspaariarmatpteeraoarvreeeaadssohofef ttdhhreeiccvooevvweearr.y. aCnRAdraailnsoageim. prAovdedtthie odCrnilvaesswla3y
tthThTaahhtteeusuffroorturuoorruuaannrredde~sas.~stthhwweeeerooreleldd movers was iss ade
0
blower building to provide better acees~ and drainage. Additional Class 5 material was also added
he south acces road. CRA fs monikoring potential soil shes ilu accaring on the nor and the south access road. CRA is monitoring a potenti.al soil shear failure occurring on the north and saovuethsbtaabniklsizoend hne20No0r3thwest storm wate pond. The Northwest storm water pond slopes appear to south banks on the Northwest storm water pond. The Northwest storm water pond slopes appear to
to
have stabilized in 2003.
F.Fo S+SiitteeQuEEarnntgegirilnnyoeereorruiitninngge iRRnesepccecootmm iomnmeoneftdnhadetaftiiinooalnncssover system is performed by CRA to assure that cosion
hhaQspaupsarbboretpeeererninlyaataderdocesuqqtutueianpatseteetlilanyykscecponoennct1trt0riooorlenlllpeeadod.if.rthtAAheennfyyidneaearrmlooacssgoiioveonnebrooesbfbysossreeterrevvmietedsbiseoocnpnoettmrhhfeeoesrffmiiwnneoaadllrccebooyvvCeerRwwAiillltlobsbaesesvuvraealutahrtaetdeaaronnsddion
==
aSPSipooppifelrsosshphsorohiuuaolltuddeldbsbteebeepaasddiddntsaeetkddaelttnloetdlloowowrewesapatrareeoifrsastthohoeenndcttaahhmbeelaellgaanecdonbfneidlefloeccrtooevvioeetrrb.deacionmtehsewaorersaea.nd protet the cover
Pipes should be installed west of the cable concrete to drain the area and protect the cover.
IHlLL SSiittee HHyyddrroollooggiicc MMoonniittoorriinngg SSuummmmaray~
AA.. GGrroouunndd W Waatteerr M Moonniittoorriinngg//RReem meeddiiaattiioonn SSyysstteemm M Maaiinntteennaannccee SSuum mmmaarryy
1.
GAGlrlroomuuonnniddtorWWianatgteewrerlMMloowneniritetoodrreiivnneglgopSSeyydssittnetemhme rAelml omvoenditsoorihnagtwdeeldliscwateerde Gdreuvnedlofpoesdpiunmtphse
sMMaapiinniottefenn2n0aag0nn0cceeanSSd uuthm memsmuabarmreyyrsible pumps cspourilndgboefi2n0s0a0laenddinthteh suwbemlle.rsiDbeledipcuamtepds
Gwwreeurrneed
i
o
s
RsARsr.epepemrdidiiTnnoiFFhggvlleeoaaodnndppddesuudossmmiutucphpmamsastmmtewweddeeererrGrdeeooricffaiia2n2nnt0ss0e0ttd0daa00lsl.lGl.eeidrdIu1nnininndttwhhfwwaeoeeesslsslllupusmsmumoI1m,m,Jmv, eDJpee,rsdrIDoco{,1of0f,u22lDD00di,0,0n1b1VVet22tth,hi,heneVeVsp,dtd,raeQeilQddl1nei1i,gdcc,aaQoQittnf2ee22,ddt0,h0QGGQe3r3r3.wuu.,RnneRdIldlf1sf,oo,. ssRRDZii2n,ne,dDDRRi3c3.waw,taaaaessndnddmm(JoLorvuviieeunndddhtthttbeoeos wweellll
A. The dedicated Grundfos in J was moved to E in the spring of 2002.
2. GGbyrronotuurnnpoddllWWaLaatbteoerrratMMooroinenis,ittooIcrr.iinn(ggintSSeuurpmmolmm)acaarlryfyected 3 roundsof wate quality samples in 2003 a the
wtwbW Whyaaaeaststlseheneh,ritienssn1ragagp0mtmtooowpplennlllliiLlCnCnsogagobuaupponronoertitianyynltttoossLL.cr_aiaaenTtndsTehdf,dhifeIileinlE.nlcE.n.avnn(TiTvlhnrhiureeotpoegnnrlLrmapamanenodddneliflfntie)iltalnallctllommdlMMoliooenrnorcieiinttctettioodtiorororiir3nnini.ngngsr2ggoys3uyaSStnsyrydetsessemttmedoemocfmcwowoinninnnsgaciscrtsilelasutratdsddsqiecoueossfan3f3l3t3i88t88aymmnwwsodoaenemnlSillitssoptooleaarerninisnsdndgidgne|1wwp2essr0leuuall0rrsldff3s.iaa.cccaneetOO.Ftfhe
AA`thweemmlslaeas,ppa1nss0dhhwoodwwaetililennssggasttrahehmeelpolllocoecacdataettdidocunnrinsisonaogfnfc2eu0aap0ccg3hhriasoodfiiettfhnhncetldmumidoroenednciitotiioonrrniTi,nnagbg2l3ppeoao4rineitdsisoisws ppnrrgeerssaeednnitteeenddt
in Figur2e. A sof the and 5 are sidegradient.
in Figure 2. A list of the
wells and dates sampled during 2003 is included in Table 4.
"`TaTanabdbllteeossr44a,,c55o.,naacnennddt6rahhtaaiovvneesbboeefVeeonnlpparrteeipplaaerreeOddrgt0oanssihhcoowCwoppmaaprroaaummneetdteesrrss(aaVnnOaallCyy)zzeeddf.o, rggerraocouhnudonfwdtaehteerreselllleesvaatmtiiooonnnitddoaartteead.,. aRwRwInaeaeandvsvsdiift1teoieowltwatthvlhooeeefcfroSsiggnotorrycuouoetututhnhhnnMteMddrweafewatalaistoaosueutnwerrrsroeebomdmdsafeaeetntVnraatvtossiielnnadccddtooiiiillcclellaaeetOtOcceecttssrteegodttdabhhneaDaDtritece.ttcchhCeeeFemomlggmbobrreoewproruofnuu22rd0nn0ow0dmd03saett(ihieVrnnerOthnflhloeCeorowstww)hadadwfittoeierrsreeretecctaattasbiicbiolohdlnneeeoiiwwfnfneletlttholhhllewesswsnnsfuoooeorrlrttfltisihhhcceotiionafclflostnaahtheiqqetuuoiriffeeedrr. ttSfslhaoholneeuoutdwttrhhfreiedeelaaialarsttsvemtmtceetaearnininfdtodtynaafftrrsrhreeoteoaamomfaalnttntohhhddweeeaasonnrroooboourrsuutttennhhhr-dedevasaewsowsdtuateltilislhnlidednnOaeeeesscstfltttlooodDIbwwuYe/srsDDrit.ItIonotFaatthlnhnoheeddwwGswGpefCeCrrs2osit2Rtmn-R.gss.ootbhuuuAeAttthhttnww0tttoehhehrseestthtb..bwaasseTsTosehhuteocotsrrfhfieedtwitehheiosseeftmmlssouuroownrufsdnnicectdidrioaianltlethghaqeeqvvuFueiiisailbfisfbeltrrrl-ee,ethnnabee.earanrd tssbtfhlohoeoeeuuwdttmmuhheoedeoaauiu1srsn0enttcdddndtiooiiofnnwwnccnlnrrigecsgraoartssfaaoweeddssatiihet(tc0eontenhtrstohoofieufntttetehhhoaae-esstttofhfiieuillnnltahratqtehurheaeeieasaftffeaaiirldnlnl.luu.OOrpciTTcngtthogrhobedebetiherireerr.enr.esgtpgTTuoruhlhifleanearrwgrreeeccblioiouslmmt.mmptpooooounutInnhenedendntitithsnnsseoogguoPaftrfahatfwillVVrooeiww/seV2td2nnuueenn1aCdaesrehstttrthihtieienhnnealtttahhhfnnieeedllfsfsidiapllplrlroieiwmnnaggaiaayynhb1dut0t adbtathihnneeefdddesstrutoohheeuueenttththoii.n.ntififniTTmllfthehlaruseaetxtidimmoouoannrafopipwosnsfgfatddttrtreeeeehvvraeaeetitllnyeeoeotddaoppreeww.tddhaateftfeoeoarrrrqccttuhhrreieeefaaetbbtreeaausssspeeppgoooorfnnatfdddthihiienenenggsstuuaaorrrrfoffoiiuwuccninieaaddllllwwaaEeqqe.luulliliIffnVVeerr/t/VhiiVen2nddPiaiarccnaadadittreeittehtthehdaatutrtreCppeauuhtmmmiaepepnimninntthggaaeracaefttalaoGGwaiCtC-i11s to
different times during the year.
"rTTehhaeedihhnoogrriiuzzpoopnntrtaaalldhihycydndrra0auultliihcce ggnrroadrditiehewnnettsaatttwtthhaees0ww.aa0tt0ee0rr9tt.abbllTeehseavsveeerrgasrggaeedddie00n..t00s008s8uuugppuggerrsaaddhiiaeentnttdt1iorctththeeionnnoonarhthneeaascstat:;sttihhee change baonisnfleatidon. Thegradientsdowagradient ofthe ill were 0.056 10 the northeast and reading upgradient to the northwest was 0.0009. These gradients suggest that direction can easily
change based on infiltration. The gradients downgradient of the fill were 0.056 to the northeast and
7
22775522..00000077
0cc0uo..po00ns33nsr22ttadt1naiot0etddttheehessappsnsioiodttuueetothhhtthwweheeesessstte.m_aaosTTosrhnheeebbsuhhttoi.rvvziaazorroTimihneeaetddalglbbraahhassyydeeddiddrrnaaaotuunnllaiiprccrgrovroxaiidmeiieeintn0)t.r0tii0onn6tihm6hadeidoeif-igmlllelnvvsageerclersa.d.oodiffTTttnhhhheeee0sgsgurufrraarefdfdiiiiccseeiinnaatollt wwsabqanuissif00re..ar00wn33wd33sas aamumvvepaeeetagarrsarsaaaunuggdrdreeieeedddednx00tpii..nnla00an4pp4idr9r9neewtddvvohoioiotowwyhuunenssggronyyraeoeawadradritrshidse.ew.innrtIeteInsnacttot.laitltlohTlhneehhtshessceoohgoutuartttanhhhhdgwerwiereeea<nassqstqttu.iuailvifTTfyeeehhrrrewaesssisgsetbbeehedvvntnae0helae.au0atteh6hns6tstflahrhdreeleocwssvcioiootnfternngeashtcrhiaeetsedtsneeigpcntdrrntadtdwwwitiaioeicttnehhttrths.srgerrrsaeaTeodmhmuidaeeatinhiehnnteoseearddsitzvvaoeennrtdyyal
flat and explain why flow directions change easily with the influx of treated water. The horizontal
ydrlic aden th bsofehc ui) aur avcrazed 0.0007 (ah ord ofmade cs hydraulic gradient at the base of the surficial aquifer averaged 0.0007 (an order of magnitude less oifnmasgeneintade20s01c-2e002t)h.ncTbhenegnraeddie1nt200h.e20Pr0a2ir)ie dn Chien agifer was 0.0057 (thi is a or than seen in 2001-2002). The gradient in the Prairie du Chien aquifer was 0.0057 (this is an order
of magnitude steeper than observed in 2001-2002).
"he vereal hydric gradient maybe influencedby proximity to the gradientcontol wll nd to The vertical hydraulic gradient may be influenced by proimity to the gradient control well and to 0 fiat basi (se Table 7. GC-1 was he ony gradient contol wel operating in 2003. The the infiltration basin (see Table 7). GC-1 was the only gradient control well operating in 2003. The eral gradients measured between he sat able an the nest ower vel al indicate a vertical gradients measured between the water table and the next lower level all indicate a dowmard gradicn regardless ofwhetherth wel re spordovgradintofthe ll aes. downward gradient regardless of whether the wells are up- or downgradient ofthe fill area. However, the gradients messured downradient ae steeper by on otic orderosf made However, the gradients measured downgradient are steeper by one to three orders of maguitude. rated was nln back into {he qe ws he westad his flected by won. Treated water infiltrating back into the aquifer flows to the west and this is reflected by strong eral gradients sen at well est Vand wel nst R, The sercal gradients mesuted betwen mid vertical gradients seen at well nest V and well nest R. The vertical gradients measured between middepth and te bis ofhe Srfical aif donngradint of th rc nds pus radins depth and the base of the surficial aquifer downgradient ~3fthe fill area indicated upward gradients 01h stand a downward aradien 1 he cst. The da is not a san 3 ssn at hewate ale to the west and a downward gradient to the east. The data is not as strong as seen at the water table Wt he cxcepionofth adie mesure he nest which i very son and ts order of with the exception of the gradient measured in the V nest which is very strong and is two orders of magaiude sronge than sn reiously. The vertical rade es tthe bedrock terface magnitude stronger than seen previously. The vertical gradient near Q at the bedrock interface escmble at seen i he previous years. At well st th vera radon was dower and resembles data seen in the previous years. At well nest R the vertical gradient was downward and Contianureendd sen inprevious srs. Vertical gradieant t rele ncn by rec i continued a trend seen in previous years. Vertical gradients at R reflect influence by recharge in Trcament Are 1. The gedint caeuted was 0093 fn tho ppee portions of he rfc aqui Treatment Area 1. The gradient calculated was 0.0035 in the upper portions of the surflcial aquifer 1d0.0035 ot th Prac Chien neta. Thiscontinues hs rc sen historical nth rc. and 0.0035 at the Prairie du Chien interface. This continues the trends seen historically in this area.
and GGprrreoosuuennnddtewwd aaterTr qaquulaaelii4t.yddLaaatabaocrcaootllocercyteadnrflroosmemstthhoeefmmionononiritgtoaonrriiicnngganssydyssotetrmeatatetthhpeearalaamnneddtfeiilrlsssiwiteeerises btpaeburutfloaertemdded
wbCabwnyoyaadntMMeetpiracirnmneelnilnseeeenvesvnaasoaottnettittidaaoonnDDirsnsoeaeTarpraaepbbrtliilmneanocce4wllrn.uutdddomLoeefedadfHebHHiieonenneraaaaFFttlttiitohhgghruuyr((rRMeeMiasssDnDkIa11H0l)r0Ly.)sto.iheGGsrueorroguaafgp(phhihhHnssRo2222rsLs.gh.hSaoo)nAAwwisic1inngoaggrnugodtrrruneeoonandurdddgnssawdwnaiiattnintceewwrerpaaacctrooeranpnrmcuceqqeemnunuttpeatrarrloaisatysttyiwiooyanennnrsdsedmoopggfferrorofcuuoannrdmdbeed
rprcrpeeaoaeearnrvvaatamaammllmeuueetaaittenentereradssdn..A.t((sTrGGTadrearbrooboluuiepnn)i8ddnb,)e.w2wl0oIIa0anwn5tfee'.iarltthtTrsseaaiahtmmHiooppnenmllaeeelsssnstthnagccdnaooRdanlliallcnsereskddcceststLeesdiofdmtoraTfrirntoioisdnnmamo(orHrrdmmggRaaoonLnnniicscico)ct,orpcprtaaohnirnrdegaagemmgdeewretoletieuelnrrlsnsssodhhwwwaeaeovrareeteeessrnnnhhooporotuwwemewnsxxpeccliopeemlueesadtdpeeacVsddc.yttssiVitnne2fom,romamcnadnbboo0btt3ehh
pTinorte22ea0n00tt0m3i3.ae.lnIItwnnacAesaarcecnahhega1eetxxiinccveec2)ed0.da0anP3nc.lcteeTshttohehefemrreEawwnergerareeenedrrseeeddcuosotccamiinnnpdggaar~creodondndidsi1i0tetiixhoocnenessepdiirneetdcthihpienitwwmaeetloilllnon1i(tiog..err.ianhtphgheewsaouexxgliilgdsdeatsVtiti,oohnnVa2trre,eddaaunccdttiiRoon3n
Leppeorceotieccniphpteiiinataailtociwoananlascafnofefenegdcciattttsiivottehnh)ese.
xbeicdotmoenreeddukciinoni phteeanqauilfecrondions. Win er os precipi Plots of Eh trends compared to the precipitation graph suggest that
oidation reductiou potential conditions. When there is less precipitation
the
the
geochemical conditions become reducing in the aquifer.
Vinyl chloride was he only organic paras tho exceeded the Heath Risk Limit in 2005. The Vinyl chloride was the only organic parameter that exceeded the Health Risk Limit in 2003. The Sanda was exceeded pgradien during cach vent uk dowrgrsent nly ring he sping nd standard was exceeded upgrndient during each event bnt downgradient only during the spring and Summer. The violation uparadic dos ot ppear be elated othe Fl essa he flow at he summer. The violation upgradient does not appear to be related to the fill area since the flow at the onhwst corners othe setnorhest. Vi chord ceeded he standard nV ot not V2 northwest corner is to the east-northeast. Vinyl chloride exceeded the standard in V but not at V2. Vieyl chlwaoslroipardameeter ofconceant EE (he southern deofth ple) vesting Vinyl chloride was also a parameter of concern at EE (the southern edge of the plume) averaging 1. micrograms per er. This is. eduction rom theprsious voyearperiod. 1.1 micrograms per liter. This is a reductien from the previous two year period. 3. Ground Water Remediation System Maintenance Summary Ground Water Remediation System Maintenance Summary ground wate reediaion syste isn operation the Washington Coury Landfil. The ground A ground water remediation system is in operation at the Washington County Landfill. The ground "wac emdaion syste inches 4 pump well es Tablfeo ping rts and volun water remediation system includes 4 pumpout wells. See Table 9 for pumping rates and volume upd of the graben control el In 200, 5,065, 155 gallos wer pumped from GC 4nd pumped of the gradient control wells. In 2003, 48,043,155 gallons were pumped from GC-1 and read by th spray gator treated by the spray irrigator.
.
22775522..00000088
4. o
GGGrrraoodiuuennntddcoW Wnatartotelewrr sRReaemcmceodemidpaliaittsiihooennd SwSiuuthm mGmmCa-a1rryyin 2003. The volumeofground ter removed in
G22U00sr00ia11ndgiwwecnaaotssncc55oe22nn,,tt44rro44al33t,i,w8o8a0n0ss99 aoggcfaaVclloollolomnnaspts,,ililiisnenhOe22rd00g00wa22nwitiwahcsaGsC6C6o7-7,1r,77pi00n00n2,2d2000s0113(.ggVTaalOlhllCeoosnnvs)so,, lfaauonnmuddnediinonif22ng00tr00ho33eungwwrdaaassdwi44ae88nte,t,0r0c4r4o3en3m,t.1r15oo55vlegwgdeaalllillnloso,nss.i.t
wUw1a0ass2isn0cge0as1tct,iiommn1aa2ctt.eee9dndtprttaohhtuaitnotdn227ss.75.io5pnfp3oVo0uo0u2lnna,dtidsnloeosdfOf V9Vr.gOOpaConCsiuscnwwCedeorsrmeeiprrneoe2mum0no0od3vv.seedd(VTffaOrrocoCmmrse)ttdhhfueeocutganirroodonuuinnnrddfthlwweeaagsteirarhdi4enie2gn20rt00e00ca0o,te,nrt11r1ov1..lo99lwpupeomoluuelsnn,oddfisst
uinnc2o0n0tla,mi1n2a.9tepdougnrdosunidn w20e0r2,caanpdtu9r.e9dponeusnedsGCinL.200A3.sTumhemarredyuicstiionnclraedfeledctisn Table. the greater volume of
uncontaminated ground water captured near GC-I. A summary is included in Table 9.
"PTThhhoeetossiigttreeawwpahasstdadkeeevvneeollofoppteehded oosnneaanninool1dd96gg9rraa(vvateellmhmienineiinnndggooofptpehereraaitiiooennshthalattfhhaaaddgssreevvaeevrreaalllsamccitinivvieengppiiostsp..erAAatnnioaaneerraiiaanlld the
gbpbeaehgrgoibitnnoannggiiernnapggplhooafctfatetkhdheeeinnssiiogtterfeotaahucsenadsisswtoeoallliieddnr
.ww1a9aG6ssr9tteo(uffaaantccdtiihlleiiettyyte))nessdhhorooewfwmtssehdessieesavviteteierroa'asnll
lippiifitetcsshaawwsliilattehhgnggrgarirvonoeugulnnwmddhiwwenaniatntetegrrhoiinpnseottruhharetecmiroenamannaaddnyd
the
be
ogbBnaeerllobwowaawgsttehthepeilgngaacagrerrbbdaoaguigenne.d.grwAAoacutctnetiirdvv.eewggaataesr.eexxGttrrraaoccuttiinoodnn
stabilizes wase above he water water remediation is challenging
stabilizes waste above the water
blewhen
table
andthe
and
as ile impact source may be
has little impact
on waste in ground water.
AAFigrgurarapepshh 1oo2f)tf.ototTtahallevvtoorlleaatntidilleoeboosrreggraavnneiidcccacotomGmpCpo-ou1unn(ddssshoiinnwtnthheiegnrgFariadgdiuierenentt1cc2oo)nntitnrrdooillcwwaeteellsll iiinnncddriicecaaatsteeissngsseecvvoeenrrtaaallmttihhniianntggisso(n(sseee: Fwwpiriigtathhudriiieennsnccrr1cee2aao)ss. iniTnneghgeggwrtrerooeluulnnndddAwowabgtsareetaerrpvrhecedlaleteavvEtaaEGttioocCnna-nIffoob(rrsedhdauoatswtaaendtthhiarnr5ooFuugigmghheuar22es000u031r3.2e.) oiTTfnthhdihiissceammtbeaeasytyainrvreeicfforllereeoaccsttfinccwaageppltctuuosrrneetoauiimntnsittinhhdaeeetoiofuthe gidfierlvaclldaeiireneainantgaacnntoddrnetssnritodilllllwwiiimmetplplha.accAtstmeegaddrlablbpyypheccaaootknntEtdaaEummriciinnanaangttiitboohenneu((fsFesFidtigurasrsaeemap11ml1l)i)e..nagsTTuehhrveeeenttortefennothddfeatahbtEeeEhyEEeaavrddi.uourrrHiinoonwggfew22v00ee0l0rl33,s aohhuasestsbibpedeleeeannomaefathe dapepcelianrisngtotrbeendstawbiltehaat sEmEabllecpaeuaskedtuhreincgonthceentfirrasttisoanmrpalningeg seivnecnet2o0f0t0hehayseabre. eHnoewsesvterh,nth0e.plume
appears to be stable at EE because the concentration range since 2000 has been tess than 50.
GGaCbC-i-1iIzaaippnppgeeaatrrhsse otpolbbueemehhaaavrvioniugnnadagnweiimlmlppaFaEcc.ttoonTnhttehheceoppnllcuuemmnteesiitnniotthhneeoddfoomwwannngggraaranddieicsenenttiddiiprrereccotbtiilooennmaaatnniddcmm(aFayyigbbueer 1)
arsatnneaddabtimmmliaezayniyntgbbseetyphpaserattrepitamlilualmmlyluyesrrtaeerllcoaaouttneentdddint0wouteethhll0eEioiEnnpf.fielTltrrhaaeattiocotoonnnopofcrfseenvtaretertnaatettietoddhnewwmoaaicftgremr.ra.atnTTighhoaeenngogersfraaeaddiiipseelnnptutrmocceboolnndettmoroowallntwigwecrlea(llFldiiaagcnnunddrebult4)
ontnrueeet\awvstimggdrreeaaonddftiieestnnyhttsetccepoomlnnuttmrmreoo.ullswwteecllollnwwtiiinllul ebbeetoiinnossptteaalrllaleetded
nto
in
2004 o prevent
2004 to
pump dnc the migration
pump directly
inof
in
the lame and discharged a plume downgradient but
the plume and discharged
a
outside of the plume.
EUUappngtgrhrasacddhiieeunnndtterSScttouundtdryyatnnteeo aatrrheW WeCellolllseI d Landfill Program completed hydrogeologi ste
hCcEhahaararrrtcahatcctteeteecirhrziiazzuaatnttiidiooeonnnr
cnnioeenanacrrtlrdwwaoceetdllltaoI
ltiihnneettawCwtooluopesphehadarsescLevs.sia.enwdT,TfihhaleelgPssettrououpddghyyryaswwmiacasascloccmsooummprplpvelelteeeyttdeeaddassaahtteysttdhhsreemoegeennenotddol,oofgfidJJeuuensncieetep22u00s003h3..
The
The
ccvinohenvsadetruasictcgittgaeitavritiiizootanynt,i,toessnstctrstia.nitiTcgglrhuraeadpgpehehdioiccpahhclyihtaseairrraactcauatlereersiuzrireavvtzieioeyanwaa,atnnnaddidgwdoweeioelenpllthysipnasusilctslaahallltaisintuivoorenvns,e,tyiaagnnaaddtsisiioennns--ssswmiiettuerunehhto,ocrraoiimzzdpooinlrnteetacatltledphhyuyidsdnrhratauhuleliifccrst
cPopuohhtanassdweeuecraatennivddniotwwyteertcreeeosntwusf.siierTddmhteteoodgddweeeiotttpeherhmrtymhsieinicnedaitltrhheseecutprpvrpreeeuyssseehannnccidneevedoosfiftriebbgucuartrtiiipeeouddns.ddhrrPiuunhmmavssse.e.stGGi2ecgeooaopntpihsohyinyssistwiceceadarloel faaccnnohoomammrpaaallceliitteeeessdriwwizeneirrnteehgenntoofhtietreesddt
l1gbulacthcweiaaselertsetbarnoiarotgiitrgncargoapsnphwfhiieirccmsssebeedaqqsuuweeedinnthccoeenthitihnenttdhhirereeesvvcuitilcctpiisnnuiifstthyoy imoonffvPwwehesaeltlsillgeaI|tw1wi.oiiTntthhh. ePtrhhhryaeeseerrro2osstocorsosaonotnsngiiirsecatepbbdhooiroricinfngscgsehs.q.aurTTeahhnceetceeprpillnzaaiacnceregmmwteeehnnletlt |
wowHcoafcaostshnfefososueuvnnbddcorittoionobgbnees w11633a11smffbaeeaeetstteshtdh,iioccnSkkptaahenneddrroeiisssLuddoleebtpspeiifccrDttoeeemdpdobbtPyysle,FFaisiaeggnuud1rr.eeKT22he14.e.ehTTynhhdeerDQQoespuuotarsataietttrisng.rarraryTp-ahahaeggiycSeusccpeooeqrlluiuumoemrnnncLieoncbclnelauedDdaereesswitshenilinl 1
nilFnoocmthahaletcivoainincs.inntrkiutyTychotoieoffnCWWerfiielollllmma[eaa]treerFiaaaoplpr,pmprSoaurxtpioiemorvianoatserllL2ybo11bd22ei44iDffdeeaeeptdotschaitiskct,kaaaannndvdderKtccieocoemawlmpasrpticisnrcedeDisooesfipfooenonsndieetosfs.foorTvrahmteaiftSooinour,npm,earttihloeerdCCLrriooobmmenwweDeelellpl ofascitises
htFRheotasrtmsindnailctmilouaendn..et,cTdffhrooeTmimlCl trtFhonaeemcftciwooepesolldUwoFpwop.rnem,rathhtUeienodnSS)u,iursttlcshcueicbaGldaiGGvcildaolcefidooafivlnuitovaniaaFlavcle:icraetceisicsea.Usl,psttpuhhceeecrGGeslUsacnicoiinotloaetcfhussesixtRsreiinesnectbdFrimaamcaceilensstd,eits(dhthieeTnicltlivFeotchoiles
odR(Iee,oepsewodrsei~rendUUennnidit)rte,)id, naaTgniddll
thrFheaecaGGieellsac(aUiWocpfilipsueavcriolaUnlFnsFaiitac)nci, ietehhsse(c(GLLioolawwceaieodrrvfUlUaunnnvici)itae.)l.
TheKeewatn Facies (Upper
The Keewatin
Deposits nlescdimenicd ll Unit), the Resedimcnted Till Facies
Deposits include a resedimented till
deposited during a pro-late Wisconsinan glacial advance.
TaThphpeeruuopxpippmeearrtmmeolosystt
1bb3ee1dd.rr0ooccfekkctsisbM MeilidoddwdllteeheOOrgrddrooovuviniccdiiaasnnu--raafggaeeceSStat.t.aPPneetcteelrre''vssaSStaianondndssottfoonn$ee22FF.oo5rrmmNaGattViioDonn.
found
found
a1
at
approximately 131.0 feet below the ground surface at an elevation of 822.5 NGVD.
0
22775522..00000099
tatWWhhpaeepatrtsseeioirrttxeeillemaaevvnaneetddlletsstlhhwwyeeee0ttr.hrhe0rr0eecc4eeoollnnUlleeeeRccww.ttleleyydFdliioononnnsswttJJaadulluillnneeceeddt1w1iwa99ol,e,nll22sls.w00.0a0GG3s3rrcfoofroruuononnmfmddifrfwwiimvavaeeettdeSeSrbhhyfafalllolqlolwuowoaweewrdDdtDrennriroolfiryfrtttthghwwreeeaoealsluslsttnswwdaaaattwrrdahtdhteiweetrinnthohosrartatmhhpggwwlrreaiaesdndstitgieeisnneitdvtdeeoonfofotfsf
`and by water levels measured in December 2004. approximately 0.004 ft/fl. Flow direction was confirmed
and by water levels measured in December 2004.
by
quarterly
ground
water
sampling
events
cVVoaanrrdiiuaacbbtlilevhhieteyaaddrattenessgttissnppgfeerrtofoomrrmm3.ee4dd3iin10tthh4ee tthh0rrteeoeednneeawwyllyy(ii2nn.sstt9aa7llll5eed1d0ww1-eel30lllss1 yi4ei3ekxldd1ee0dd-2hhoeorryiiezzoconnctt)aallwihhtyyhddrrgaaeuulolimiccetric: cmamoveeenaardnnaughcheotoirrhviioizzrtooyinnztrotaaannlltgahhliyyndgdgrrraaafudruloiliemicnctcc8oo.b4nne3dtduwutcoecteti4invv0ii.ttt6hyyeotoofwff'11de77d..a77loyfdf(il0/2ad..9a0ysy074x((166f0..2f-223,2xt4to11h0e01-33e.4scc3tmixims1/as0eet-)ec2.d).cmmUUes/saisiennncgg)httowhhreieitzhccoaanaltlccaguulelloaahttymeeddderatruilcic fcocaoovrnnesdrduaaucgncteditivhvaiointtrdyyizogoorffna1tv17ae7.ll.77grhfUaied/ddaiaaeyvyn,e,tarabnanegddtewalaeinnenaneavavteehrregaarggwoeeueleenlffdsffeeowccaftttii0vev.ree00vpp4eoolrrfoootc!ssfiiilttt,yyythiooenffte0is.3ts0i.03m0abbarataaessdeeidsdm0oo.enn2a3naanhdoaaavvryieez.rroaanggteealpphooryroodssriaittuyylic
for sand and gravel, the average linear ground water velocity in this area is 0.23 friday.
AIArappneearrnccihhteewddwawattaeeterirnttoaabballnee ooopcccecunurrbssowwreitthhohilnettdhheeuGeGltlaaoctlisoalccaouchsuetssetirivinneeenaFFtaauccriieeess.a.ndHHodowowemevivenerar,t,iitnhgsiscuuannipittlmmraayyyfnnooortcterrsecaaddiillyy
"tTBTrhhaIneeschcmlolaaiwytyeeewvyyearssteuurtbbhifefnactcpoiioeeassnoiofotftpsthheedne ibRRcoeeesrseeeyhddosiimlmbeeoendvniueteeeaddntoFFdaaitccbsiieecessovh((UeUtspphipvpeeeerurnniUUatntnuiaitrrte))e
mamdneaadyyy
serv an dominating
serve as an
aqua capillary
aquitard
at boring forces.
at boring
BI; however the deposits directly above and below the unit are dry.
gTTrhhaeedissettnuutddyyiniitnnhddeiiccaaartteeeassartthhoaauttniid~mwnppeaaclctltss ttosouWWgegleellsltI1saatpphppateeaalrrot1wo0bbceeanccoocmmhianinngggefdfrriooemmctithhoeenww,eseCtso.tn.tHiHnoouwwoueesvrew,r,etthehee fffeilaaettl
cgiinhnrddaaidinccigaaeettnsootrrbssinesstthhhwooeeuuelalnddresbbaeeeaasiirnonosnsuttsnaa.ldllleewddeiilnnl
these els for I suggests that
these wells for
year to flow can
a year to
rack low ae to change direction.
track flow and to
determine how flow Continuous water level
determine how flow
changes between seasons.
5. o
TMMioronenisittwooarriitnngtgabSSleyysswettelemsmweMMroeodidifnisifticacalaltetidiooantnsts.he northwest comerofthe landfill propery during My
AT22u00hg00ru3e3esiitnwn2ooar0tred0dre3errtatttbooolmeaaosswnssieeetslslossrccwofolnneorttaewamvianitinsnttaaahttleilooewnndafftaooteuutnhnaddebeanat,torwwtLehelowllgl esILs.otfSScitioxxhrenwweawarteteolerlrfsttthaaiebbnlslleetaanwwlledeelfldlillsslacwwpeereordrpeeeteaiirnitnylsstetadadllulilerneiddnTgiiunnbMeasy 10
Ati{hnhurio1gou9uu9ggs3hth2c110r55.0o.3sTThthsoeeescsmteeioollnonoisgtg.sorTiinfnelddoiiwcwcaettaleetlddtchttohehmaawtptlattehhteteeressdttcarabaatttliesCg.rr-LaaWppohhgTyysdoooifffcttthhhaeeetwaaeqqeuuhlilifsafeeirrntsiihssteammrlloeoardrreeeaccraeoonmddmepptlaaesmixlienttdhhaaaitnnnioTddneeasppbiiliccenitsetedhd1e0
lSSinaiilyltt1.yy99CCT3lhlaaecyyrSossaseesnqqdusueeeicnnntccihoeeenaasnnu. ddpTpthtehheraattwpttoehhrleetlicFFooininmoeefpttlooReCt-CeodWoaaTrarstsieeC-SbSWoautnTdhdiissneeydqqisuuceaeanntneccsdeetacchnooandnttcttaahoiiernnrssseeccasoorebbabbnslladecnssd(, nifliiannmneegiggnrruaaatpvvioeevlnlasaarnninddd)tl~iend
ttcShhlaaeeryTT.giirlTlllahaapelshsSoyoandccodeonpnsiisniciststttehssdeoofiucfnpocpFoaieargrrsuspreeoerast2ai3non.dnd
grading o pes. These logs of R-WT is both silty sand and
grading to pebbles. These logs
also cored wilh coarse sand (fining
also correlated with
theupward)
the
a~d
B.Bo SSuu"sTrtrrhffaeataipcgcureeamppWWhoayuattdteeewrparitcMM etroeodnfnirinotitmoForgirgriiuanndrgeige2nSS4tcuu.om mntmm raolarrwyyells GC-1 s discharged to Treatment Aves | throughs
asTsrppherreaaayypauniirmidrgipaagtoraootuorut.rnw.daTTtthheheere fRpprauoummmnpdpogoVuruattdniewwesanattatteecrrodiinnitffrieonltrlreawnitteeslillstoomgGgsrtCroo-ou1ufenntiddshedvwiyasaacttrehe.raraagnnSediddnmmcteoooutuTnhnerddessgartaamorruoeonunudntnddAwahtrtheeeearst1risetahiaitrmmoeeutergnethtsa
onsite and the st is aperebdy area and around the R and V nest
on-site and the site is operated by
the MPCA, at different
the MPCA,
the NPDES times of the
the NPDES
peri had year. Since
permit had
been allowed texpire. the ground water infiltrates
been allowed to expire.
(HHooorwwneetvrhee,r,eNNaPPbsDDeEEnSScmeomMnoiCntLiotsorrioinnrggHsstBtililSl )ooccpccruuirorssr tttoooeeinnnssfuulrreaetttihhoatnt ppnuudm mppcoooumutptlwwiaaettseerrwismthteenstsonHHdeeeagarlltahtdaRRtiiissokknLLaiimtniettss
(Mim. ch. (or in their
(Minn. ch.
060) absence
7060).
MCLs
or
HBVs)
prior
to
infiltration
and
complies
with
nondegradation
statutes
c"TThheeorreemwweeraree nnmaoonssitdtaaunnnnddcaaorradndsstateemxxicceneeaeetdddeeeddd giinnro22u000n03d3..waTTthehiisstrrheeaddtuusccttdiiioosnnchmmaaaryygerrdeefftlloeeccTttrppeuuatmmmppeiinnntggoAofrfcbaboot|thh
contaminated and uncontaminated ground water that is discharged to Treatment Area 1.
010
22775522..00001100
33M14A0000440022221122
CC.. AAddddiittiioonnaall MMoonnititoorriinngg SSuummmmaarryy
11., RRReeessisidieddneteninatlitiawalellWWseewlelllreSSnaaommpspalmliipnnlgged ding 2005. Residential wells were not sampled during 2003.
IIVV.. IIInnnsssppepceetcciottniisoonwnessre conducted ona weekly basis by MPCA staf and the Operation and Maintenance (O&M)
contactor hired by the MPCA. Inspections were conducted on
contractor hired by the MPCA.
Appendix A contin the a weekly basis by MPCA
Appendix A contains the
quarterly staff and
quarterly
reports fom the Operation
reports from
he O.& M contract. and Maintenance (O&M)
the O & M contractor.
V. Costs
V. "TC$T1hho2ee7soc,to6ss4stt1.ffo0orr0fflfulllsosheeerrvvfiiiccsecaoolppyeereraaattiiooonnmaannJddumlmyaaii1nc.tn2e0na0ar2nccteehorofoftutghhhe Jllauannneddf3fil0il,li2nn0cc0ll3uu.diinn(Tgghmioswodwiocninsggnaatnnddissnaammcpphlliicnnoggswwaoasfs
analysis i MDH). $127,641.00 for the
analysis at MDH).
fiscal
year
from
July
1,2002
through
June
30,
2003.
(This
does
not
include
cost
of
VI.
VI.
"RRTeheqeqNuuaitirrieoenddalPPePeorrlmmluitittassnt Discharge Flimintion
System
(NPDES) permit expired in
1993
The National Pollutant Discharge Elimination System (NPDES) permit epired in 1994.
`NTohveeMmebteorpo3l0c,2a0n0C5ouncil Environmental Services (MCES) discharge permit for gas condensate The Metropolitan Council Environmental Services (MCES) discharge permit for gas condensate
eexxppiirreess
VVIILI.. C"NCToohonevnecgcmrlalubudeisserini3oto0nnc,oss2n0taa0o5nnl.ddsyRRseieeccmoopmmrommveindeednsaaddtaeitqiuooanntess Braden contol i he sea ror V/V. to LE: but apps
eTt1o0xhpcpeeuugemmdrapepddooieuautnttttmmchoeoorsnreeetrwgogelrrlolossuuy.nnsddteTmwwhaeatpteerrrorevntthidhdaennastisasFdEnneeeqcdceuuesarsstisaenargrygy.r2.a0d0GGi5rernoohtuuacnnsoddnbWwetreaoanttleeairndppteeehcrrelffoiaonrrrmiemnaaagnnfrrccoeeemnssdtiVanwn/didVtaah2erddatssosocEmonEantltbiinpunuteeeasp1topdebbuacernsg
hcethoxeenccefseeinrdtstetesdasaatammitpotpnlhlieirnnsagegngeweevveeselninltsnt.cooefTf2htt0hhee0et0ryeeheaanardr. abHHtooEcwwEeevldveeuersrr,i,tnitghhhnee20pp00ll.u3ammhTeeahsaaepbmpepaeeannprgsaaotendoeebcsbaeleeinsssriittsnatagbsnldteraeraanrdtdEEfwE.eibbxthceceeaaeusdmsaeedahltualheepmeoankitdourriinngg
ocwwxoeeilnlldlcsasetnVVit,o,rnaVVt2ri2oe,,dnuaacrnnatddnigoRRne33psioiinntnec22ne00t0i023a30.l.0w0IInahseeaaansccebhhgeaoeetxxniccveleeeea)sddsaaPtnlnhoccateens tto5hhf0ee.srEeehTwwhreeeereemdseraeccnduogucmacnipiennasggreeccsdootnanfdnodiditthaiioreodnnsspisriiennecxittphchieeeteawwdteeielodlllni((nri1.ae.m.potthhnheeitoring
Sposruxegicdguiaeptisittogtatnthhiaraogtetnpdprtureehcecetciiipgopsicnitotaapcttthoiioetoemnnnitafcifaaefllcewctctsoasnsttdhhnieeteigoooaxxntiiisddvaabett)eii.ocoPnonlmoreeetdsduruocectfdtiEuioochnnintpprgeoonitnedtnstetcieanolumccuoponanrdrdie.tidtiiooTtnonshs.te.heW vWihpnheyreelnnccithphhlieetoareretiiodiisenelsgetserasanpdhard was
e0pe0xxre1cccoeierpddiVeet2add.tiddoooVnvwwithnnngegrrgacaedhdoilieocenrhntietdmnoenliwclyyaalsddcuu5orrnii0nndg3gitittohphneesapspbrrreiicnnaoggmmaaoennfeddrectssdouuunmemccieemnrrrge.rai.ntVVFtihiEnneyc(alhqhcluehoilfrsoeirri.dtdTeehheeexxccvaeeineedyddeleeddcohfttlhhtoeehreissdttpeaalnnsaddtnaaasnrrd)ddainrnVdVbwuabstut
averaging not at V2.
averaging
11 micrograms pr Vinyl chloride was
1.1 micrograms per
ic.also
liter.
This sareduction rom the previous two yea period a parameter of concern at EE (the southern edge of the
This is a reduction from the previous two year period.
plume)
AaArnperewewcggorrmaamddieieennndtteccdoofnntrtrroodllewwseieglllnppallnaadcceecddoniinsntttuhhceetppiloluunmmeien,,2a0nn0e.ewe Gliirneoedudnssdeedwiiammtneertntaqauttaiiolnintybbaawssiiilnnl acaonnnddtiiinnffuiielltsr0attiibooenn bbaassiinn Wmamoreeonlnilritetocororweemiddlmlccleleoonlssudeecleliydyd..aftoMeMrotodrhreeeesimfgfarrueneqgqauunaeednnnetctsossenaamscmtorppnultlcinatiimgonainangtaittnhhiee2o0ngg0rra4aar.ddoiiueGennnrtdtoccuthoonemnditlrwraonldalftwwielerlel.lqllsusC,aoili nintttyhtihewneuirtlorlaeuctasotmmwneateintnnteutreaaIrrteveoaae,,b]eaarnneddcoaarttders
Well E will elucidate the manganese contamination around the landfill. Continuous ~vater level recorders
rloouudnbdeurseddiraetchtieonnosrttahwtesltocsatiidono.f he andl rack whether sssonsl changes ocr he should be used at the northwest side of the landfill to track whether seasonal changes occur in the
groundwater direction at that location.
aTTghiaeeinMMstPPfCCAAuesshhdooueulvlddloreepssmceeaarrrtcch.h hethe ffeeaassiibbiilliittyy ooffoobbstianiniinngg 5 aaccrreess ooff laannddssoouutthh ofwl of xvell E t1o0 pprroovviiddee aa utr buffer
against future development.
11
22775522..00001111
VViIlIlI.. CCeertrtiiffiiccaattiioonnss.
A. Hydrogoologic Certification A. Hydrogeologic Certification asd upon my picothe person orperson ho ange hessc, nde psstly repursi Based upon my inquiry of the person or persons who managed fine system, or those persons directly responsible To abr te rathe o,on AHA 0 bbofety knowl db, vo tbr gathering the information, the information submitted is, to the bcst of my knowledge and belief, true, Scisncotmpel. | Gy ok us TE oo At rs ope fon accurate, and complete. I certify that this report was prepared by me or under my direct supervision and that I To 0 Liem Pesos Golgi nk oesof one of Homes am a duly Licensed ProfEssional Geologist under the laws of the State of Minnesota.
[NV aNmamee e::IInr ng,rriiddh )J.. Va erha~g en en|[ TTiittllee:: SSeenniioroHHryydro~deroogleoolgogiisstt
[ DDaattee:: T7-hMayay-004
Mating Address: 20 SESE RGSS Pa MY SS Paine 51-67 Mailing Address: 520 Latayette Road, St. Paul, MN 55155
] Phone: 651-296-7266
Fr ---- eg Number: 0119 = Signature:
[ Reg. Namber: 30119
B. Engineering Certification B. Engineering Certification
cry, tthecgiesin prions fis ort and allatch werepeor nde my icon 1 certify, that the engineering portions of this report and all attachments were prepared under my direction or Soper nde ysgm n et Ted eso] Eb nd vies foro supervision under a system designed to assure that qualified personnel gathered and evaluated the information mat Basedspon my vr of hepro:pos Tamed yn, of hick pros cy submitted. Based upon my inquiry of the person or persons who managed the system, or those persons directly pororsaabenlhe rini, Sod (ho fy lt aod bre. responsible for gathering the inlbrmation, the inlbrmation submitted is, to the best of my knowledge and belief, prrpenmgrpou true, accurate, and complete.
Nae FrTi [FileSere igines | e y 1 Name: Peter Tiffany
[ Title: Senior Engineer
Maing Addres7 sSTSRod$1 FalMN SH135 Paine 5107 ET Mailing Address: 520 Lafayette Road, St. Paul, IvlN 55155 Signature:
Date: 7-May-04
| Phone:651-296-7274
C. Field Certification C. Field Certification
Yori, tht ef prions fi rept wre redse icin supe wera I certify, that the field portions of this report were prepared under my direction or supervision under a system ined ose htqb eon oper E9NTSd avt vlid e ormsben bite. Boced designed to assure that qualified personnel properly gathered and evaluated the intbrmation submitted. Based pon Inprg on po ron vn ado 756.of hr Per ny pon fo upon my inquiry of the person or persons who managed the system, or those persons directly responsible for Fahne norman, ran Sh0h. h 31Kn Op 00 osc, gathering the information, the information submitted is, to the best of my knowledge and belief, true, accurate, and Sones complete.
TT TT Dai Air I Na~ne: Pat Hanson
Title: Field Representative
Nitin Adres 301505 id, Pa SN 515 Phone 651 947780 Mailing Address: 520 Lafayette Road, St. Paul, MN 55155
Date: 7-Ma' -04 Phone: 651-296-7740
Signature:
D. Annual Report Certification D. Annual Report Certification
ssc pon my iui ofthe ssn operons who managed he sc,or hove psn det espns Based upon my inquiry of the pcrson or persons who managed the systcm, or those persons directly respnnsible or aber emai. os maraio SIG 0 (1hoy ollod bl for gathering the information, the information submitted is, to the best of my knowledge and belief, true, re comp, accurate, and complete.
Name: Ror SERRE ile Fe To Baier Name: Ron Schwartz
] Title: Project Leader
Nain Addr5e3s0 sS:ESE RGR 1 Pa, AN $5155 Thong 65130739 Mailing Address: 520 Lafayette Road, St. Paul, MN 55155
Date: 7-IVlay-04 Phone: 651-297-2915
Signature:
212
22775522..00001122
FFiigguurree 11 GGaass PPrroobbee MMoonnititoorriinngg NNeettwwoorrkk
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ee
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FFiigguurree 33 FFllooww iinn tthhee SSuurrffiicciiaall AAqquuififeerr,, AApprriill 2003
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rs J == --~ W'T Ap[ 2003 C1=2
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3,75
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27257252..0000115
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Fiiggure 4 Fllooww iinn tthhe SSuurrffiicciiaall AAqquuififeerr., Juully 2003
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FFiigguurree 55 FFllooww aatt tthhee wwaatteerr ttaabbllee
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vr
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poms
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17
27257252..00001177
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FFiigguurree 66 FFllooww aatt tthhee wwaatteerr ttaabbllee nnoorrtthhooff tthhee ssiittee
a T a TTR eaDDesecceemmbbeerrE27 2P000033 Fhe-- =
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!8
2725725.2.00001188
-
FFiigguurree 77 FFllooww aatt tthhee bbaase ooff tthhe ssuurrffiicciiaall aaqquuiiffeerr
ee LE a AApril 20200033
g4aW ne , iEt a * : EE ae feet]
on
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EET ee, Bage of ~urlieiat aquifer,
"19
27257252..00001199
or
FFiigguurree 88 FFllooww aatt tthhee bbaasseeooff tthhee ssuurrffiicciiaall aaqquuiiffer
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o pTE rres enPAiE ng RR N3y
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4
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%
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'~ Ct,:tobe~ 2003 Basal ,Aquifer v,,ells
=2O
27257252..00002200
FFiigguurree 99 FFllooww iinn tthhee PPrraaiirriiee dduu CChhiieenn aaqquLi~fifeerr
[Err A E2E003
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Ree
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a
oe
#| |
||
|
|
21
27257252..00002211
Fis1 Wann coy Sty it Figure 10. Washington County Sanitary Landfill
Tq ; VOCs vs. Water Table Elevations - Well D1
5OO
-400
wl
1N NS Vd=} fl3O0
200 |
SE
AV
wi
904 ~
I"902 ~ 900
10o
.
dll
beens. 07898
FEEIIRRIRREEREIERNAILA800080
Sampling Dates
L~ Total VOCs -- Water Elevations
a22 22775522.00002222
120 100
80 > 60
40
Figure 11. Washington County Sanitary Landfill VOCs vs, Water Table Elevations - Well EE (Deep)
1000.00
900 00
i800 00 700 O0 60000 500 O0 40000 300.00 200 O0
100 O0
0 O0
$arnplin~ Dates l~Tota VOCs --Water Elevations i
23
2752.0023
VOGsvs er To Ens ehos ih Figure 12. Washington County Sanitary Landfill VOCs vs. Water Table Elevations - Well GC-1 (Gradient Control)
5O
LSaITfAyRin
aa0
30
940 CO
[=930C0 920.00
91000
90000
890 O0
1AiRl R: A | I N880OD
10
870 03
8~0 03 0
850 O0
Total VOCs -- Water Elevations
24
27257522..0000224
-
Pto1e5. Wane soheCioeenoSangntrty Loaant Figure 13. Washington County Sanitary Landfill VOCs vs. Water Table Elevations - Well I 903.00
700
6O0
Ae500
fo| O
> 400
|
n J.
/N/ON\
il ll1 a 2OO
IO0
ERIS ERBREBRGRBAENGRARROENERGR
BOEIERIRILARNLIS NIALL
Sampling Dates
902 O0
90100
I" 1 900.00
899 OO
I=89800
wal 897100
-896 O0
895 03
894 OD
225
272755220.0002255
1800 1600
=1400
1200
" ig 1000 800
FR opr Figure 14. Manganese at selected wells
--~MnE ~ MnV ..... MnR3
MnV2
/{
.
N oh /Lo
400 2OO
Peor
oab Sampling Dates
6000
5000
foo4000
[=ol{== 3000
2000
1000
26
27257252..00002266
=
|
3o
>
1
|
Hi
Figur1e5 WasGunySgantrry Lann Fi~]ure 15. Washington County Sanitary Landfill oc var Fos Eisen G1 VOCs vs. Water Table Elevations - Well Q1
AE ~Total VOCs
Water Elevations
/
|
|
|1
ee
Sampling Dates
903 C'O
F902 00
901 ~0
"90000 .
ofi 899 O0 ~
| 898 O0 i~
897 OO
ome896 O0
895 O0
2"27
27257252..00002277
=
Figure 16. Washington County Sanitary Landfill
VOCs vs. Water Table Elevations - Well Q2
bi10
amr: was i)
I940 O0
9
Bl -93000
920 O0
6
910 O0
o
i, lL a, |? > 5 4
90,300
890 O0
2
1
] ail nl lit... . 0 FrEEaRr REITER ERRLENEIE0E10 d323 826862303 RBRRAPRRERARERTY
880 0(]
870 O0
SamplingDates
28
22775522..00002288
Faure 17. WashCouintynSagntatyLoandni Figure 17. Washington County Sanitary Landfill
\ (mtsmin) pe 30
VOCs vs. Water
-Table
Elevations
-Well
Q3
25
20
i,>23 15
|~
10
| sun 940 O0
| 93000
92000
~1ooo
I |gi 900.00
890 O0
880 O0
Sales
lowe Been nl
R RiERE iEafSfeipEiRilRiERieRhRiRREiIitRsaRERAAiREfIRiRRiRRRfERcAdRERrEGsY: 870 O0
Saree
Sampling Dates
=29 2725725.2.00002299
=
TremEoe n rmoer Figure 18. Washington County Sanitary Landfill VOCs vs. Water Table Elevations - Well R1
'l30
FT
mo vend ITotal VOCs
Water Elevations1
25
TM98000 i 960.0C
2O > 15
yeoCoitlt LadShudeEn "|10
92,300
900 O0
I. 880 00
86000
840 0'3
EERE SEEgcigenty PEITTEETRES sii
Sampling Dates
03O
2725725.2.00003300
=
2O 15 >,.~ lO
Figure 19. Washington County Sanitary Landfill VOCs vs. Water Table Elevations - Well R2
ro vga]
SamplingDates
| )980.00
9{50 OC 40 O0 92000
900 oo 880 O0 860 O0
31
22775522..00003311
=
Teir To Bovsions Ws Figure 20. Washington County Sanitary Landfill VOCs vs. Water Table Elevations -Well R3
PT --rm wae 35
Total VOCs
Water Elevations
|| 30
25
~ 20 0 >
J he hr 10
wl li hl SS13iEriEEsREzIEiREfEEiEiRRiEUiIRiNRiEmIiRaiEoiIEuaIRcIRaRNrREaARiREiELiNLnREiELiRS:E
1980 O0
ss960 O0
940 O0 ~ .
920 O0 ,~
900 oo ~
|-880 O0
232
272755220.0003322
[ oes eo-- Eons Figure 21. Washington County Sanitary Landfill VOCs vs. Water Table Elevations - Well V
100
............................................................................................................................... 903 00
~Total VOC; ~teater~e vat~o~ns
....
m
90
| [VV "\ -
44)
80
it
7O
60
ii.,>o so
u
--90200
901 O0
90000 ~ ._o
899 OO e>
\/ANee7dd 89800 ~
4~
IRUTlH [1 HTTE T89700~
~0
896.00 20
89500 10
Bilin
SamplingDates
89400
ann
n33
2725725.2.00003333
=
Figure 22. Washington County Sanitary Landfill VOCs vs. Water Table Elevations - Well V2
600
ll5OO
4OO 300
200
I oo
Samplieg Dates I~ T~t~I~S -- Water Elevations
902.00 901 00
9o0 oo
899.00 89800 897 O0 896 O0 80530 894 oo
34
2752.0034
Figure 23. Daily and Monthly Precipitation around ~rVashington County Landfill-1999 to 2003
+ Monthly 7
6
i JI ||y
SilkalJial Jiir!ll| 0l-Jan~0
3 l-Dec-00
3 I-Dec-01
31 -Dec-02
Date
iiL31-Dec-03
35
2752.0035
EBBg] 5| wom | {f| owewcron | oesouemon INFORMAL
BIE od | A| 8 FACIES NAME
GRAPHIC LOG
o|8]88 mers 8 -- fi Quaternary Fill
Surficial Glaciofluvial
= EH TN rrr Facies
SM, CL, OL SM, SC SP-SM
Glaciolacustrine
Hou a [[EE Facies HEE (Julik Unit)
ML, SM, SP-SM
iEE losr ers |E S on, [E ESE ET E ORSE]y E | ,E
i oEw ov [cae | o Resedirnented Till
u_
Facies
T | (Upper Unit)
SM, SW, SC
DESCRIPTION
~ t] ;] very dark grayish brown to dark gray, modern soil profile developed in upper portion
dark brown, strong bn~wn to brown, stratified
strong brown to brown w~th common dusky red clay fragments, laminated to thinnfy bedded,
~
sl. m i Cclayleayyey SSuubbtfaacciieess
eCoL
i C iE . Ulam~cLopbedded, OU, strong brown, common stratified deposits in upper podion, ve~ stiff and clayey in Iower po~ion
lil
uJ
3gSoI _1 EgtY zO IJJ flO9
Glaciofluvial Facies (Upper U~it)
[= rReesseedaimmeenntetd eTTdiilte Facies Lower Unit)
SM,
Bi asenotes| ae sScC.,
&
5= Loe= a B80]e ... cnocosoca SM
strong brown ~o browo, stratified
a]
few stratified deposits
Eun Glaciofluvial
Facies (Lower Unit)
[ SP-SM, __
E So So ew sw,
= B Bo SM
dark yellowish brown, dark brown, yellowish brown, brown, stratified
Resedimented
MEER Err Facies (Basal Unit)
SLSO tring =Paritri]eel ,St. Peter ,Sandstone Formation
Undifferentiated
SM, MI
Oia~icLo~ bedded, OU, dark yellow~sn brown, some stratified depomts
ee Figure 24
Stratigraphic
5)
Column of Quaternary
Deposits
M(Figure 36
ren JULY 2003
TE FIGURE 2 wreBoones STRA]FI GRAPH I C
COLUMN OF
QUATERNARY L%EPOS ITS
2 from [-O,,dra2;eoleff~ic ,~ite (~h~]r{t~'t~,ri_-~;lion
,'V~t~t"
-6416}
~1'~/ "'1"
22775522..00003366
atthe Closd Washington CountyLandi Lok Elmo, Misses Earth Je 2005 at the Closed Washington County Landfill Lake Elmo, Minnesota, Earthteeh June 2003)
w37
22775522..00003377
-