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20916011 : <br /> GP148 <br /> GP1A9 � <br /> : <br /> j 20915027 <br /> i GP150 <br /> GW <br /> f <br /> GP151 <br /> ,� 9,000 <br /> , <br /> '. �� '\ TPHd 45,000 <br /> 9 <br /> GP 152 ; <br /> TIP -- " <br /> Hg 5,5450 - - - - -----------------------. j <br /> y ----------- <br /> Benzo(a)anthracene <0.2 1.0 <br /> r ~° Chrysene 0.7 4.4 <br /> GP l'53� \� <br /> �Q N Fluorene 4:4 29 <br /> GP-152 SOILGW �� Pyrene <br /> Phenanthrene 7.9 42 <br /> �� D.5 2-9 <br /> 4.5 feet bgs 15.5 feet bgs GP'154 <br /> TPHc 19,000 680 <br /> TPHd _ 2,200 <br /> Ilk- <br /> 20915028~� I <br /> GP155� ++ <br /> Benzene 0.2 0,034 40.5 r <br /> �,� GP-157 <br /> Anthracene 2.9 - $le8 — <br /> Benzo(a)anthracene 0.22 0.2At <br /> 2091;501 - <br /> feet bgs <br /> s <br /> C3F'156r \� TPHc 6,300 <br /> 0.47 --_ <br /> Benao(b)fluoranthene 0,26 - <0.1 = � GP-161 G <br /> Benzo(a)pyrene , <br /> �.: 5 feet SOI GW <br /> Benzo(g,h,i)perylene 0.21 --- 0.1 ; \ <br /> ° Chrysene 1.13 0.3 GP157 + + P 1 SOEL TPHc .- – 25,000- __- 20931011. <br /> Dibenz(a,h)anthracene 0,08 H $ 4 feet bgs <br /> TPHd... ----- 260,000 ; <br /> G - 5 <br /> l F, 9,900 <br /> Naphthalene 0.65 --- 0.2 Benzo(a)pyrene 0.2 45.0 0 <br /> N Phenanthrene 16 – 5.59 c -- <br /> 2,700 <br /> Chrysene 0.5 17 a ; <br /> , <br /> 4 <br /> Fluoren <br /> ' e 2 98 <br /> , <br /> °m Phenanthrene 4 40 160 chi <br /> GP159' _ <br /> Pyrene 0.3 13 ; <br /> r r <br /> Uj <br /> GP160 t. -. <br /> x E �+A <br /> 20915032 20915023 ., F 20915024 <br /> N. <br /> a _SOIL \ ; ? <br /> a GP-160 — GP161 � <br /> z i 4 feet bgs ,` , <br /> U, <br /> TPHc 3,700 GP162 +: <br /> ��� <br /> GP163 <br /> 1 <br /> ------------- <br /> GPi64 ` ; \ � 20931007 <br /> 2 0 100 200 Map is a rotative representation of current and historical data and should be venf<ed[or exact legal orundarground work. SOIL AND GROUNDWATER <br /> o I l l ANALYTICAL RESULTS MAP <br /> i 4 Feer TPHe=Total Petroleum Hydrocarbons quantified as crude oil -All results are presented in milligrams per kilogram(mg/kg)for MOUNTAIN HOUSE DEVELOPMENT#6 <br /> a TPH9=Total Petroleum Hydrocarbons quantified as gasoline soil and micrograms per liter(pglL)for groundwater. <br /> Geo robe Location Where TPHd=Total Petroleum Hydrocarbons quantified as diesel -Results presented in bold equal or exceed PRGs and/or ESLs Mountain House, California <br /> o P _–:x Historical Old Valley Pipeline <br /> 31 ® No Petroleum Hydrocarbons --=Sample not analyzed for this constituent for soil and/or WQO for groundwater.See Tables 2 thfough 5 for <br /> y MOOREOYN FIGURE: <br /> � Were Detected(Condor,2001) Historical Tidewater Associated Feet bgs M Feet Below Ground Surface PRGs,ESLs,and WQOs. DATE:7/12/2007 ANALYST., <br /> Oil Company Pipeline PRG=U.S.EPA Region 9 Preliminary Remedialion Goal -For each sample,this figure shows only those analytes with <br /> l Geoprobe Location Where ESL=Central Valley RWQCB Environmental Screening Level concentrations that equal of exceed PRGs,WQOs,arid/or ESLs. �= ^ <br /> San Joaquin County W ALJ <br /> Petroleum Hydrocarbons 209150 QO=Central Valley RWQCB Water Quality Objective <br /> Were Detected(Condor,2001) i3.._;Assessor's Parcelg Agency <br /> tJ.S.EPA=U.S.Environmental Protection A en <br /> CALIFORN€A LOCATION MAP RWQCB=Regional Water Quality Control Board <br /> gt ti <br /> E <br />