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MW-2 ♦'� <br /> SB-10 •�� <br /> • SB-11, -1 7 io �••�♦ <br /> SBS \SB-13\ �I•� ° •�. <br /> SB=12 • <br /> SB-5 <br /> 255-260-16 e ♦' <br /> MW-4 <br /> .�' <br /> Feet �- \ SB-26 GW <br /> X, 2/27/2008 ♦, <br /> t ' <br /> ' TPHd 160 <br /> i� °� NNIS OFFSITE <br /> �XSB-27 <br /> Bunkhouse ` + ?S ' <br /> SB-30 ��dc (NE) GW <br /> �� • ♦ Mw�6(NE) 2/26/2008 <br /> j� .� O� sampled\1/29/2008 Benzo b fluoranthene 0.039 <br /> �11 Sf3-1 \+ �S\24 \ 016- 02-007 <br /> ����s • ��/ v <br /> x � • s6-2$ <br /> �I SB- �•SB 19 �• MW 0/2008 GW ''��• <br /> YX Bunkhouse <br /> .�•' <br /> \r\ !` TPHd 390 <br /> \ <br /> j MW-3 - +� SB-20 MW 7 .•�• <br /> SB,114 • �.� <br /> ;x. Bunkhouse N <br /> IAI i <br /> ' - W.2 i SB-29 .��. <br /> X, 255-260-03 �Mw-1 \• • <br /> X, <br /> I • �IL�SB 8�SB t' (N(NE) SB-31 <br /> ss♦9�=�' - 2/26/2008 GW <br /> y° MW-4 <br /> X r� <br /> , <br /> , <br /> ` c • _ _ Benzo(b)fluoranthene 0.031 <br /> P; Bunkhouse --- 1 <br /> X , ,dump Ho - <br /> y <br /> X; SB-36 IASB-2 ASB-1 • .,,,� ,,, <br /> WeaterHouse ASB=3ti� <br /> X SB-33 <br /> - - •\ �� �� ��\\, SB-31 GW <br /> X ; �; +� \\ 2/25/2008 <br /> 1 I ���• ���• �. TPHd 240 <br /> x' % ASB-11 ASB-4 Benzo a anthracene 0.039 <br /> + Benzo b fluoranthene 0.038 <br /> x' Bunkhouse - +� V E R N A L I S P UJ� AS <br /> +t -S--T--A T 1 O N \ 016-002-006 ,•' <br /> ' -- � , � SB-32 <br /> ASB=9 ,\ \ • (NE) <br /> • <br /> • 'Bu'nkhous',a MW-5 \ / \ I I (` _; \ •R_+ S,3� <br /> uJ <br /> —X—X� <br /> - ------------- <br /> j 016-038-003 =}- <br /> - - -L <br /> Bunkhouse } <br /> r ------ + <br /> 1 elate ASB-12 <br /> j mate ectj \ T�9 C -O Yl M M P . <br /> o j - <br /> PPP F(O�Dir %/; p16-038-004, \�, �-(P(�' F� <br /> x • Bunkhouse � FASB-8\ S T A l,\� d-I V + <br /> g - <br /> o <br /> co <br /> CM <br /> 0 j \ +cn <br /> Bunkhouse <br /> ~ j - Bunkhouse \ ' 0116-038-005 +♦-F <br /> p =-X-�X=�x�X�=X�=X- =X==X=�x�x�X- X-�X�=X-�X=�xX�=x}- <br /> � X� Shed <br /> z Map is a relative representation of current and historical data and should be verified for exact legal or underground work. <br /> Soil Boring <br /> a 0 75 150 • Railroad L.._..� Investigation Area <br /> _ (current investigation) <br /> " Road Irrigation Canal <br /> w Soil Boring <br /> Feet • (previous investigation) ------ <br /> 0 = County Boundary <br /> Former building <br /> ® Domestic Well Lateral extent of groundwater affected by <br /> Existing structure . hydrocarbons,where petroleum constituents <br /> Monitoring Well — exceed WQOs and/or ESI-s. Outline <br /> Q- j Former Aboveground dashed where inferred. <br /> LU ) No Exceedances of WQOs or <br /> (NEStorage Tank <br /> LL ESLs in groundwater <br /> w ' <br /> X—X Fence L---—__I Former Berm <br /> Kinder-Morgan Pipeline San Joaquin and Stanislaus GROUNDWATER <br /> (dashed where inferred) ;_______ County Assessor's Parcel ANALYTICAL RESULTS MAP <br /> i2 <br /> a Historical Old Valley Pipeline VERNALIS OFFSITE <br /> o ° Historical Tidewater Associated 35500 Welty Road, Vernalis, California <br /> 3 Oil Company Pipeline <br /> v� DATE.6/19/2008 1 ANALYST.MOORECYN FIGURE. <br /> Cn <br /> .i. TPHd=Total Petroleum Hydrocarbons quantified as diesel RWQCB=Regional Water Quality Control Board <br /> U GW=Groundwater -All results are presented in micrograms per liter(ug/L). — -- l <br /> WQO=Central Valley RWQCB Water Quality Objective -Results presented in bold equal or exceed WQOs and/or ESI-s. r— <br /> now J <br /> ESL = San Francisco Bay RWQCB Environmental Screening - For each sample, this figure shows only those analytes with �rXff`From Science to Solutions <br /> J CALIFORNIA LOCATION MAP Level concentrations that equal or exceed WQOs and/or ESI-s. <br /> LL <br />