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FA 81.410. C1•i 01.11A
<br /> L Sample 18 M Dept �$J uir, BTE( TN Lead Arselic HapMlaleae � a��OfY Lid �88DI0 Naphthalene Sample IO 4ale Dept RaIP E1lui9, TPH Lead Arsenic Naphthalene Ei$G1
<br /> X t m9k9 *9 MA m989 m989 UA Sample la NIB R m9'�9 m9'k9 MA m9+k9 u4�9
<br /> TPHd=3N R N4 MOO � �I: D111 7TPH4=41.0 NO TPH Lead Wilk Naphthalene
<br /> Q.
<br /> 8111 7! 1&746 N0. TPm9=� 11.8 7.45 ?8000 0111 718f2W6 MAI 11,4 iii $30 1&2000 1 0,114129 TPH4nD=290 12,7 10,4 89.0 $a7npl6D Dat>? m9 MOO m9 A
<br /> 15141 8f26n 1 9 B=1,90 NA 9 10 NO D14-1 P+2fi'O 1 NA NA NA NA Na
<br /> 01.1.3 118I21� 3 HC 7.49 � � E1-$G1.2 �11��IlHB 2 3PH�=1tD 41,3 iD,3 fit.4
<br /> 1 81.11 = 3 HUE NA NO 8.37 5.61 BOA Dl-1.3 71&h2f106 3 ND ND 9.03 9.65 ND
<br /> CD 0118 Cu L
<br /> 81•t6 715CQ 5 ND NA I� 681 Ct98 330 D1.1� 71&20 fi ND ND 8,62 T,84 ND
<br /> 81.18 7= 8 NQ NA ND 4A3 EN NU 011$ � HD b,39 3�I � DI-4 718W 8 ND ND 7,40 6.83 ND DRAINAGE saeplel0 Vate NO aaP Esu+. TDPH o lead arsenic Na*lem
<br /> CD ��� DITCH T MA MA rna9 MA UA
<br /> Z Tplw!2 e
<br /> Sample ID Dai
<br /> Dep B�aIPEgDi>1. lead Arsenic Naphtllalene D F1 / °� ] a9a� _ +dT toy 1,00
<br /> ft M09 mpg m9 9 *9 ENV a ] HA HA ra N4 ro
<br /> a A111 7✓8 M 1 km 11.5 M 830
<br /> 0 Bl-111A C1-1 ED D1-1/1 61 I Nmo 310. ear 6.d1 rl}
<br /> N Al-14D 70M 1 AQ28T71 038 150 360. B-A TB-13 T 2 TB-16 TB 18 TB 1 E= 7 3 NO NO 744 1sT ND
<br /> A11� 7f 29Cfi 3 ND 9,86 7,61 31.Q A1-1 ® ® ma UN 7Fi7 5 ID NO 0 &T0 210
<br /> Tw-3 Al-SG1 B1-SG1 C1-SG1 D1-SG1 T 8 599 ND
<br /> A1.1,J 7f�A 5 ND 219 IT ND TW-4 • • •
<br /> E1-SG1
<br /> AIM 7tt�M 8 ND 564 392 ND TP-1 ® E TB-12 TB-177 �)
<br /> + TB TB-15 TB-21 Depth 6iapP uk TPN W AIS* Imp
<br /> B1SG1 ❑ OLE RACK ® TB- o® 6atp1610 Eh16 1
<br /> MA U04
<br /> Depth 9[a�P�uiv. Lead I�SEnl1 Naphthaleaa TB-3 ff94 MR ms�1
<br /> Sample ID Dai R
<br /> Mfg mfg m�kg 9 SUBSTATION YARD TPN:RN
<br /> F�1.1 71� 1 0� 102 iL14 29.0
<br /> o E2-2/2A TPHI :3
<br /> B1SG1 i A1lV2�B 1 Qa433B9 12 9120 ?0,4 �F- - -- _ _ _ _ _ _ _ _ — 914 12.6TB-7 TB-22® 1B2-SG1 or
<br /> • • E218 7Of8 5 ND
<br /> !q 6S6 971 Iq
<br /> 3 p A2_ C, DOC D2 G E2-SG1 1 ■ FZ18 71 8 N] ID IT Ell ID
<br /> V11 ow 1 C -1/1
<br /> B-2 ♦m WAREN USE r— ® rs-11
<br /> Depth ?H Lead � Am9anic Naphthalene v12 A2- I ® -29 B-30®
<br /> Sampl610 Dai OW_5 i CANNPY T -31® TW-1
<br /> 0 9 m9�9 m9k9 U0' :11OFFI
<br /> _ D2-$G1
<br /> ♦ De th Lead Arsenic
<br /> A2SG11 ]11�20D6 1Pk =T,Z� 9,1 6M .� V7 TB8 CE SamplelD Hate ak9 m99
<br /> OW-
<br /> M V9 2W B-27 E -1/1 D25G7.1 71912008 1 9.27aj AT•111A W5V2 •B-2 V1 V8♦ — TB-25® TB-24
<br /> E3-SG1
<br /> iz Sam ID Date NPP B(a�PNOW, TPH lead A,wk Naphthalene 1 0.3-SG1/10. OW-3 • • • • ea-t11A
<br /> o t MOR mrykg MA MA 44 m m 63-SG1 C3-SG1 D3-SG1 � soMp6c oor o� aNp�f,. TPH a�a �� wPnw�.
<br /> T W-15.0 W-4 ® A3-1 TB-9 TB-10® TB-33
<br /> *111 A92(I(8 1 0.03309 [e9 &79 q.0 TB-32 ® B-28® ® TB-26® o° fl Eata t�rma 1 tsae TFHd-tA
<br /> -O as 606 no
<br /> TPHmo-SO TPKM-+20
<br /> TPW-1x0 MAIN ENTRANCE GATE 1 3 v 5 6 L- 1 NATURAL GAS E&W reaps 3 002t2w w 6sa 05 rn
<br /> U V10METER AND REGULATUR AREA 1PNd-ON
<br /> w *1.3 7l9A 3 hp TPko=4&0 &a1 bee hU ♦ Eats 71a"M 5 04M TPH ow52M 474 6112 ND
<br /> ~ V13 Eats 7a 978 B 0.0061@1 TPXd-� 4HI l9 0
<br /> A2 M 70.00(0.8 3 NO ND [41 0 Sa.D — — — — — — — — — — — — — —
<br /> aala.o-a6a
<br /> A2-]b 7297008 5 NO TTiM4:760 114 R12 ID EatAs a a Na ra, u ra, no
<br /> eA21A5 011112008 5 M NA M M h0. Eal•t0 7 10 Oa61a TPU%W ax ■0e ND
<br /> ti 0.2-,a 71a�9a a N3 101 sae sas 0.0 1 021110. TPH--ana
<br /> C mp"-BW
<br /> 4, ID Dep1l NafElluiv. Lead Arsenic Est-tm 10 0-off TPMd.sm2 x01 4126 ry
<br /> ma 00 OFE0, M Wd Alk � Sample ID Dale TPUm-tao66
<br /> S30E Sample ID Dab Depth BW1Pr*k, BTE7f TPH Lead Areenit Naphblene I fl mg+kg mD4g mgnlg E31-as nmmo6 >s ra w 406 4st a
<br /> a, h Wg *l; "1919 *9 W4 C2.1.1 7191M 1 60.52429 8.66 6.82
<br /> Q.N LEGEND TPI1g=0.1510 J1i �iB 1 0 1PHOI0�4d,0 21,9 1� �0 0213 71912006 3 ND 693 541 D31I1A
<br /> 832., 711VM , 1UH M 7k-lx 11.0 126 1309 De �a�[11 Y. TPH Leg CYC I�phwA ele
<br /> TPHc*-ON 49 Ti�VB 3 HD HD X96 7,13 HD 6215 71 2008 5 ND 6.81 6.07 se.plelD 0a�
<br /> � SYMBOL DESCRIPTION B'�
<br /> �g�t 7�y�p 1� Fad Faa 02110..5 8le'�'1008 5 NA HA NA
<br /> 1 T01 111}4 h9.1 *9
<br /> C5 0.3 L4, &7&2000 , HA T=3.19 N4 N4 HA 6,01 49 I9[9N 9 N HD 871 111 191 D311 7F1� 1 � TPHd-,IN 137 1,11 SI
<br /> a A3-2/2A/TW-5 S RI MONITORING WELL E=629 0 4 71912008 8 ND 4.79 117
<br /> o E3-1 • RI SOIL BORING LOCATION x-2&d 418 170 1 ND 1 A 571 I 11'1 02180 71912006 8 ND 560 586 D31A1 1 � 1011� � �
<br /> 3 A2-SG1• RI SOIL/SOIL GAS LOCATION e=sag
<br /> T=2.16 A3SGil1l O6.1l Im 3 0,17441 TPR:lu 8.11 6M 14
<br /> E3-SG1 • RI SOIL GAS LOCATION nlv�-,D &M1 Eu E_�0 Ha wv HA &ao9
<br /> u 1■ PA SOIL SAMPLE LOCATION 1, q Samplel0 kr kph BOIPFQih BiIX TPH Ind Muic kplUak6e B24S14 706 5 EV1PHd=S00 9. 642 120
<br /> C$ TB-19® S I SOIL BORING TP D.s6o 1 M;40% D3.14 715201 8 10 TPHd•S10 423 417 %
<br /> A323 1116M $ NO NA N9' 6.69 8,16 NO "A mm 1 Imi11 H4 W,4:1.1 11 ,13 1010 Depth Lead Arsenic Naphthalene D11V 7,571(8 8 10 hC 3.9 4A M
<br /> tA TW-1 SI MONITORING WELLSample ID DB6e
<br /> W-5 7/198000 5 NO M r�D.FA 8.53 Us ND A3SG15 m0'ap6 5 IU aA la 019 #4 HD I n,gikg #kg it�kg
<br /> 41 B-2 ♦ UST SOIL BORING 424 vam 6 2.110 NO 8•U
<br /> L3 OW-1 m UST MONITORING WELL
<br /> x-x a A38G1A8 MW 5 9 E-43 M 1A A 1# 8211 7I9+2QQ6 1 0,54 4,9Q 52Q Detections of GC�PGs in Soil
<br /> L3 (ABANDONED) 42-10 7HUM 10 CA1M M TP =209 6.26 &66 N (:� B2.11 71M 3 6.90 5.34 ND
<br /> 0.}2.10D 1/192006 10 ND NA TPH+)=2.10 5.99 131 NO for the Remedial Investigation
<br /> Cl)
<br /> V13 UST GAS SAMPLE LOCATION 0.'2.15 7110rrooa 13 ND NA ND 7.3 434 NO B21� 7!9+2006 5 6,06 6.94 23.0
<br /> Lo A3�20 7n9rm06 26 ND NA r0 6.19 &s3 NO B21�D 7l8+2Q06 $ 5.91 5,84 39.0 CLIENT:
<br /> Lo ® CATCH BASIN a�2�s 7/198006 2s NO HA mH♦)=a,d 212 i13 No Definitions: Pacific Gas and Electric Company
<br /> i B(a)P Eq=Benzo(a)Pyrene Toxicity Equivalent Value
<br /> EXISTING STRUCTURE B218 7I9+2QQ6 $ 3,63 3.63 380
<br /> � BTEX=Benzene,Toluene,Ethylbenzene and Xylenes
<br /> Q LOCATION:
<br /> Q.
<br /> TPH-g=Total Petroleum Hydrocarbons-Gasoline Former Tracy MGP Site
<br /> RAILROAD TRACK
<br /> TPH-d=Total Petroleum Hydrocarbons-Diesel Supplemental Site Investigation Tech Memo
<br /> '^ - - DRAINAGE SWALE/DITCH 50 Q QQ TPH-mo Petroleum Hydrocarbons-Motor Oil
<br /> a NS=Not Sampled Notes: FIGURE:
<br /> a CHAIN LINK FENCE ND=Non Detect All results are reported detections;however,for samples that had no
<br /> O FORMER GASHOLDER LOCATION mg/kg=milligrams per kilograms detections,were not sampled or were not analyzed for a particular PARSONS 3
<br /> SCALE I N FEET E T
<br /> �, ug/kg=micrograms per kilograms constituent,results have not been provided in this figure.
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