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TABLE 2 <br /> ANALYTICAL RESULTS OF GROUND WATER SAMPLES TABLE 2 <br /> ANALYZED BY EPA METHODS 802 5 AND 8020/8260 ANALYTICAL RESULTS OF GROUND WATER SAMPLES <br /> FORMER STOCKTON PLATING FACILITY ANALYZED BY EPA METHODS 8015 AND 8020!8260 <br /> 632 South El Dorado,Stockton California FORMER STOCKTON PLATING FACILITY <br /> 632 South El Dorado,Stockton,California <br /> (ltPa✓l) <br /> Sa Date )! TPHas Y TOW <br /> Date Gasoline A17'DF Benzene Toluene hEe me Sample 1 D! 'µPy as <br /> MW4/12-06 94 xylenes Date MTBE <br /> 320 NA 11 c Gasoline Benzene Toluene E�YI Total i <br /> M W4105 23 95 <200 NA c 0 3 0 4 <03 benzene Xylenes <br /> 1 0 <I 0 < MWS/04 29 97 <br /> M W4l09 29 95 <50 NA t 0 q p 450 17 9 8 <br /> <0 5 <0 S <0 5 M W5/W27 97 470 1 2 2.3 3 1 <br /> MW4l12 27 95 71 NA W 5 15 <br /> �5 <05 MW5109-0897 91 18 24 <br /> MW4/03-08 96 S4 <5 0 <0 5 300 16 9 1 31 3 8 <br /> MW4106-03% <50 6,1 <45 <OS c05 05 MWi1127297 24D �0 092 24 2� <br /> MW4/0918% <OS <05 <05 MW51031996 960 �1 11 13 l8 <br /> 60 <50 WS MW5/061998 60 2E0 4,7 ]S <br /> M W4l12 16A6 <50 <0 5 <O S <0 5 <p 5 130 <17 6 3 28 <br /> <45 <05 MW51092298 22 9 <br /> MW4/03 12 97 Sg cp 5 <p 5 240 <3p 19 <br /> MW41062797 64 <05 <05 <05 <05 MW51121198 330 <10 39 12 49 21 <br /> 87 85 <05 MW5/032499 32 52 13 57 <br /> M W41D9-08 97 c50 �5 <05 00 5 68q <]0 <br /> <5 0 0 78 31 <G5 3 8 M W5106 23 99 <50 <5 0 <0 110 24 710 <br /> MW41121297 78 <50 MW5/092499 OS �5 <OS <p5 <br /> M W4Po3[9-98 <0 5 D 66 cp S 1 2 <50 CS 0 W S <0 S <br /> X00 <5 0 <05 <05 <0 5 <0 5 MWS/01 24 00 <50 <5 0 Q 5 <0 5 <br /> MW410&19-96 Qp �5 < MW5/0616-00 <05 <05 <[05 � <br /> M W4/09 22 98 150 <30 0 5 5 <p 5 <50 NA <O 5 <br /> 4] 47 11 MW5110-04 00 <50 <O S <O S <p 5 <O S <br /> MW4/121198 450 Qp 47 NA <br /> l5 MW5/021301 <50 <05 067 <05 <05 <br /> M W4/03 23 99 730 95 11 78 �D <B S <0 5 <0 5 <0 5 <br /> Q0 29 100 15 120 MWSlO515-0I <50 <5o <05 <br /> MW4l062399 <50 t5µ <05 <05 005 <05 MW5/110501 <50 56 <05 <OS <p5 <br /> M W4/09 24 99 <50 c5 0 <0 5 1 1 <0 5 MW 5701 28 02 <50 <0 5 <0 5 <p 5 <0 5 <br /> M W4/01 24-00 <50 <5 D IA M W5/06 26 02 <5 0 5 <0 5 <p 5 <p 5 <br /> MW410616-00 <05 <05 <05 <br /> <50 NA <05 <05 �5 MWSl09-25-02 <5p u0 `05 G05 <05 <05 <br /> M W4/10-04-00 <50 5 <0 5 NA <br /> NA <0 5 MWS/03 03 03 <50 <0 5 <0 5 <0 5 cp 5 <br /> MW4/0213-01 <50 11 <05 <05 3! <p5 <05 <05 <br /> MW4/0515-01 <50 <50 <p5 <OS 05 5 w5 <45 MW6/l2 tlT9938,000 <br /> <05 <br /> MW4/31-05-01 <5p <05 <05 000 <930 7000 16000 <br /> <05 <05 <0 5 M W6t03 24 000 2 000 11 000 <br /> MW4111-05-01 5 MW6lO6-23n00 4,600 9y00 1,300 9,200<50 6 0 <0 5 <0 5 <0 5 <0 5 Q00 2,300MW4l0I 28-02 <50 <5 0 <0 5 1p MWN09 24000 Q3 800 1,400 6 200MW4/06 26 02 <5p <65 1[ MW6f01 25 520 1,000 700 2 0000 <0 5 <0 5 <p 5 <0 5 000 <IDO 220 ,00MW4/0925-02 <50 NA <05 <05 MWG+06-16760 Np 410 530 1,300MW4/03-03-03 <50 <05 <OS <05 18(1<0 S c0 5 <O SMW6/10-04500 NA 60 400 890 <br /> <0 S MW6t02 13-01 5,400 60 22 300 33 <br /> MW6f0515-01 2,900 <5a 16 53 55 380 <br /> MW6111-05.01 2100 <SD 11 35 170 240 <br /> MW6101 28 02 1,600 <50 2 ]8 98 l20 <br /> MWN06 26-02 3,800 <5 p 1 1 94 59 56 <br /> MW6/09 25 02 1,100 NA 2 8 22 45 45 <br /> M W6103-03-03 <0 5 1 1 11 15 <br /> 670 <05 <05 052 <br /> 73 63 i <br /> Nnres <br /> µS11 mcm8rams pli liter ores <br /> MTBE methyl ruwuy butyl ahaby EPA method 8020 P6/1 mlwog>tios ptrbla <br /> NA Nal aoalyaed Di ImPapyl Elha(DIPE) <br /> E3hy1 tcrltary Bntyi Ether(ETRE) MTBE methyl Ientary butyl dberby EPA mahod 8020 <br /> Mahl1aanuy Butyl E3ha(MTBE) NANot ututyzrd Dt ImPMPyl Elba(DrPE) <br /> laUny Amy!Methyl Eaha(TAME) tema[y Butyl Etka(ETBE) <br /> Mary ButatwMA) MemYke Mary Butyl Tsha(MTBE) <br /> abylenedlbrmmde(EDB) to tury Amyl Methyl Etha(TAME <br /> 12 dwUmoahaa(1 2 DCA) tavary Bunual(TBA) <br /> Adwnred GwEnvuaomemal,lac gltyleoed,hromlde(EDB) <br /> 12 dtchlaoahaa(1 2 DCA) <br /> Adiw—dr-avaoemtnlal lac <br /> I <br />