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TABLE 3
<br /> CUMULATIVE ANALYTICAL RESULTS = SOIL (SOIL BORINGS)
<br /> Stockton Metropolitan Airport, Former Fuel Farm
<br /> OXYGENATES
<br /> SAMPLE DATE SAMPLE SAMPLE TPH- TPHJET ETHYL-
<br /> LOCATION SAMPLED ID DEPTH (FT) AVGAS FUEL TPH-G BENZENE TOLUENE BENZENE XYLENES MTBE DIPE ETBE TAME TBA 1,2-OCA EDB
<br /> S8-3 01!03/96 SB3-20 20 N0<0.5 NO<t0 NA ND<U.WS N00,W5 N0<0,005 NO0.W5 N040.005 NA NA NA NA NA
<br /> SB-350 so N00.5 NMIM NA NO<0.005 NO<0.005 NO<0,005 ND<O.W5 ND40,005 NA NA NA NA NA
<br /> SB-4 01/03796 5154-10 10 8000 120 NA M45 6.9 Be 7 250 5 NA NANANA NA
<br /> $0+20 20
<br /> 7,300 120 NA 16 21 99 1 310 30 NA NA NA NA NA NA
<br /> 01104!98 SB�-35 35 820 25 NA ND<125 1 ,7 2.7 1 1p 1404126 NA M NA NA NA
<br /> $8440 40 ND0.5 N0410 M 0.008 0.007 NO<OAOS 0.009 1 0.01 NA NA NA Nq NA NA
<br /> SB. 1-50 50 1 NO<0.5 I NMIG I NA NMM00s IINDA05 0<0A05 0.007 0,006 1 NA NA NA NA NA NA
<br /> CPT-1 05)29107 CPT-1.65 65 1 NMS ND<OA05 ND<0.005 ND<0,006 ND<0.m MNMC.005
<br /> NO<OA05 ND<0.005 NO<0.W5 NO<0.05 NO<0,005 NO<OAM
<br /> MW-1 10/21/02 MW-1-20 20 ENA
<br /> NMS ND41 ND<O.W5 ND<0.005 N0<0.005 NMc0D5 N00AD5 14040.006 NO<O.WS N00.05 W M
<br /> MW-1-35 35 N045 N041 NMoocs ND<D.W$ ND<O.DY5 NO<0A05 NO<0.005 No<0,0W NOW.WS 00,05 NA NA
<br /> MW-1-45 45 26 1,400 31 5.8 T,0 15 ND<0.63 N040.63 ND<0.83 NA NA
<br /> MW-155 56 NMS 120 3.2 ND<0,2 0156 N0<02 N040,25 NM0.26 ND<O.25 NO<2.5 NA NA
<br /> MW-1-65 65 NO41 NG<4005 N040.0D5 14040.005 N040A05 NOeO.OW 1400.05 NA NA
<br /> MW-2 10/22/02 MW-2-20 20 NM5 NMI a
<br /> NO<0.W5 NO<O.WS ND<0.005 ND<D.005 N00AW ND<0.W5 ND<0.W5 NUW.05 NA NAMW445 45 ND<6 NMI ND<0,0W ND<0.W5 MMa.00S ND<DAa5 NO<OA0.5 ND0.W5 N00.W5 N00.05 NAMW-255 55 N045 NMI NO<0.W5 NNO. N0<0.005 ND0.W5 14040.005 D0.W6 NM0.05 NA NA
<br /> MW-265 65 NO<5 NO<t ND<4W5 14040.006 No<D.W$ 14040.00$ NO<O.WS NOa0.005 14040.05 1400.06 NA NA
<br /> MW-3 10/22/02 MW3Ao 10 NL<5 NMI NO<O.OW NMcD05rNMD405
<br /> NMO.W5 N04CADS NO<EA06 N040.00$ N0<D.OD No4m NA NA
<br /> MW3-20 20 NA ND<5 NMI NO<0.0W 0.011 NOW.005 NDO,W$ NOep.005 14040.003 N00.W NA NA
<br /> MW-335 35 NA NO<5 NMI 14040.005 NO<0.W5 ND<OA06 NNCAOS NMGM5 NO<0AW 14040.005 NA NA
<br /> MW345 45 NA N046 N04OAW ND<4W5 NO<DA05 N00A05 NO<O.OW ND0.05 NA NA
<br /> MW3S5 55 Np<5 M41 ND4DAW ND<O.WS NO<D.DOs N0<0.005 N040,W6 N➢<OA ND<0.006 1400.05 NA NA
<br /> MW-3-65 85 NO<5 N 0,005 NMO.W5 14040.005 N040,005 N00.W5 rm<OAW 14040.005 NDO.W NA NA
<br /> MW-4 05/30/07 MW4120 20 NA N0<5 NO<t N0<0.005 NO<4W5NO<D.005 NMDA1 NO<0.0W ND<0.WNM
<br /> C.005 Nd.OW NM01005 ND0.05 N0<O.OW 14044005
<br /> MW-445 45 NA NMS ND41 NO<40W N044W5 ND<0A04 D<0,01 N040.005 NO<40D5 N04OAW N00.05 N0<O.OW 040005
<br /> MW4-60 60 NA 14045 NMI N00AW Id7e0.W5 ND<o.005 N040.01 N00.00 N00.005 ND<0.005 NDOAW No<0.05 N0<O,Oos NO<0.005
<br /> Mw-S OSf30/07 MW-5-20 20 NA N045 NMI MMUN ND<0,W3 ND<4005 NO<0.01 N040,OW N00W5 N00.005 N0<DOW NWA.& N0N<4.a65 14040,005
<br /> MW-545 45 NA N04S NMI N00,OW NO<0.005 NO<D.005 NDW.m Noccoo 1400,00 1400,005 14040.005 NO<OA3 NO<p.005
<br /> MW-5-60 fig NA 14043 N0<1 14044006 =40.00 NND.005 ND0.01 NO<00W ND0.W5 N00.005 ND<0,0W NWOA6 Nb<aAW N0<0,005
<br /> MW-5 06/07/07 MW-620 20 NA NMS NMI NO<0.0W N OAW N0<O.W5 X040.01 NMGQc5 NO<DW5 NO<O.eW N00.0W NO<0A5 NNOLN�OZN �<Cow
<br /> MM NO<0,005
<br /> MW-645 45 Nq NDR NMI 0,018 ND<OAW N00.W6 N00.01 No<0.005 ND0.W5 ND0.005 NDOAW NWO,W ND<40W N00.00
<br /> MWe•fi0 60 NA NMS N041 ND40.005 ND40405 N00,W5 NMAW NOW005 ND0.W5 N00AW N00,0W N00.05OW1/07 :-7-20 20 NA ND<5 ND<1 14040.005 14040.05 1400.01 14040.005 1400.05 14040,005 NO<0.d5 005MW-7 15 45 NA NDci NM1 0.005 14040.05 ND<OAl 14040.005 NOW.WS ND0.00fi 1400.005 ND<Ad5 .005W-7-8064 NA NM5 ND<1 NO<0.005 ND<0A05 ND0,005 NDOAW ND<0.005 NW0.005 1400.05 0WMW3 05/31/07 MW3-20 20 NA ND<i NMI ND<0.005 N040.W5 ND0.0t 14040.005 1400.05 1400.005 14040.005 140(0.05 .00MW$45 45 144 ND<1 NO<0.005 NO<O,006 ND0.W5 NM0QT NO<DOOi 1404005 NO<O.0N NO<0.05OWMvv800 60 NA ND 5 ND<1 NO<4Y05 14040,00 N040.005 NO<0.05W
<br /> NOTES-, All results reported in mmlgnams per kilogram (mglkg) eclon[ent to parts per mllron (Ppm)
<br /> Sample depths are in fees (FT) below ground surface
<br /> T131 -as-Aviafion Gas "HAWA6), TPHao-gwollne CTPH•G), and TPH-asyel fuel analyzed by Modified FPA Method 8015
<br /> Benzene, Toluene, Ethyll en3ene, Xyfenas (BTEX) analyzed by MDdlried EPA Method 8020 or 6260B
<br /> oxygenate compounds (MTBE, DIPI; ETBE, TAME end TBA) am dMd by EPA Method 826013
<br /> 1,2-DlchlOW epene (1 ,2-DCA) and ethylene dlblarride (EDS) analyzed by EPA Method B260B
<br /> ND<0.5 = Not Detected a1 laboratory reporting limit of 0.5 ppm
<br /> NA = NW aNelyzed
<br /> I oft
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