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I <br /> I • TABLE 3 <br /> SUMMARY OF ANALYTICAL RESULTS <br /> Former Canteen Facdity <br /> 1500 Shaw Road <br /> Stockton, California <br /> Ethyl- Corrected Adjusted Total <br /> I Sample Sample Benzene Toluene Benzene Xylenes BTEX MTBE TPH PIDs cvy/Emi HCs <br /> Location Date (µg(L) (µg/L) (µg/L) (lL� ) (µ1'L) (µPQ) (µms) mv) (lbs/hr)4 (µg/L)5 <br /> SVE Infl 3/25/04 350 1,000 110 480 1,940 500 15,000 3,230 15,000 <br /> IExhaust 390 340 920 460 93 1 250 270 27 270 <br /> WE Unit Efficiency. 989% 966% 91.6% 904% 952% 950% 982% 992% 98.2% <br /> I SVE Infl 412104 290 490 30 100 910 500 12,000 4,120 12,000 <br /> Exhaust 0 250 0 250 0 250 0 250 100 250 25 32 25 <br /> CE Unit Efficiency- 99.9% 999% 99.2% 998% 99.9% --- 998% 99.2% 998% <br /> ISVE Infl 4/16/04 230 370 18 69 687 500 5,100 1,099 5,100 <br /> Exhaust 1 0 250 0 250 0 250 0 250 100 250 25 68 25 <br /> CE Unit Efficiency 999% 999% 986% 99.6% 999% — 995% 938% 99.5% <br /> ISVE Infl 5/7/04 230 520 230 990 872 500 7,100 647 7,100 <br /> Exhaust 1 340 160 150 680 277 025 1,400 28 1,400 <br /> I *�CE=Unit 852% 692% 34.8% 313% 68.2% --- .803% 95 7% 803% <br /> SVE Infl 15/19/04 160 480 280 120 788 500 7,100 647 7,100 <br /> Exhaust 13 0 110 140 680 205 025 960 28 960 <br /> ICE Unit Efficiency 919% 771% 500% 433% 74.0% — 865% 957% 865% <br /> SVE Infl 614/04 100 370 250 99 594 <25 5,800 2,012 1971 5,800 <br /> I Exhaust 110 90 110 450 157 <2 5 880 710 0 050 880 <br /> CE Unit f fficiency. 890% 75.7% 560% 545% 736% 848% 96.5% 97.5% 848% <br /> INOTES. <br /> 1 To determine the influent and effluent concentrations,the following analytical methods were utilized <br /> BTEX– Modified EPA Method SW846-8021 B <br /> I MTBF– Modified EPA Method SW846-8021B <br /> TPH – Modified EPA Method SW846-8015 XG <br /> 2 The shaded values are for constituents found to be MDL and which are presented as half the BDL, for calculation purposes <br /> 3 SVE Infl indicates samples obtained prior to the ICE unit and represent only the vapors being removed from the subsurface <br /> The ICE Exhaust includes the remaining hydrocarbons from BOTH the Influent stream and the supplemental propane supply <br /> I <br />