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IIB961012-i4 111 Z3 40 Begvzja(18 Inflaeenit Removal Conten- Removal Rmft "Oon An%db 0905 47 1890.00 0.00 0.00 N.A yjF 0935 48 181 0.00 0-00 0.00 is >100,000 (I NA ........... 63 4 PE 11 1020 --50 92 —0.90—r ,w a ()m O.Ow, Well TPA Sen=-ne IMAU*M . IM Applied Applied ww-13 Vacuum vacuum vact.&M Vacuum Vvcuwn ROW CA=on- (Well) (6 -.gine) Influance influence Influence Rate tnWan ROm tzatlan ReKa 71ma (In. 1-120) On. H2O1 Lm. H2O) On. H2O1 (!n- H2O) (SIM) f20mv) NOt" /day) p v) IIQ b Obs m Nates a JaEY Well MW -V Test (June S. 1994- Pte -Test QTW 14.28 TO If A.O 1210 40 120 0.00 10 12'sw (I 1240 3S NA2'. -,00 ORO NA 129 0.0010 9. NA 1325 as 128 000 10 8.600 (1-) ..... . .......... ;Zq W04 well TPH as QMOTOM tsenzene Applied Applied MW -22 MW -211 i Influent Influent Vacuum Vacuum Vacuum Vacuum Vacuum Flow f Concen- PafrK" (Well) (Engine) Influence Influence Influence Pft rame In. H20) jm H2O) H2O (ln. H201 (Im H201 (ct_l (ppmv) Notes (93rjday)i (ppmv) Nat9s bald til Well WW 20 Test (Juno 9. 1994, Pte -Toot 0TW 10.49 TOC) -- - ...... .... 1425 40 61 0.00 0.00 17 a 10D.000 MA r 1455 38 62 0,00 0.00 17 >1 iAsr..... 17 >100.000 (1) 1 MA 33 0.00 Ln- C,'uhic feet per minOn ppmv = Parts per mifflon by velums The = PoUnda i NA = Not avagab(e or not analyzed C)Tw ii. Depth 10 water TOG = Top of mawM - Needed ci lution $dt for RR's due todeme-outs i1. Concentration detorwined wNh Flame-lof,4=110n Detector (R1)) :19 n--.%eaMr&tk3rt dpAarrrirwod by labcwabory er4 a.. 3051353C',MASS.WK1 ALICLj6t 29, 1 994 Table I Sea Vapor Erbraclon Teat Data Total Petroleum Hydrocarbons PH as Gamallne and Banzwo) Shell Oil COMPOnY OhrMbUWR Plant 3515 NaNy Orhow Stockton. CAlffbm" well WOell Well TP11 Applied Applied MW -10 MW -11 MW -17 In11L4wTt Vacuum Vacuum Vacuum Vacuum vacuum F;k. CCOCIOn- (well) (Erlrw) Influence Influonce InIhAxwe P^w traton TL -no n. H2O OC4 H2O1 CwL H2O) t1n. H2O) jM. H20)cftn my Well MW -76 Test (-kirm S. 1994) IIB961012-i4 111 Z3 40 Begvzja(18 Inflaeenit Removal Conten- Removal Rmft "Oon An%db 0905 47 1890.00 0.00 0.00 N.A yjF 0935 48 181 0.00 0-00 0.00 is >100,000 (I NA ........... 63 4 PE 11 1020 --50 92 —0.90—r ,w a ()m O.Ow, Well TPA Sen=-ne IMAU*M . IM Applied Applied ww-13 Vacuum vacuum vact.&M Vacuum Vvcuwn ROW CA=on- (Well) (6 -.gine) Influance influence Influence Rate tnWan ROm tzatlan ReKa 71ma (In. 1-120) On. H2O1 Lm. H2O) On. H2O1 (!n- H2O) (SIM) f20mv) NOt" /day) p v) IIQ b Obs m Nates a JaEY Well MW -V Test (June S. 1994- Pte -Test QTW 14.28 TO If A.O 1210 40 120 0.00 10 12'sw (I 1240 3S NA2'. -,00 ORO NA 129 0.0010 9. NA 1325 as 128 000 10 8.600 (1-) ..... . .......... ;Zq W04 well TPH as QMOTOM tsenzene Applied Applied MW -22 MW -211 i Influent Influent Vacuum Vacuum Vacuum Vacuum Vacuum Flow f Concen- PafrK" (Well) (Engine) Influence Influence Influence Pft rame In. H20) jm H2O) H2O (ln. H201 (Im H201 (ct_l (ppmv) Notes (93rjday)i (ppmv) Nat9s bald til Well WW 20 Test (Juno 9. 1994, Pte -Toot 0TW 10.49 TOC) -- - ...... .... 1425 40 61 0.00 0.00 17 a 10D.000 MA r 1455 38 62 0,00 0.00 17 >1 iAsr..... 17 >100.000 (1) 1 MA 33 0.00 Ln- C,'uhic feet per minOn ppmv = Parts per mifflon by velums The = PoUnda i NA = Not avagab(e or not analyzed C)Tw ii. Depth 10 water TOG = Top of mawM - Needed ci lution $dt for RR's due todeme-outs i1. Concentration detorwined wNh Flame-lof,4=110n Detector (R1)) :19 n--.%eaMr&tk3rt dpAarrrirwod by labcwabory er4 a.. 3051353C',MASS.WK1 ALICLj6t 29, 1 994