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SENT BY:Commerce ;12— 9-91 3:30AM ; ;#14 <br /> CONDENSATE LEACHATE COMPOSITION COMPARISION <br /> Analyte Leachatc Condensate <br /> Yin. Mean Max. Mean Oxnard <br /> Antimony, L <100 <br /> Arsenic, µ 140 <br /> Barium, Pg <100 <br /> Beryllium, fagg/L <100 <br /> Cadmium, pg/L 150 320 <10 <br /> Chromium, pga 180 350 <50 <br /> Cobalt, jug/t' - <100 <br /> Copper, pf/L 1240 1720 <100 <br /> Lead L 330 1790 <50 <br /> Mercury, ,fig/L <2 <br /> Yolybdonum0 pg/L <100 <br /> Solonium,� pgg/L <�®0 <br /> Silver, lAg/L <50 <br /> �halllua, jAX/L <100 <br /> anadium, Mcg/L `i00 <br /> Zinc, p //L240 <br /> COD, mpL 5511 389872 1732 <br /> BODaO m /L 4008 250017 <br /> TDS, mg/L $370 180880 <br /> Min . Mean and Max. Mean show the extremes for averwand data from <br /> different studies. <br /> The following species (Oxnard condensate, 7/12/89) were below the <br /> detection limit of 2.5 deg/L: <br /> Benzene 1,1-Dichloroethene <br /> Bromodichloroaethane trans- 1,2- Dichloroethene <br /> Bromoform 1 12- 1)1 chloroprapane <br /> Bromomethane cis- 113-Dichloropropene <br /> Carbon Tetrachloride trans- 103-Dichloropropene <br /> Chlorobenzene Ethyl Benzene <br /> Chloroethane Methylene Chloride <br /> Chloroform 101 ,2,2- Tetrachloroethane <br /> Chloromethane Tetrachloroethcne <br /> Dibromochloromethane Toluene <br /> 1,2- Dichlorobenzene 101,1- Trichloroethane <br /> 1,3- Dichlorobenzene i 01,2- Trichlorroethene <br /> 104- Dichlorobenzene Trichloroethene <br /> 1,1- Dichloroethane Trichlorofluoromethane <br /> t ,9. 11eVinyl ChImodde <br /> Xylenes were the only substances found to be above detection <br /> limits (combined o,m,p isomers) at 2.7 pg/L. <br />