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*E6 <br /> FLOW RATES AND ANALYTICAL RESULTS <br /> OF AIR SAMPLE ANALYSES <br /> Former ARCO Station No 6100 <br /> 25775 South Patterson Pass <br /> Tracy,California <br /> System Influent System <br /> Date Flowrate Influent Vacuum Sample ID Anal ses (Mg/in) <br /> acfm i scfm Tem °F "WC GRO Benzene Toluene Eth lbenzene Xylenes MTBE <br /> 03/01/06 26100 22227 16000 12240 6100 A INF 7,800 A 73 A 230 A 38 A 380 A <1 0 A <br /> 6100 A EFF <50 A <0 50 A <0 50 A <0 50 A <1 0 A <0 50 A <br /> I <br /> I <br /> C=inches of water column <br /> Temp =Temperature in degree Fahrenheit QA/QC Review <br /> mg/m3=milligrams per cubic meter A=Data accepted without qualification <br /> Flow rate(acfm)measured using standard calibrated devices is converted to standard flow rate(scfm)using the following formula J=Data accepted with qualification <br /> Temperature Corrected influent flow rate = Measured flow rate •((460 R+68deg F)!(deg F+460 R)) R=Data refected <br /> Since flow rate is measured on the positive side of the liquid ring blower package vacuum correction is not applied <br /> t 1I Reporting limits were raised due to high level of analyte present in the sample <br /> [21 The reported result exceeds normal dynamic range <br /> Field data sheets record flow rate m feet per minute measured using an anemometer These readings were converted to flowrate(acfm units)in 4-inch diameter pipe <br /> Arco-61 00_QuaMrly_0&M-500cfin Page 2 of 2 57KAT115 <br />