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SE 6 • <br /> FLOW RATES AND ANALYTICAL RESULTS <br /> OF AIR SAMPLE ANALYSES <br /> ARCO Facility No 6100 <br /> 25775 South Patterson Pass <br /> Tracy,California <br /> System Influent System <br /> Date Flowrate Influent Vacuum Sample ID Analyses Mg/m' <br /> acfm ' scfm Tem °F "WC GRO Benzene Toluene Eth lbenzene Xylenes MTBE <br /> 05/16/05 19189 t79 32 10500 19040 6100 AINF 29,000 A 160 A 140 A <t00 A 130 A <100 A <br /> 6100 A SYS INF 22,000 A 120 A 120 A <100 A 110 A <100 A <br /> 6100 A SYS EFF <50 A <0 50 A <0 50 A <0 50 A <0 50 A <0 50 A <br /> 06/14/05 27720 250 19 12500 24470 6100 A Inf 29,000 A 720 A 970 A 94 A 620 A 12 A <br /> 6100 A Sys Inf 3,100 A 62 A 88 A 96 A 57 A <5 0 A <br /> 6100 A Eff <50 A <0 50 A <0 50 A <0 50 A <0 50 A <0 50 A <br /> C=inches of water column <br /> Temp =Temperature in degree Fahrenheit QA/QC Review <br /> g/m'=milligrams per cubic meter A=Data accepted without qualification <br /> ow rate(acfm)measured using standard calibrated devices is converted to standard flow rate(scfm)using the following formula J=Data accepted with qualification <br /> emperature Corrected influent flow rate = Measured flow rate .{(460 R+68deg Fy(deg F+460 R)) R—Data rejected <br /> Since How rate is measured on the positive side ofthe liquid ring blower package vacuum correction is not applied <br /> Field data sheets record flow rate in feet per minute measured using an anemometer These readings were converted to flowrate(acfm,units)in 4-inch diameter pipe <br /> I <br /> ARCO-6100 Quanerly_O&M_500cfn Page 1 of 1 57TRA U5 <br />