Laserfiche WebLink
Table 1 <br /> Source Test Summary <br /> • ARCO Service Station No 6100 <br /> 25775 South Patterson Pass Road <br /> Tracy, California <br /> Unit 1 (Sl No 9231) Unit 2 (SI No 9320) <br /> 3/9/2004 3/9/2004 <br /> Sample ID 6100 1 INF3904 6100 2 INF3904 <br /> Total Influent Concentrations, mg/m3 <br /> Gasoline Range Organics 2,800 2,500 <br /> Benzene 12 25 <br /> Toluene 7 2 33 <br /> Ethylbenzene <2 5 2 6 <br /> Total xylenes 41 16 <br /> MTBE 51 35 <br /> Sample ID 61001 EFF3904 6100 2 EFF3904 <br /> Effluent Concentrations, mg/m3 <br /> Gasoline Range Organics 28 <10 <br /> Benzene 031 <0 10 <br /> Toluene <0 10 <0 10 <br /> Ethyl benzene <0 10 <0 10 <br /> Total xylenes <0 10 <0 10 <br /> MTBE 041 <0 40 <br /> Destruction Efficiencies, <br /> Gasoline Range Organics 990% >99 6% <br /> Benzene 975% >99 5% <br /> MTBE 992% >98 9% <br /> Estimated Discharge ,lbs/day <br /> Gasoline Range Organics 046 <0 15 <br /> Benzene 0 005 <0 002 <br /> MTBE 0 007 <0 006 <br /> Influent Flowrate into Oxidizers (actm) 181 58 17039 <br /> Applied Vacuum("WC) 100 9 0 <br /> mg/m3 = milligrams per cubic meter acfm = actual cubic feet per minute <br /> lbs/day = pounds per day NA=not analyzed <br /> i=Field data sheets record flow rate('WC, units) into the SVE system using an differential <br /> pressure guage These readings were converted to flowrate(scfm, units) in 2 5-inch pipe <br /> Note Detailed calculations are presented in Appendix C <br /> GRO=Gasoline Range Organics <br /> BTEX=Benzene, Toluene,Ethylbenzene, and Total Xylenes <br /> MTBE=Methyl Tertiary Butyl Ether <br /> • GRO,BTEX&MTBE analyzed by EPA Method 8015B/8021B <br /> �prrn r l no C i C- i C �u tori i i <br />