Laserfiche WebLink
t• wb � � M M = M <br /> Recovered Hydrocarbons <br /> Ekholm Property <br /> 1702 Jackson Street <br /> Escalon,California <br /> Calculations <br /> TPHg(lb/day)=A*131 *C*D*El <br /> Recovered Hydrocarbons Benzene(]b/day) =A*B2*C*D*E2 <br /> TPH Benzene Toluene Ethylbenz Xylenes Toluene(]b/day)=A*B3*C*D*E3 <br /> (lb/day) (]b/day) (lb/day) (lb/day) (lb/day) Ethylbenzene (lb/day)=A*B4*C*D*E4 <br /> 141 -- 000 001 007 Xylenes(lb/day)=A*B5*C*D*E5 <br /> 2 080 001 001 009 <br /> 9] <br /> 168 001 003 020 <br /> 042 003 001 001 004 <br /> where <br /> A flow rate in standard cubic feet per minute(scfm) <br /> Recovered Hydrocarbons to date(]b/day*number of days running) Bl (Concentration of TPHg in ppmv)/1,000,000 <br /> System TPH Benzene Toluene Ethylbenz Xylenes B2 (Concentration of Benzene in ppmv)/1,000,000 <br /> (lb) (lb) (lb) (lb) (lb) B3 (Concentration of Toluene in ppmv)/1,000,000 <br /> 1 2760 000 030 031 225 B4 (Concentration of Ethylbenzene in ppmv)/1,000,000 <br /> 2 167 000 006 028 204 B5 (Concentration of Xylenes in ppmv)/1,000,000 <br /> 3 209 016 006 004 021 C Conversion from minutes to day— - — --- <br /> Total 4646 016 042 062 450 D Conversion for standard conditions (Assume Ideal Gas Law ho f <br /> El Molecular weight of TPHg-86 21b/lb-mol <br /> E2 Molecular weight of Benzene-781 lb/lb-mol <br /> E3 Molecular weight of Toluene-106 2 lb/Ib-mol <br /> E4 Molecular weight of Ethylbenzene-921 lb/lb-mol <br /> E5 Molecular weight of Xylenes-106 21b/lb-mol <br />