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A L ur, _ _ <br /> • Appendix K ( Appendix K Ground Water P&T Volume Mass Calculations <br /> AGE-NC Pr Nt- AGE-NC Project Nol 95-0130 <br /> Page 3 of 3 C Page 2 of 3 <br /> 3) 21 F �r 2) 20 January 2005 - 21 February 2005 <br /> r Assumptions <br /> IASST �� <br /> L • A total volume of 29,200 gallons was extracted from wells EW-1 and EW-2 between 20 <br /> • A to January 2005 and 21 February 2005 (based on effluent flow meter observations) <br /> I Febr �ir <br /> • Data collected from the pump and treat influent were representative of general extracted <br /> • Datz ground water conditions <br /> grog~ L <br /> L One gallon of water is equivalent to 3 79 liters, so the volume of processed water is given by <br /> I One gallon �� <br /> V= (29,200 gallons)(3 79 1/gal) = 110,6681 processed water <br /> V= <br /> Multiplying the volume of the processed water by the average of the January 2005 and the February <br /> Multiplying e 2005 TPH-g concentrations (67,500 µg11) yields the approximate mass of TPH-g removed from <br /> 2005 TPH- processed water <br /> I � <br /> processed-v �te <br /> MTpa_$_ (110,668 1)(0 000067500 kg/� = 7.47 kg TPH-g <br /> M'n <br /> I A converstron factor of 2 205 lb/kg can be used to convert kilograms of TPH-g to pounds of TPH-g <br /> A converstl ' <br /> M - 7 47 k TPH2 205 lb/kg) 16.47 lb TPH- <br /> TPH-g— ( g -g)( g <br /> M.n <br /> I <br /> I <br /> I L <br /> Advanced GeoEnvironmental,Inc <br /> 1 L <br />