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i <br /> i <br /> Mass-Volume Calculation of Dissolved TPH-G: 17 Nov. to 29 Dec. 2004 <br /> TOP FILLING STATION - 101 South Wilson Way, Stockton CA <br /> Assumptions <br /> • A total volume of 35,360 gallons was extracted from. wells EW-1 and EW-2 between <br /> 17 November and 29 December 2004 (based on effluent flow meter observations) <br /> • Data collected from the pump and treat influent were representative of general extracted <br /> ground water conditions <br /> One gallon of water is equivalent to 3 79 liters, so the volume of processed water is given by <br /> V= (35,360 gallons)(3 79 1/gal) = 134,014 t processed water <br /> Multiplying the volume of the processed water by the average of the November 2004 and the <br /> December 2004 TPH-g concentrations(47,500µg/1)yields the approximate mass of TPH-g removed <br /> from processed water <br /> IMTPH g= (134,014 1)(0 000047500 kg/0 = 6.36 kg TPH-g <br /> A converstion factor of 2 205 lb/kg can be used to convert kilograms of TPH-g to pounds of TPH-g <br /> MTPH_g= (6 36 kg TPH-g)(2 205 lb/kg) = 14.04 lb TPH-g <br /> I <br />' Advanced GeoEnvironmental,Inc <br /> I <br />