Laserfiche WebLink
' 2) Approximate volume of petroleum hydrocarbon impacted soil in cone # 2 (Vo) <br />' Vo (3 14)(14 ft)2(1/2(23 ft)) -47,081 1 ft3 (lyd3/27ft3) z 262.3 yd3 <br /> Converting 2623yd3toCM3(I e lyd3=764,555cm3)yields approximately 200,542,776 5cm3 Using <br />' <br /> 16 g/cm3 as the weight of soil, the total weight of contaminated soil is approximately <br /> 320,868,442 4 g <br />' Using the 4 1 mg/kg as the"average"concentration of gasoline in the cone, the volume of gasoline <br /> is <br /> weight of soil e average concentration 4 320,818,604 7 g • 4 1x10^-6 = 1,315 6 g of <br /> gasoline <br />' Converting grams of gasoline to volume of gasoline (gallons) using density of gasoline to equal <br /> 0 75 g/crn3 <br /> 1,315 6 g of gasoline- 0 75 g/cm3 = 1,754 cm3 <br /> e1,754 cm3 a (1 gallon- 3,785 cm) Z 0.463 gallons of gasoline <br /> 3) Approximate volume of petroleum hydrocarbon impacted soil in sphere #3 (Vo) <br /> Vo=4(3 14)(3 ft)3 X339 29 ft3 (1yd3/27ft3) z 12.57 yd3 <br /> Converting 12 57 yd3 to cm3(i e lyd3=764,555cm3)yields approximately 9,607,681 49 cm3 Using <br /> 16 g/cm3 as the weight of soil, the total weight of contaminated soil is approximately <br /> 15,372,290 38 g <br />' Using the 1 2 mg/kg as the"average"concentration of gasoline In the cone, the volume of gasoline <br /> is <br />' weight of soil •average concentration --0 15,372,290 38 g• 12 x 10^-6= 18 45 g of gasoline <br /> ' Converting grams of gasoline to volume of gasoline (gallons) using density of gasoline to equal <br /> 0 75 g/cm3 <br /> ' 18 45 g of gasoline- 0 75 g/cm3 =24 59 cm3 <br /> ' 2459 cm3 • (1 gallon- 3,785 cm) � 0 0064 gallons of gasoline <br /> 4) Approximate volume of petroleum hydrocarbon impacted soil in cone #4 (V j <br /> ' Va=(3 14)(5 ft)2(1/2(10 ft)) -4392 69 ft3 (lyd3/27ft) 14.53 yd3 <br /> ' Advanced GeoEnvironmental,Inc <br /> 1 <br />