Laserfiche WebLink
M Mir M M M M M IM M 4 <br /> TABLE 7 <br /> ESTIMATE OF TOTAL CBENHCAL MASS IN GROUNDWATER <br /> Estimation of Residual Compounds in a 40 foot Diameter Saturated Cylinder <br /> roundwater Groundwater Residual Residual Residual Chemical Chemical Chemical Residual <br /> [rG, <br /> Volume(1) Volume(2) Chemical(3) Chemical(4) Chemical Mass(5) Specific Density(7) Density(8) Chemical Mass(9) <br /> (cubic feet) (gals) Concentration(ug/1) Concentration(mg/gal) (mg) Gravity(6) (lbs/ al) (mg/gal) (gallons) <br /> 36,191 270,709 050 00019 512318 0879 7292 3307801691 Q0002 <br /> 36,191 270,709050 00019 512318 0867 7196 3264129372 00002 <br /> 36,191 270,709 0 50 0 0019 512318 0868 7204 3267894227 00002 <br /> 36,191 270,749 050 00019 512318 0867 7196 32b4129372 00002 <br /> 36,191 270,709 1 60 0 0061 1639 417 1 250 103 1 . 75 4706068 875 00003 <br /> Notes: TOTAL(gals) 0 0010 <br /> (1) Based on 80 foot diameter saturated cylinder exisang from 72 to 90 feet below grade Effective porosity equal to 0 40 <br /> (2) Groundwater volume multiplied by conversion factor of 7 48 gallons per cubic foot <br /> (3) Measured in Site wells During October, 1994 SECOR sampling or detection limit <br /> (4) Concentration with units conversion based on 0 2642 gals/L and 1000 mg/9 <br /> (5) Measured concentration(mg/gal)multiplied by total volume of water(gal) <br /> (6) Chemical specific gravity as published in handbook of Environmental Data On Organic Chemicals <br /> (7) Chemical specific gravity multiplied by density of water equal to 8 3 lbs/gal <br /> (8) Multiplied by conversion factor of 453,597 mg/lb <br /> (9) Residual Chemical Mass(mg)divided by the chemical density(mg/gal) <br /> CRC avLro—mul Rule M=%mmt,loc <br /> SECOR laZ==o=il the SECOR• Nmmber 1994 <br /> NO2&YcM926-01 <br /> 1 <br />