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f, <br /> ff <br /> Table 3 <br /> Mass Balance Calculations <br /> McGranahan(Gawne Rd) <br /> Project No.251.2 <br /> S <br /> density conv cont load conv cant soil gas soil gas <br /> layer depth-ft zone thickness radius (ft) 3.14 r2' Ibslft3 Ibslkg mglkg mglkg kg mglft3 kg <br /> 1 0 to 20 cote 20 7 153.94 110.5 0.453 1203 0.000001 1297.78 116.9 2.52 , <br /> 2 "C" 20 to 40 core 20 8 201.06 101.5 0.453 1622 ` 0.000001 2399.19 12227 393.34 <br /> 2"R" 20 to 40 ring-core 20 20 753.98 101.5 0.453 0.63, 0.000001 8.74 <br /> 3"C" 40 to 60 core 20 10 314.16 96.5, 0.453 117 0.000001 321.36 <br /> 3"R" 40 to 60 ring-core 20 20 628.32 96.5 0.453 0.71 0.000001 7.80 <br /> 4"C" 60 to 70 core 10 10 3141.6 103 0.453 0.5� 0.000001 0.7 3937 123.68 <br /> 4"R" 60 to 70 ring-core 10 20 628.32 103 0.453 0.5A. '6.000001 2.93 <br /> kg= 4038.53 519.54 <br /> Nates: � Ib. = 8904.95 1145.60 <br /> r= radius r•# .1 ., <br /> "C"=core ¢ gal.= 1484.16 190.93 <br /> "R"-ring <br /> _area of core(3.14"C"r2); area of ring-core(3.14"R"r2-3.14"C"r2) total gallons adsorbed+gaseous= 1675.09 <br /> Y,p <br /> J oy-- <br /> U <br /> Oct. 1, 1996 <br /> Geological Technics Inc. <br />