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Leach, VER 1 02 J Turin, 6/89, F Carlson, 7/89, H Sukop and P Lawson, 1/90 PGA V-leach model, Gasoline as octane 3 polygons Timestep = 1 00 years Simulation length = 100 00 years ti Printout'eDery 10 00 years Vertical profile stored every 50 00 years Koc = 6800 0 ml/g, 24014 cu ft /g Kh = 140 00 (dimensionless) Aqueous solubility = 66000 mg/L, 18689E-01 g/cu ft Free air diffusion coefficient = 60000 sq m/day, 2357 4 sq ft /yr Polygon 1 Area VSB 13 Polygon area = 110 00 sq ft 54 cells, each cell 1 000 ft thick SoiL Properties Bulk density = 1 4500 g/ml, - 41060 g/cu ft Porosity = 4000 Volumetric water content = 3000 organic carbon content = 00210000 Recharge Rate = 1 10000000 ft/yr Conc in recharge water = 00000 mg/l, 00000 g/cu ft Atmospheric concentration = 00000 mg/L, 00000 g/cu ft Water table has a fixed concentration of 00000 mg/l, 00000 g/cu ft with respect to gas diffusion Polygon 2 Area VSB 14 Polygon area = 140 00 sq ft 54 cells, each cell 1 000 ft thick Soil Properties Bulk density = 1 4500 g/ml, 41060 g/cu ft Porosity = 4000 Volumetr}c water content = 3000 Organic carbon content = 00100000 Recharge Rate = 1 10000000 ft/yr Conc in recharge water = 00000 mg/l, 00000 9/cu ft Atmospheric concentration = 00000 mg/l, 00000 g/cu ft Water table has a fixed concentration of 00000 mg/l, 00000 g/cu ft with respect to gas diffusion Polygon 3 Area VSB 15 Polygon area = 120 00 sq ft 54 cells, each cell 1 000 ft thick Soil Properties Bulk density = 1 4500 g/ml, 41060 g/cu ft Porosity = 4000 Volumetric water content = 3000 Organic carbon content = 00120000 Recharge Rate = 1 10000000 ft/yr Conc in recharge water = 00000 mg/L, 00000 g/cu ft Atmospheric concentration = 00000 mg/L, 00000 g/cu ft Water table has a fixed concentration of 00000 mg/l, 00000 g/cu ft with respect to gas diffusion