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V-Leach, VER 1 1 Jake Turin, 11/91 V-leach model, Dames & Moore, 6/30/94, Naphthalene Polygon 1 At time = 00, total mass in vadose zone = 13526 g/sq ft Mass in gas phase = 14238E-02g/sq ft Mass in liquid phase_ 29058E-01g/sq ft Mass sorbed 13221 g/sq ft Polygon 1 At time = 2500, total mass in vadose zone = 13504 g/sq ft Mass in gas phase — 14215E-02g/sq ft Mass in liquid phase = 29010E-01g/sq ft Mass sorbed — 13199 g/sq ft Since last printout at time = 00 Change in Total Mass = - 22268E-02g/sq ft Advection in from atmosphere = 00000 g/sq ft Advection in from water table = - 39915E-05g/sq ft Diffusion in from atmosphere = - 22221E-02g/sq ft Diffusion in from water table = 00000 g/sq ft Total inflow at boundaries = - 22261E-02g/sq ft Mass discrepancy = - 71200E-06g/sq ft Since beginning of run at time = 0 0 Change in Total Mass = - 22268E-02g/sq ft Advection in from atmosphere = 00000 g/sq ft Advection in from water table = - 39915E-05g/sq ft Diffusion in from atmosphere = - 22221E-02g/sq ft Diffusion in from water table = 00000 g/sq ft Total inflow at boundaries = - 22261E-02g/sq tt Mass discrepancy = - 71200E-06g/sq ft GROUNDWATER IMPACT OF POLYGON 1 Time Mass per area (g/sq ft ) Total Mass (g) 2500 39915E-05 14170E-03 Polygon 2 At time = 00, total mass in vadose zone = 23199 g/sq ft Mass in gas phase = 24420E-02g/sq ft Mass in liquid phase = 49837E-01g/sq tt Mass sorbed - 2 2676 g/sq ft