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FATE AND TRANSPORT MODEL FOR SOIL INPUT SUMMARY FILE <br /> Effective porosity {cm3/cm3) 0 30 <br /> Fraction organic carbon (g oc/g soil) . 2 OOE-03 <br /> Hydraulic conductivity (m/d) 5 0 <br /> soil bulk density (g/cm3) 1.7 <br /> Hydraulic gradient (m/m) 2.00E-03 <br /> ***Longitudinal dispersivity (m) code calculated <br /> ***Transverse dispersivity (m) code calculated <br /> ***vertical dispersivity (m) . code calculated <br /> Receptor well Location <br /> Distance downgradient (m) 2 33E+02 <br /> Distance cross-gradient (m) 0 0 <br /> Depth to top of well screen (m) 32 <br /> Depth to bottom Of well screen(m) 49 <br /> Number of points used to calc conc 10 <br /> water Table Information <br /> Min saturated thickness of source(m) . 1 2 <br /> Thickness of fluctuations (m). 3 0 <br /> Fraction of year at high water mark 0 s0 <br /> Infiltration in vadose zone (cm/yr) 0 16 <br /> TPH Data for vapor Model source <br /> concentration of TPN (mg/kg) 0 0 <br /> Molecular weight of TPH (g/mol) 0.0 <br /> TPH Data for saturated soil source <br /> conc of TPH in saturated soil (mg/kg) 0.0 <br /> Molecular weight (g/mol) 0 0 <br /> CHEMICAL DATA FOR: MTBE <br /> Diffusion coefficient in air (cm2/s) 7 10E-02 <br /> Diffusion coefficient in water (cm2/s) 9 OOE-06 <br /> Solubility (mg/1) 4 80E+04 <br /> vapor pressure (mmHg) 2 50E+02 <br /> KOC (L kg) 12• <br /> Henry's Law coefficient (-) 2 041E-02 <br /> Molecular weight (g/mol) 88 <br /> Degradation rate, saturated zone (1/d) . 1.90E-03 <br /> Source concentrations <br /> - � <br /> source conc in soil for vapor model (mg/kg) 0 18 <br /> Source conc in sat soil for GW model (mg/kg) 0.18 <br /> Page 2 <br />