Laserfiche WebLink
U y <br /> API DSS Data Requirements C 1APIDSSIF[LESIGENOVA6B SAV 04/05/96 16.43 <br /> The following chemicals were selected. <br /> Xylene <br /> *ta for Fate and Transport Models <br /> AT123D Model- Deterministic <br /> Model Control Parameters <br /> Infinite aquifer(y) Yes <br /> Infinite in depth No <br /> Type of source Pulse <br /> Simulation Time (years) 100 <br /> Media Specific Parameters <br /> Effective Porosity[-] 055 <br /> Hydraulic Conductivity[mtyr] 3000 <br /> Hydraulic Gradient [-] 0 002 <br /> Longitudinal Dispersivity[m] 10 <br /> Transverse Dispersivity[m] 33 <br /> Vertical Dispersivity[m] 033 <br /> Dry Wt Soil Bulk Density[g/cm""3] 1 5 <br /> Fraction Organic Carbon [-] 001 <br /> Thickness of the aquifer[m] 10 <br /> Receptor Well Geometry <br /> X Coord -of Well [m] 25 <br /> Y Coord -of Well [m] 75 <br /> Z Coord -Top of Screen [m] 0 <br /> Z Coord - Bottom of Screen [m] 4 <br /> urce Geometry <br /> ength of source in X-dir[m] 15 <br /> Length of source in Y-dir[m] 15 <br /> Thickness of source in Z-dir[m] 1 52 <br /> Time duration for pulse [yr] 1 <br /> Constant Release Rate (during pulse)for Each Chemical [kg/yr) <br /> Xylene 2668 <br /> Chemical Specific Parameters for each chemical <br /> Xylene <br /> KOC [ug/gOC/ug/ml] 240 <br /> Degradation Rate Constant in Saturated zone PIftDFytP0 <br /> Molecular Diff Coeff[cm^2/s] 7 80E-06 <br /> Data for Risk Assessment <br /> Body Weight and Lifetime - Deterministic <br /> Average Weight(kg) _ <br /> Lifetime (yrs) <br /> Drinking Water <br /> Exposure Frequency[dayslyr] _ <br /> Exposure Duration [years] <br />&estion Rate [literstday] _ <br /> Drinking Water Chemical Specific Parameters <br /> Xylene <br /> Bioavailability[fraction] <br /> Oral Dose <br />