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Advanced Oxygen Release Cofund(ORC Advanced®) - Grid Applic� Page 1 of 2 <br /> REGENESIS REMEDIATION DESIGN SOFTWARE <br /> Advanced Oxygen Release Compound (ORC Advanced®) - Grid Application [U.S. Units ! Dollars] <br /> Regenesis Technical Support:1-949-3668000 <br /> Consultant/Company: Geological Technics Inc. <br /> Project Manager. Tamorah Bryan <br /> Site Name: JM Equipment <br /> She City: Stockton <br /> Site State: California <br /> Site Country: US Date of Design: 2011-06-23 <br /> Project Number: T820110526a Revision: 0 <br /> Estimated Plume Requiring Treatment <br /> Width of plume(intersecting gw few direction) 10 ft <br /> Length of plum(parallel to gw flow direction) 10 1 ft = 100 ae <br /> Depth 10 contaminated zone to ft <br /> Thickness of contaminated saturated zone 16 ft <br /> Nominal aquifer soil(gravel.sand,silly sand,silt,clay) Clay <br /> Total porosity 0,45 Effective porosity 0.1 <br /> Hydraulic conductivity 0001 today =1 3.5E-07 cm/sec <br /> Hydraulic gradient 0003 ftttl <br /> Average groundwater velocity 00 f w = 0000 Way <br /> Treatment Zone Pore Volume 1 630 1ft2 =1 4,713 gallons <br /> Dissolved Phase Oxygen Demand(enter Individual species or TPH values,never both,TPH values are preferred) <br /> Stoichiometry <br /> Contaminant Conc. Contaminant Mass (wawa ORC-Adv Dose <br /> Individual species that expressm oxygen demand m Ib 021confaminenl Ib <br /> Benzene 4.46 0.2 3.1 3 <br /> Toluene 0.10 00 3.1 0 <br /> Enrylbenzene 014 0.0 32 0 <br /> Xylenes 0.20 0.0 3.2 0 <br /> MTBE 0.00 15.0 27 0 <br /> ns-1,2.DCE 0.00 0.0 0 7 0 <br /> Vinyl Chlonde 0.00 00 11 U <br /> User added,add sloshdemand and Koc(see pulldown) 000 00 U <br /> User added,add stoichdemand and Koc(see pall-down) 0.0D 00 0 <br /> Reduced Metals:Fe',Vol 10.00 04 0 <br /> Measures of IULat oxvaen demand <br /> Total Petroleum n Demand(BOD) <br /> WllCown for Koc) a.48 o 0 � 0 <br /> Biological Oxygen Demand(BOD) 000 00 1 D 0 <br /> Chemical Oxygen Demand(COD) 000 00 t U 0 <br /> Parameters for Sorbed Phase Oxygen Demand(enter individual species or TPH values never both,TPH values are referred) <br /> Soil bulk density 1.76 glcol = 110 Ibld <br /> Fraction slogan.carbon hoc) 001 range.0.0001-0.01 <br /> (Estimated using sor0ed phase=foc-Koc'Cgw) <br /> (Adjust Koc as necessary to prmuse realistic estimates) Stoichiometry <br /> Koc Contaminant Conc. Contaminant Mass ("M) ORC-Adv Dose <br /> Individual species that rapresent oxygen demand: Ilk mlk Ib 02lcomaminant Ib <br /> Benzene 123 5.49 0.B 3.1 15 <br /> Toluene 267 0.27 0.0 3.1 1 <br /> ENylbenzene 327 047 0.1 3.2 1 <br /> Xylenes 298 060 0.1 3.2 2 <br /> MTBE 12 0.00 0.0 2.7 0 <br /> cis-1,2-DCE 80 0.015 0.0 0.7 0 <br /> Vinyl Chloride 2.5 0.00 0.0 1.3 0 <br /> User added,add slolch,demand and Koc(see pulldown) 0 000 0.0 0.0 0 <br /> User added,add stdch,demand and Koc(see pull-down) 0 0,00 0.0 00 0 <br /> Measures of total oxvaen demand <br /> Total Petroleum Hydrocarbons 373 1664 26 3.2 c.8 <br /> Summary of Estimated ORC-Adv Requirements Dissolved Phase Settled Phase Additional Demand Total <br /> ORC-Adv Demand ORC-Adv Demand ORC-Adv Demand <br /> fuel 'W Factory <br /> Total BTF ,MTBE,etc. 4 19 5 0 115 <br /> Total Petroleum Hydrocarbons f. 3 48 20 103 <br /> Emoglcat Oxygen Demand(ECD) r o U 20 0 <br /> Chemipel Oxygen Demand(COD) D D 1 5 0 <br /> Required ORC-Adv quantity(in 2516 increments) --------> 125 pounds ORC-Adv <br /> Delivery Design for ORC-Adv Slurry <br /> Spacing within rows(ft) 10.0 feet Slurry Mixing Volume for Injections <br /> #points per new i points. Pounds per location125 l <br /> Spacing between rows(th 10.0 ft Buckets per location 5.0 t <br /> #of rows 1 rows Design solids content(2040%by wt,for injections) 30% <br /> Advective travel time bet.mws(dWs) 333,333 days Volume ofwater required per hole(gal) 35 r <br /> Number of points in grid 1 points Total water for miring all holes(gal) 35 [ <br /> ORC-Adv application to 1 8.9 1 lessees Simple URC-Adv Backfilling:min hole da.for 157%slurry <br /> Total ORC-Adv required 1 125 1 His of ORO-Adv Feasibility for slurry injection in sand.ok up to 151eft ok <br /> Feasibility for slurry injection in silt:ok up to 10 left ok <br /> http://www.regonlinesoft.com/calculator/print/l874 6/23/2011 <br />