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Com oat Mass Balance <br /> ,j <br /> Forward RCSI <br /> P <br /> ssum fions <br /> Type of blosoiids Oi sated <br /> Design condition _ Dry weather,average conditions <br /> No recycled coMpost and no amendment <br /> Biosollds/Food Processing ResiduRLSe <br /> pge Tank Pumping/Holdina Tank Pum in rit/Grease <br /> Total solids concentration °k 15 <br /> Volatile solids % 70 <br /> Percent VS degradation during com ostia % 25 <br /> Green wastetWood Waste/MSW <br /> Moisture oonten# % 30 <br /> Volatile solids % 90 <br /> Percent VS degradation during composting % 33 <br /> Amendment <br /> F. Moisture content % 40 <br /> Volatile solids % 90 <br /> Percent VS—degradation during co stir % 33 <br /> LRecycle coMLost. <br /> Moisture content % 50 <br /> Percent VS degradation during comoosting °l° 10 <br /> Lt}vers from screening <br /> ercent overs from screenin 25 <br /> fcrceno os to <br /> overs B0 <br /> i" rcent VS degradation during stipg(a/*) 20 <br /> Daily Quant' (Assumes 260 da per-year operation) <br /> Location Descri tion Wet Percent D Dens Volume Percent Volatile <br /> Tons Solids Tons !bs/C _12K1) Volatile Solids <br /> r- Solids toes <br /> 1 Blosolids/FoodIS22ticVEct. 0 15 fl'i3i,j,i i'(1'650 (} 70 0 <br /> 2 Green waste SW 'i �„tl w 70 350 i 11; 1 i',500 2,000 90 315 <br /> 3 Ammendment f!F, f l b 40 Q;,.:? 1 lSQQ 0 90 0 <br /> 4 Water 417 Q 0;;:.;3: :580°?;1p0. _ 0 0 <br /> 5 Recycled t e;E;flImo 50 0 750f 0 83 0 <br /> _ 6 Cam ostabte avers 60 33 j=l1?H 450 244 80 26 <br /> 7 Initial compost mndure 972 39 383 i 1 ;;1;;900 2.160 89 341 <br /> 8 Eva oration/deco osition -516 -109 -109 <br /> 9 Mixture from composting 456 i°1°;1 1160 <br /> 274'3110:-750 1,21783 232 <br /> 10 Fl2gcled compost 6001 750 .!83 0 <br /> 11 Comg2st to screening ► 456 60 2741 7501 1,217 83 232 <br /> 12 Cam stable overs ( 55 6Q 33 450 243 i i i.:;'iild 26 <br /> 13 Trash 37; 1;; i It'd 29 H :!ji;200 &1 i ! „1;3Q 9 <br /> 14 Final co!Most product G 3651 601 12-1!i E ;1 i 75t) 873 93 197 <br /> f 1)Water expressed in 2allons per da <br /> 3 Indicates assumption that must be manuals in ut <br /> W weight of water/weight volatiles destroyed during com ostia 5,39 <br /> General!y W less than orequal to 10 indicates Initial mbdure has sufficient degradable material to achieve <br /> tem ratures for pathogen reduction. <br /> FN:dtr/a:XC®MMASD.XLS Page 1 of 1 Printed:9/14/94 6.00 PM <br />