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t <br /> EXHI(3IT A {page 5 of 6) <br /> I <br /> i <br /> Existin and increased plant Local Equity <br /> relat to biochemical oxygen demand - Cast per pound of <br /> biochemical oxygen demand <br /> Desi n biochemica! oxygen demand <br /> i <br /> Existin and increased_planf focal ,Equity <br /> rely ed to total suspended solids Cost per pound <br /> = of suspended solids <br /> j 0 sign suspended solids <br /> F <br /> i <br /> Calcul tions: <br /> ~ $15,509,000 <br /> E _ $0.317- (per gallon of average daily flow) <br /> 49,aoo,ooo <br /> I <br /> $30, 13,000 + $6, 470,000 <br /> - $0.745 (per gallon of average daily peak flow <br /> 49,000,000 <br /> I $13,394,000 - , <br /> i = $202':94 (per pound of-biochemical oxygen demand) " <br /> ` 66,000 <br /> i <br /> $11,279,000 <br /> $157.53 (per pound of suspended solids) <br /> 71,600 <br /> E, <br /> 1.4 Stor water System Cost of Service: <br /> Formula <br /> i <br /> DC eligible costs <br /> = Cost per impervious acre <br /> Acre of impervious surface <br /> Cos per impervious acre <br /> = Cost per square foot of impervious surface <br /> S care feet per acre <br /> <br /> City~of Eugene S C Methodology Page G-4 <br /> <br />