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EXHIBIT A (page 5 of 6) <br /> i <br /> E isting and increased plant Local Equity <br /> lated to biochemical oxygen demand Cast per pound of <br /> _ biochemical' oxygen demand <br /> esign biochemical oxygen demand <br /> isting and increased plant Local Equity <br /> reCated to total suspended solids Cost per pound <br /> of suspended solids <br /> Design. suspended solids <br /> C Ic lations: <br /> $15,509,000 <br /> _ $0.317 (per gallon of average daily_tlow) <br /> 49, 000, 000 <br /> i <br /> I <br /> $30,313,000 +$6,170,000 <br /> _ $0'.745 (per gallon of average daily peak flow <br /> 49,000,Q00 <br /> $13, 394, 000 <br /> _ $202.94 (per pound of biochemical oxygen demand) <br /> 66,oao <br /> $1.1,279,000 <br /> $157.53 (per pound of suspended so{ids) <br /> 71,6(30 <br /> 1.4 Stormwater System Cost of Service: <br /> Fo mulas: <br /> <br /> E <br /> SDC eligible costs <br /> - = Cast per impervious acre.-- <br /> <br /> ; Acres of impervious surface <br /> Cost per impervious acre <br /> = Cost per square foot of impervious surface <br /> Square feet per acre. <br /> City of Eug ne SDC Methodology Page G-4 <br /> <br />