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<br />Imorovement Fee <br /> <br />Calculation of the improvement fee begins with a review of the utility's <br />wastewater master plan to determine which, or what portion of, improvements <br />are needed to provide capacity for new development. System capacity may be <br />expanded through the upgrade of existing facilities or the construction of new <br />facilities. The costs of the capacity-increasing improvements are projected <br />based on standard cost-estimating techniques. The planned capacity-increasing <br />improvements are projected to total $8.6 million (in 1998 dollars). These <br />improvement costs are also net of assessments. <br /> <br />Combined, the reimbursement fee cost basis and the improvement fee cost basis <br />represent the value of growth-related capacity, which is $53.9 million. <br /> <br />1.1.2 Step 2 - Define System Capacity <br /> <br />As mentioned previously, the total growth-related capacity includes available <br />capacity in the existing system, and future capacity added by planned system <br />improvements. Wastewater system capacity is measured in terms of the amount <br />of flow that can be collected. Flow is measured in millions of gallons per day <br />(mgd). <br /> <br />The City's Wastewater Master Plan identifies build-out capacity as 48.9 mgd. In <br />order to reach that capacity, the City must construct an additional $8.6 million of <br />improvements. Assuming that the unit CO&t of existing and future capacity is the <br />same (in terms of replacement value), then the existing capacity of the system <br />can be estimated as 44.5 mgd (in proportion to the system value that has been <br />constructed.) The available capacity of 23.1 mgd (520/0) is simply the difference <br />between the estimated existing capacity and existing flows. <br /> <br />The additional capacity added by the improvements is estimated to be 4.4 mgd <br />(the difference between build-out capacity and existing capacity.) Therefore, the <br />total growth-related capacity is 27.5 mgd. <br /> <br />1.1.3 Step 3 - Calculate Unit Cost of Growth-Related Capacity <br />(In 1998 dollars -- see current values in Table 6) <br /> <br />The unit cost of growth-related capacity is determined by dividing the growth- <br />related costs identified in Step 1, by the growth-related capacity defined in Step <br />2. The unit cost is stated in terms of dollars per mgd. The total growth-related <br />costs are $53.9 and the growth-related capacity is 27.5 mgd. Therefore, the unit <br />cost of growth-related capacity is approximately $2 million per mgd. <br /> <br />1.1.4 Step 4 - Develop SDC Rate Schedule <br /> <br />The SDC rate schedule uses scaling ~easures that are designed with the intent <br />that customers who are larger, or use infrastructure systems more intensively, <br />pay the associated costs of capacity required to serve them. Fees for residential <br />customers are computed by multiplying the unit costs of capacity by the capacity <br />requirements of a typical user. Residential customers are then charged <br />differential fees based on the attribute of square feet of living space of the <br />development. Non-residential customers are assessed based on plumbing <br />fixture. units and land use type. <br /> <br />City of Eugene SDC Methodologies <br /> <br />Wastewater, <br />