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<br />Table 3. Financial Summary <br /> <br />Project Cost $1,320,000 <br />CWCS Loan amount (12% of cost) $162,180 <br />CWCS Loan Pavment Amount $12,270 <br />Sank Loan amount (53% of cost) $694,000 <br />Sank Loan Pavment Amount $62,985 <br />Number of Shares of Stock 857 <br />Average Annual Loan Cost per Share $87 <br />Annual Project Cost per 1,000 gallons $0.82 <br />(Average annual diversions: 90 million gallons) <br /> <br />Water treatment costs are expected to decrease with the new treatment plant. The debt service <br />can be accommodated by the Company's existing budget, approved by the shareholders at the <br />December, 2003 Annual Meeting, <br /> <br />Credit worthiness: USCDWUA has existing debt of approximately $50 thousand, which is the <br />remaining mortgage on the property for the new treatment plant. Financial Statements for 2001 <br />and 2003 are included in Appendix G. <br /> <br />Alternative financing considerations: USCDWUA has investigated alternative financing <br />sources, A grant has been applied for from the Colorado River Conservancy District in the <br />amount of $15,000, Most sources of funding for drinking water projects are not available to <br />USCDWUA because of its private, non-profit status instead of municipal or special taxing district. <br /> <br />Collateral: As security for the CWCS loan the USCDWUA can pledge assessment income, and <br />the project itself. <br /> <br />Economic Analysis <br /> <br />There are approximately 770 residences served by USCDWUA. If each property is assigned a <br />conservative value of $150,000, the value of property affected is $115.5 million. A reliable <br />domestic water supply is obviously necessary to maintain this value. If there were no public <br />water supply, it is reasonable to assume that property values would decrease significantly. At a <br />cost of $1.32 million, the project returns an enormous benefit. <br /> <br />Social and Physical Impacts <br /> <br />The project will have no significant social impacts, since it will assure the continued operation of <br />a currently existing domestic water system. The project will have minor physical impacts, once <br />construction is complete. <br /> <br />10 <br />