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<br />. <br /> <br />. <br /> <br />. <br /> <br />Arkansas Valley Conduit <br />November 13-15, 2006 <br /> <br />Agenda Item10a <br /> <br />design, NEPA compliance and construction. The participating entities will be responsible for actual <br />payment of the loan. The operating structure of the conduit has not been resolved, but there are <br />three possible scenarios for operation. The first is for the Enterprise to retain ownership of the <br />conduit and operate it. The second scenario is for an independent Authority to operate the conduit <br />as a subcontract from the District. A third scenario is for the conduit to be operated like'a mutual <br />ditch. It is anticipated that some type of Federal Memorandum of Understanding (MOU) will be <br />required, to address who will design, own and operate the conduit. <br /> <br />Conservation Plans - Project participants that deliver over 2,000 AF of water annually, are required <br />to have an approved Water Conservation Plan. This will likely involve three of the larger entities - <br />Lamar, La Junta, and St. Charles Mesa Water District. Prior to execution of a State loan contract, <br />all"covered entities" participating in the project will be required to have a CWCS-approved Water <br />Conservation Plan in place. Affected entities are working with Veva McCaig, of the CWCS Office of <br />Water Conservation and Drought Planning, on the plan requirements and possible funding <br />assistance. <br /> <br />Financial Analvsis <br /> <br />The total estimated cost of the project is $300,000,000 and the project participants qualify for the <br />Municipal Low Income Interest Rate. Staff is recommending a maximum loan amount of <br />$60,000,000 (20% of the estimated project cost) for 30 years at an interest rate of 3.25%. The <br />remaining 80% will be from future Federal appropriations. <br /> <br />Table 1 is a summary of the financial aspects of the project. A CWCS Loan of $60,000,000 would <br />have an annual payment of $3,476,993 (including the 10% reserve requirement) at an interest rate <br />of 3.25% for 30 years. Repayment of the CWCS loan will be by a pledge of revenues issued by <br />each of the 41 participating water providers, through Participant Funding Agreements with the <br />Enterprise. The Participant Funding Agreements will need to address the 10% reserve costs as well <br />as Interest During Construction (IDC). Operations & Maintenance costs (0 & M) for the selected <br />alternative is projected to run $1,300,000 annually, for a total obligation to project participants of <br />$4,776,993 annually. <br /> <br />The Enterprise has requested a Joan term of 40-years due to the size of the loan, indicating that the <br />longer term is more typical of a project of this size (the Fryingpan-Arkansas Project is a 50-year <br />payoff with USSR), and the longer term is needed to make the project affordable to the smaller <br />communities in an economically disadvantaged area (evidenced by the fact that all entities qualify <br />for ewcs low-income rate.) The 30-year term would result in about a $500,000 per year <br />difference in the total loan payment, and a 19% increase overall translated to water bills. The 40- <br />year loan payment (including the 10% reserve requirement) would be $2,971,844. Including annual <br />o & M costs of $1,300,000, the total obligation to project participants would be $4,271,844. <br /> <br />Staff finds the 40-year request to be inconsistent with current CWCS Policy No. 7 (Lending Rate <br />Determination), which provides the policy for establishing 30-year lending rates, and lending rate <br />reductions for 20-year and 10-year loans. Further, staff does not support this request for the <br />following reasons: <br /> <br />1. The July 2005 Slack & Veatch study acknowledged the maximum 30-year loan term offered <br />by CWCS, and took this into account in their analysis of possible funding scenarios. <br />2. The annual costs and water rates with a 30-year loan are still within the maximum range <br />presented in the study. (Annual payback cost from $2.5 to $4.8 million and $1.50 to $2.20 <br />per 1000 gallons.) <br /> <br />Page 7 of 12 <br />