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Electrical Power for Valdez and the Copper River Basin-1981

Electrical Power for Valdez and the Copper River Basin-1981

Electrical Power for Valdez and the Copper River Basin-1981

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Comnents received from <strong>the</strong> city of <strong>Valdez</strong>, <strong>Copper</strong> Valley ElectricAssociation, Alaska <strong>Power</strong> Authority, <strong>and</strong> <strong>the</strong> Governor's Office basicallyconcur with <strong>the</strong> findings of <strong>the</strong> repor~. The primary concern voiced byvarious resource agencies related to <strong>the</strong> environmental impact of warmerwater being discharged over <strong>the</strong> developing salmon eggs in winter.Appendix J, "Public Views <strong>and</strong> Responses," includes comments received on<strong>the</strong> draft report <strong>and</strong> Corps of Engineer's responses.CONCLUS IONSBased on <strong>the</strong> analysis <strong>and</strong> proceedings used in this report, <strong>the</strong>combined plan of <strong>the</strong> pressure reducing turbine <strong>and</strong> hydropower fromAllison Lake appears to be <strong>the</strong> best solution to meet both National <strong>and</strong>local objectives. Implementation of <strong>the</strong> PRT at <strong>the</strong> earliest possibledate should be pursued jointly between <strong>the</strong> local utility <strong>and</strong> AlyeskaPipeline Service Company. This represents a rare opportunity <strong>for</strong> anunusual energy source to provide low cost power to a region with minimalenvironmental impact.Detailed analysis <strong>and</strong> final design should resume on <strong>the</strong> Allison Lakehydropower project by 1984. This would allow adequate time <strong>for</strong> design<strong>and</strong> construction to provide needed power by 1990. Approximately 4 yearswould be needed to construct <strong>the</strong> Allison Lake project.RECO~I:~ENDATIOIJI recommend that <strong>the</strong> Allison Lake Hydroelectric Project be authorized<strong>for</strong> construction generally as described in this report, with suchmodifications as in <strong>the</strong> discretion of <strong>the</strong> Chief of Engineers may beadvisable, at a Federal cost estimated at $30,871,000. The estimatedannual operation <strong>and</strong> maintenance cost <strong>and</strong> replacement is $200,000.Former President Carter, in his June 1978 water policy message toCongress, proposed several changes in cost-sharing <strong>for</strong> water resourcesprojects to allow states to participate more actively in projectimplementation decisions. These changes include a cash contribution frombenefiting states of 5 percent of <strong>the</strong> first costs of constructionassigned to nonvendible project purposes <strong>and</strong> 10 percent of first cost ofconstruction assigned to vendible project purposes. Contributing stateswould share with <strong>the</strong> Federal Government <strong>the</strong> revenue from vendible outputsin proportion to <strong>the</strong>ir shares of project costs.Application of this policy to <strong>the</strong> Allison Lake Hydroelectric Projectrequires a contribution from <strong>the</strong> State of Alaska of an estimated$3,430,000 in cash (10 percent of $34,301,000 total estimated first costsof construction assigned to vendible project purposes, based on October1980 price levels). The State of Alaska will share 10 percent of <strong>the</strong> netpower revenues from <strong>the</strong> Allison Lake Hydroelectric Project. Net powerrevenues are defined as <strong>the</strong> gross receipts from power outputs less all51

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