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<br />. <br /> <br />3 <br /> <br />. <br /> <br />'!he time requirements for construction of the power plant and the time <br /> <br />and quantities of water which will be needed for construction and power <br /> <br />generation of Unit 1 are summarized in the following table. <br /> <br />REQUIRED SCHEDULE FOR POWER PLANT CONSTRUCTION <br /> <br />(Unit 1) <br /> <br />April 1981 <br /> <br />Start Construction <br /> <br />May 1981 <br />thru <br />September 1983 <br /> <br />Need 350 gpm average for construction <br /> <br />October 1983 <br /> <br />Need 11 cfs = 8000* acre-feet/year <br /> <br />December 1984 <br /> <br />Power Plant on Line (Commercial Operation) <br /> <br />March 1985 <br /> <br />Cancellation of UP&L wholesale cons tracts <br /> <br />3~ years from now (April 1980) - 11 cfs will be needed <br /> <br />The need for an 11 cf-s flow of water at the power plant by October 1983 <br /> <br />imposes tight time constraints on construction of any dam or diversion <br /> <br />facility as outlined in the following table. <br /> <br />CONSTRUCTION SCHEDULE REQUIRED FOR DAM CONSTRUCTION <br /> <br />Summer 1980 Environmental Data Acquisition <br />Summer 1981 Dam Construction <br />Summer 1982 Dam Construction <br />Winter & Spring Fill Reservoir <br />1982 - 1983 <br />October 1983 Deliver 11 cfs <br /> <br />*A water requirement has been used in this report of 8000 acre feet per year <br />per power unit, 16,000 acre feet for two units, since these are the quantities <br />of water used by Western Engineers and by the Utah Division of Water Resources <br />in their reports. <br /> <br />I <br /> <br />II. <br />. <br /> <br />0304 \ <br />, J; <br />'{-> <br />