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<br />~ <br />00 <br />00 <br />C.;l <br /> <br />:'he output of the reactors and turbine generators and uses <br /> <br />associated with each stage are as follows: <br /> <br />Stage <br />(Year) <br /> <br />Tot al <br />Reactor <br />Capacity <br />(mwt) <br /> <br />Powerplant <br />Installed <br />Capacity <br />(mw) <br /> <br />Auxiliary <br />Power <br />In Plant <br />(mw) <br /> <br />Available for <br />Comrnerical <br />Sa les <br />(mw) <br /> <br />Project <br />Pumping <br />(mw) <br /> <br />1990 <br />2000 <br />2010 <br /> <br />3,615 <br />1,807 <br />1,807 <br /> <br />452 <br />225 <br />225 <br /> <br />567 <br />283 <br />283 <br /> <br />1,133 <br /> <br />2,596 <br />1,299 <br />1,299 <br /> <br />13,050 <br />6,525 <br />6,525 <br /> <br />Total <br /> <br />7,229 <br /> <br />902 <br /> <br />5,194 <br /> <br />26,100 <br /> <br />Desalting Plant --The cost estimates in this report for the <br /> <br />desalting plant are based upon estimates provided by the Office <br /> <br />of Saline Water. The reference plant concept represents 1990-1995 <br /> <br />projections and is a combination multi-effect, vertical tube and <br /> <br />multistage flash evaporator. Both the vertical tube and horizontal <br /> <br />condenser surfaces are shaped to promote high heat transfer rates. <br /> <br />The maximum brine temperature is limited to 250 degrees F., with <br /> <br />acid p'retreatment of feed to reduce scale formation problems in <br /> <br />the evaporator. <br /> <br />The refE!renee plant has a capacity of 1 billion gallons per <br /> <br />day (bgd) divided into four trains of 250 million gallons per dsy <br /> <br />(mgd) each. The concept includes improvements in plant technology <br /> <br />which are currently undergoing laboratory tests. <br /> <br />For purposes of this analysis, plants were sized for each <br /> <br />stage to provide the quantity of desalted water desired for <br /> <br />delivery at Lake Mead plus the anticipated 5 percent conveyance <br /> <br />losses. The capacities of the stages are as follows: <br /> <br />19 <br /> <br />