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Last modified
7/29/2009 8:52:14 PM
Creation date
10/12/2006 1:52:42 AM
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Template:
Water Supply Protection
File Number
8040.260
Description
Section D General Studies-Oil Shale/Coal
Date
7/6/1981
Title
13a-Oil Shale Data and Notes-Federal Register-Vol 46 No 128-Part III-Water Resources Council-Synthetic Fuels Development for the Upper Colorado Region Water Assessment
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<br />-~ <br /> <br />~ <br /> <br />Federal Register -! Vol. 46. No. 128 I Monday. July 6, 1981 I 'Notices <br /> <br />35065 <br /> <br />Enhanced snowfall from weather <br />modification would be advantageous 10 <br />skiers. snow mobilers, and supporting <br />husinessea. However, increased <br />snowfall raises costs for snow removal <br />and IrT8lllnche oontrol.increl'lses the <br />snow damage to orchards. reduce' <br />grazing potential for livestock and <br />wildlife in high pastures. and raises <br />cosb for mining and tirtlber operations. <br />Because of these and other insUlutional <br />faclors, major weather modification Is <br />not likely in the nearfulure. <br />5. More Efficient Water Use. The <br />demand for the ell;port of Regional water <br />outside the Upper Colorado River Basin <br />could be decreased thorugh improved <br />municipal water use effiCiency. Exports <br />for municipal use (15 percent of <br /> <br />projected depletions by convcntional <br />UlleS) ere of greater interest for the year <br />2000 than in-hasln municipal and <br />industrial use (2 percent of projec;:ted <br />depletions). <br />Techniques to reduC1'! per capila use of <br />municipal water indude voluntary -.....ater <br />conservation. education programs, <br />regulations. metl!ring. differential <br />pricing. and wastewater recycling. <br />Acrording 10 receDt studics, reductions <br />of 30 to 40 percent may be possible <br />without recycling. Conservation by one. <br />hal! Ihis amount (151o ZO percent) could <br />reduce the need for exports from the <br />Basin by 100,000 10 135,000 acre. feet <br />annually. At this time, however, <br />successful implementation of <br />CC1nservatlon measures cannot be <br /> <br />depended on as a m~ans (0 increase <br />water supply availability. Further, such <br />measures would not affect supplies in <br />the White River dc\"elopmenl area. <br />which has the greatest water <br />requirements for synfuels. <br /> <br />B. Water A vailability in the Region <br /> <br />Determinations of waler ayailability <br />for synthetic fuels de\'elopment in lhe <br />year 2000 are summarized below for <br />e(lch synfuels development area and for <br />the overall Region (Figure 4). Hydrologic <br />8spec;:tl and possible institutional <br />considentions of water availability are <br />discussed for each area. <br /> <br />I&lUING COOE ...,_,..... <br /> <br />I <br />I <br /> <br />- <br /> <br />0379 <br />
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