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<br />....' <br /> <br />. <br /> <br />. <br /> <br />. <br /> <br />It will be remembered that the experimental plant is located on the U. S. <br />Naval Shale Fuel Reserve, (any failure to properly report Mr. Guthrie is <br />the fault of the compiler and not Mr. Guthrie). 1ir. Guthrie made no . <br />effort to estimate the required consumption of water by incidental <br />activities which would normally accompany such a development and the <br />figure of 32,000 acre feet has been added to his estimated minimum peace <br />time operation to cover that factor, making an even 300,000 acre feet <br />estimate. <br /> <br />Note 16. There will be of necessity reservoirs serving the presently authorized <br />diversion projects and also reservoirs in western Colorado for use of <br />Irrigation and industry in addition to the main stem impounding reservoirs <br />and from all of these there will be evaporation depending in amount upon <br />their location. It is impossible to definitely arrive at this amount and <br />this figure has been arbitrarily adopted as a minimum. <br /> <br />I' <br />,I <br /> <br />Note 17. There remains in the Colorado River for consumptive use by Colorado <br />389,340 acre feet of water. Referring back to items 10, 11 and 12 where <br />no sufficient study has been made, it is reasonable to assume that they <br />are 39% too small and if it shall later be determined that such is a <br />fact, as has already been determined on the Gunnison and Colorado (above <br />Grand Junction), then there will be required to complete the irrigation <br />program in Western Colorado 216,278 acre feet of water which must be sub- <br />tracted from the 389,340 acre feet, leaving 173,062 acre feet for all <br />other purposes, and unless the flow of the Colorado River gets up to the <br />long term average, this will be further reduced by an additional Mexican <br />Treaty burden. Whatever amount may remain, whether it be 389,340 or <br />173,062 acre feet must cover all industrial uses, including metal mining, <br />recovery of atomic energy strategic materials, hydrogenation of coal, and <br />an increase in the oil shale recovery program which might ensue in the <br />event of war. The exact requirements for these purposes are of course, <br />at this time not possible of exact determination. <br /> <br />It is apparent from the Summary Report to the United States Bureau <br />of ~lines by the Corps of Engineers, United States Army, submitted in May <br />1949, that the recovery of synthetic fuel values in Western Colorado from <br />shale and coal will be measured by the water available for treatment and <br />not by the amount of shale and coal which will not be exhausted in several <br />hundred years. <br /> <br />On Page 10 of the Bureau's 1946 Report on the Colorado River, House <br />Document 419, appears the follovlin,': "Enormous beds of bituminous and <br />subbituminous coal within the basin (of Colorado River) in Eastern Utah, <br />Southern Wyoming and Western Colorado are estimated to contain nearly one- <br />fourth of all the coal reserves in the United States. !.lines in these <br />areas now supply most of the coal requirements in the Rocky Mountain and <br />Pacific Coast areas". <br /> <br />" <br />I <br />I <br />I <br /> <br />On Page 71 of the same House Document 419 prepared by the Bureau of <br />Reclamation in 1946 appears the following language: "The Colorado River <br />Basin is a part of America's frontier. ' It is, perhaps, as little de- <br />veloped as any comparable area in the United States. Yet it is known <br />that here lie buried one-sixth of the entire world's coal reserves, bil- <br />lions of barrels of oil in shale and sand (equivalent to many times the <br /> <br />-4- <br /> <br />230.2 <br />