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<br />WEST SALT CREEK - DG <br /> <br /> <br />,.... <br />~ <br />.... <br />~ <br />o <br /><t <br />::t:a: <br /><to <br />fo-...J <br />=>0 <br /><.l <br />I <br />I <br /> <br />more beneficial use is developed by private <br />or public entities. <br />It has been repeatedly stressed that if and <br />when a more beneficial user for the brine <br />commits himself, then the recommended <br />plan would automatically become the plan <br />for the more beneficial use. Opportunities for <br />the following uses of the brine have been <br />"brainstormed": recreation, industry, salt <br />water fishery, microalgae production, coal <br />slurry pipeline, coal capsule pipeline, oil <br />shale tailings recompaction, and chemical <br />recovery. Despite active promotion for such <br />uses, no developer has come forward with <br />definite commitments yet. <br />A multidisciplinary planning team, a <br />professional services contractor, and the <br />general public are assisting the Bureau of <br />Reclamation in the planning study. Technical <br />work during Phase I of the investigations was <br />conducted by URS Corporation of Denver <br />and concluded with selection of the <br />recommended plan for feasibility study in <br />early calendar year 1982. Phase II technical <br />work will include preparation of feasibility <br />level designs and estimates and other data <br />collection activities which include data for an <br />environmental statement. <br />During preliminary studies, several methods <br />of disposing or treating the saline water were <br />considered which included storage ponds, <br />deep well injection, plugging or grouting of <br />the springs. desalination, industrial use, <br />chemical processing of the brine, and <br />stockpiling of solids in a dry basin. <br />From these general concepts, 33 appraisal- <br />level altematives were generated. The public <br />reviewed the alternatives and offered <br />comments and suggestions. Based on public <br />input and technical and economic <br />considerations, five candidate plans were <br />chosen from which the recommended plan <br />for feasibility study was selected. <br /> <br />~f <br />~~., <br /> <br />-P,\~~ <br />E..G~ <br />..' <br /> <br />II BRINE RESOURCE LAKES (EVAP.) <br /> <br />Y COLLECTION WELL.S <br /> <br />. SURFACE SPRING COLLECTION <br /> <br />Reclamation, NASA Cooperate <br /> <br />Assessment of saline water use in coal <br />transport and multi-purpose systems is the <br />subject of a reimbursable agreement recently <br />negotiated with NASA (National Aeronautics <br />and Space Administration). The six-month <br />study will be conducted by NASA's JPL (Jet <br />Propulsion Laboratory) in Pasadena, <br />Califomia. <br />The agreement will provide for the <br />participation of the NASNJPL in the <br />performance of an appraisal-level systems <br />analysis to identify major technical/ <br />design/operational options, issues, and <br />problem areas. It will also evaluate the <br />economic feasibility of joint venture transport <br />and use systems. The analysis will be used to <br />formulate a plan of study that will evaluate the <br />feasibility of saline water transport systems in <br />the Colorado River Basin for salinity control. <br /> <br />Initiation of Dirty Devil River Unit <br /> <br />The formal Notice of Initiation of <br />Investigations was issued February 1,1982, <br />although basic data collection began in 1973, <br />when a number of water measurement and <br />sampling stations were established. <br />The study is concerned primarily with <br />identifying the salt loading mechanisms and <br />possible means of controlling and reducing <br />the salt contribution to the Colorado River <br />system from the Dirty Devil River. The <br />Durango Projects Office will conduct the <br />study under current Department <br />instructions, policies, and guidelines. <br />Prospective solutions could involve plans <br />for selective withdrawal, collection and <br />disposal, irrigation water system <br />improvements, industrial uses of the saline <br />water, or possibly some desalting methods. <br />The scheduled date for completion of the <br />feasibility report is fiscal year 1987. <br /> <br />...; <br /> <br />Salinity Contractor Wins <br />Excellence Award <br /> <br />Salinity Investigation of the Glenwood- <br />Dotsero Springs Unit wins first prize in the <br />Consulting Engineers Council of Colorado <br />Engineering Excellence Awards of 1982. <br />URS Corporation was presented the award <br />in Category A-Research and Consulting <br />Engineering Services-at a ceremony on <br />February 23, 1982, in Denver, Colorado. <br />Reclamation was represented at the <br />ceremony by Donn Pease of Grand <br />Junction, Diana Lab of Salt Lake City, and <br />Michael Bessler of Denver. <br />The awards program was initiated in 1968 to <br />recognize those engineering achievements <br />demonstrating the highest degree of merit <br />and ingenuity, and providing a major <br />contribution to technical, economical, or <br />social advancement. URS Corporation's <br />entry will be considered in the national <br />competition. <br /> <br />Concluding Report Released- <br />LaVerkin Springs <br /> <br />The concluding report prepared by the <br />Bureau of Reclamation on the LaVerkin <br />Springs Unit has been released. The project <br />has the support of the local communities and <br />is environmentally feasible. It would <br />effectively reduce the salinity of the Colorado <br />River; however, at a unit cost of $1,480,000 <br />per mg/L of salinity reduction, it is not <br />considered cost-effective when compared to <br />other potential salinity control projects in the <br />Colorado River Basin. Therefore, the project <br />is not recommended for construction at this <br />time. <br /> <br />USDA New Personnel <br /> <br />Gordell Brown is the new director of the <br />Conservation and Environmental Protection <br />Division of ASCS (Agricultural Stabilization <br />and Conservation Service). He is the <br />principle liaison with ASCS cost-share <br />program for salinity control in the Colorado <br />River Basin at the national level. Gordell is <br />originally from Utah and has recently served <br />as the State Executive Director for Utah <br />ASCS. Gordell raises hay, grain, and beef, <br />and therefore is familiar with farmers' <br />problems. <br />