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<br /> <br />. <br /> <br />I <br />I <br />are still experiencing water level declines due to the pumping of others and, ultimately, it may <br />I <br />be necessary to drill wells to tap deeper aquifers or to fmd alternate water suppVes. <br />1 <br /> <br />As current water supplies decline at these individual residential wells, there a~e four potential <br />options to maintain water supply availability, (a) drill separate, deeper wells, (b:) install cisterns <br />at individual homes and have water trucked in, (c) have either individu.l.l or collective <br />I <br />homeowners' associations finance the construction of a community-type well or well field, <br />I <br />and/or (d) participate in a regional water supply distribution system. Individual residential <br />wells are currently the cheapest source of water, since residences typically ta~ the uppermost <br />aquifer, which minimizes the cost of drilling and the power to lift the water fro~ the aquifer to <br />the residences. It is likely that individual residential wells will continue to ~e the preferred <br />alternative for water supplies in rural areas until such time as thes~: uppermost! aquifers can no <br />1 <br />longer support individual residential use. i <br />I <br />At the time when deeper aquifers have to be tapped to provide residential Jater supplies, it <br />I <br />may then become more economical to look at the community-type well, wh~ch would serve <br />multiple dwellings and provide limited, centralized water service. A community-type well can <br />provide an economy of scale by tapping a deeper aquifer with a single well, rather than several <br />small individual wells. ! <br /> <br />, <br />I <br />To serve a relatively large area of individual residences in rural areas would r~quire a regional <br />water supply system. Given capital costs of over $8,000 per ac-ft and annual operating costs of <br />approximately $5.00 per 1000 gallons, it is apparent that regional water supply systems would <br />be extremely expensive to implement for individual residential use and it is ~nlikely that this <br />type of system would ever be feasible in the low-density, rural areas of the Cotinty. <br />I <br />I <br />I <br />I <br />Potential Water Import Projects : <br />I <br />The development of new, renewable water supplies in the County would lil<:ely require the <br />import of water, as the Arkansas River Basin is fully appropriated and it! is unlikely that <br />significant additional water supplies could be developed locally. There are ~everal potential <br />. I <br />water import projects that have been identified, although none of these projects: is currently at a <br />I <br />state of development where County water providers could reasonably as~ume that new, <br />renewable water supplies will be available in the near future. These potent~al water import <br />projects include (a) the marketable pool at Blue Mesa Reservoir, (b) the Baba Ranch Water <br />. I <br />Supply and Delivery Project, (c) the CSU Southern Delivery Pipeline, (<Ii) conversion of <br />agricultural water rights to municipal use, either in the Arkansas River Basin or the South <br />I <br />I <br /> <br />. <br /> <br />" <br /> <br />. <br /> <br />E-6 <br />