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Artificial recharge potential in the Black Squirrel Creek alluvial basin, Colorado

机译:黑松鼠小溪加蓝盆地的人工充电潜力

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The purpose of this investigation was to evaluate the feasibility of operating a 8.6 Mm~3/yr artificial groundwater recharge facility at a pre-selected site in the Black Squirrel Creek alluvial basin cast of Colorado Springs, Colorado. The facility would recharge treated effluent to the alluvial aquifer, which would augment natural recharge and allow the Cherokee Metropolitan District to increase well production capacity. The feasibility investigation evaluated the geology, hydrogeology, and recharge potential of the alluvial aquifer. A pilot study program is being developed that will utilize engineered infiltration basins to evaluaie basin clogging, development and spreading of recharge mounds, seasonal effects, and groundwater chemistry changes. In addition, a numerical model will be developed and calibrated to further evaluate recharge potential, refine locations of recharge facilities, and evaluate recharge recovery alternatives.
机译:本调查的目的是评估在科罗拉多州科罗拉多州科罗拉多州的黑松鼠溪溪盆地的预选场地上运行8.6毫米〜3 /年人造地下水补给设施的可行性。该设施将对冲积含水层进行处理过的流出物,这将增加自然充值并允许切诺基大都市区增加生产能力。可行性调查评估了冲积含水层的地质,水文地质和再充电潜力。正在开发试点研究计划,将利用工程渗透盆地来评估盆地堵塞,开发和蔓延的充电土墩,季节性效果和地下水化学改变。此外,将开发和校准数值模型,以进一步评估充电潜力,细化充电设施的位置,并评估充电回收替代方案。

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