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A Study of Improved Quality Effluent Discharged From Agua Nueva Water Reclamation Facility to the Lower Santa Cruz River

机译:Agua Nueva水回收设施向圣克鲁斯河下游排放的优质污水的研究

摘要

Reclaimed water is an important renewable resource because it mitigates the use of potable supplies to meet outdoor water demand. In Tucson, reclaimed water is managed through aquifer storage and recovery. Some recharge is done directly in the Santa Cruz River where credits are earned for water that infiltrates in a permitted stretch. The new Pima County water treatment facility, Agua Nueva, releases high quality Class A effluent, which infiltrates the river at higher rates than water from the previous facility. This study monitored the discharge from Agua Nueva and aimed to quantify instream recharge rates. Gaining higher spatial resolution on recharge is important for verifying current recharge credits, and modeling water demand of future effluent-use projects.udWater level was continually measured at four river monitoring stations. A mass balance method was used to estimate recharge by calculating differences in streamflow between upstream and downstream stations. Because of the highly variable outflow from Agua Nueva, this method’s results were inconclusive. The study resulted in development of an effective way to temporarily deploy divers in highly variable Southwest streams experiencing intense monsoons. The water level data gathered provided new insight to patterns of effluent flow in the Lower Santa Cruz River.
机译:再生水是一种重要的可再生资源,因为它可以减少使用饮用水来满足室外用水的需求。在图森,再生水通过含水层的存储和回收进行管理。直接在圣克鲁斯河中进行一些补给,在那里渗透入允许范围内的水可赚取信用。皮马县新的水处理设施Agua Nueva释放出高质量的A类废水,该废水以比以前设施更高的水渗透率进入河流。这项研究监测了Agua Nueva的排放量,旨在量化河道补给率。获得更高的补给空间分辨率对于验证当前的补给额度以及对未来的污水处理项目的用水需求进行建模非常重要。 ud在四个河流监测站不断测量水位。质量平衡方法用于通过计算上游站和下游站之间的流量差异来估算补给量。由于来自Agua Nueva的流出量变化很大,因此该方法的结果尚无定论。这项研究导致开发出一种有效的方法,以在经历强烈季风的西南变化很大的溪流中临时部署潜水员。收集的水位数据为下圣克鲁斯河下游的废水流模式提供了新的见解。

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  • 作者

    Pereira Mekha; Thompson Dick;

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  • 年度 2017
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  • 正文语种 en_US
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