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首页> 外文学位 >Planning decision framework for brackish water aquifer, storage and recovery (ASR) projects.
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Planning decision framework for brackish water aquifer, storage and recovery (ASR) projects.

机译：咸水含水层，储存和回收（ASR）项目的规划决策框架。

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Aquifer Storage and Recovery (ASR) projects are being utilized for an ever-increasing number of water management projects nationwide. A large number of ASR projects are in operation in the United States with many others in the early planning stages. The planning of ASR projects involves consideration of numerous qualitative and quantitative factors including site location, applicable regulations, availability of water, type and quantity of water demands, source water quality, subsurface hydrogeology, ambient groundwater quality, geochemistry, geotechnical constraints, and many others. Currently, the planning of potential ASR projects is not standardized. Often, feasibility of ASR is based upon an incomplete consideration of important planning factors. ASR practitioners would be provided a great benefit if a formalized ASR planning decision framework could be developed. This is especially true for ASR sites located within brackish groundwater environments. For these sites, a formalized framework is lacking that includes reliable planning metrics designed to permit a quick assessment of project feasibility.; The primary purpose of this research project was the development of a formalized planning decision framework for new brackish water ASR projects. The framework consists of planning procedures, qualitative guidance, quantitative guidance, and new ASR performance metrics. The framework is designed to aid the ASR community of practice in assessing the feasibility of prospective projects. The framework, guidance values, and new metrics are based upon a compilation of literature, summaries of 50 different ASR projects from around the world, and extensive numerical modeling of ASR performance. The framework, guidance values, and performance metrics were validated at two ASR project sites not included in the initial data compilation and then was applied to five proposed ASR projects under consideration as part of the Comprehensive Everglades Restoration Plan (CERP).
机译：全国越来越多的水管理项目正在利用含水层存储和回收（ASR）项目。美国有许多ASR项目正在运营中，许多其他ASR项目正在规划初期。 ASR项目的规划涉及许多定性和定量因素，包括地点，适用法规，水的可利用性，需水量和类型，源水质量，地下水文地质，周围地下水质量，地球化学，岩土工程约束等。 。当前，潜在的ASR项目的计划尚未标准化。通常，ASR的可行性是基于对重要计划因素的不完整考虑。如果可以开发出正式的ASR规划决策框架，那么ASR从业者将受益匪浅。对于位于咸淡水环境中的ASR站点尤其如此。对于这些地点，缺少一个正式的框架，其中包括旨在快速评估项目可行性的可靠的计划指标。该研究项目的主要目的是为新的微咸水ASR项目开发正式的计划决策框架。该框架包括计划程序，定性指导，定量指导和新的ASR绩效指标。该框架旨在帮助ASR实践社区评估预期项目的可行性。该框架，指导值和新指标基于文献汇编，来自世界各地的50个不同的ASR项目的摘要以及广泛的ASR性能数值模型。该框架，指导值和绩效指标已在两个未包括在初始数据汇编中的ASR项目现场进行了验证，然后作为综合大沼泽地恢复计划（CERP）的一部分应用于正在考虑中的五个拟议ASR项目。

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