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Rainwater Harvesting: Integrating Water Conservation and Stormwater Management Through Innovative Technologies

机译:雨水收集:通过创新技术将节水与雨水管理相结合

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Recent droughts, population increases, and predicted climate change have emphasized the fragility of water resources and the need for water conservation within the state of North Carolina, USA. The necessity of stormwater management is another ever-present reality for the state due to increases in urban development and resulting declines in water quality. Rainwater harvesting (RWH) systems are unique in their ability to provide an alternate source of water and serve as detention/retention for roof runoff that would otherwise be discharged to the stormwater network. This study focuses on two RWH systems, each of which employ an innovative method of increasing the stormwater management potential of the system: an active release mechanism and a passive release mechanism. The purpose of this study is to document how well RWH systems serve as both water conservation practices and stormwater management practices when equipped with these innovative technologies.
机译:最近的干旱,人口增加以及可预见的气候变化都突出了美国北卡罗来纳州水资源的脆弱性和节水的必要性。由于城市发展的增加和水质的下降,雨水管理的必要性是该州另一个永恒的现实。雨水收集(RWH)系统具有独特的能力,可以提供替代的水源,并可以保留/保留屋顶径流,否则这些径流将排入雨水管网。这项研究集中在两个RWH系统上,每个系统都采用一种创新的方法来增加系统的雨水管理潜力:主动释放机制和被动释放机制。这项研究的目的是证明当配备这些创新技术时,RWH系统在兼顾节水实践和雨水管理实践方面的表现如何。

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