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A critical evaluation of combined engineered and aquifer treatment systems in water recycling

机译:对工程设计和含水层处理系统相结合进行水回收的关键评估

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Australian experience at five research sites where stormwater and reclaimed water have been stored in aquifers prior to reuse, have yielded valuable information about water treatment processes in anaerobic and aerobic aquifers. One of these sites is the stormwater to potable water ASTR project at the City of Salisbury, a demonstration project within the broader EC project 'RECLAIM WATER'. A framework for characterising the effectiveness of such treatment for selected organic chemicals, natural organic matter, and pathogens is being developed for inclusion in new Australian Guidelines for Management of Aquifer Recharge. The combination of pre-treatments (including passive systems such as reed beds) and aquifer treatment effectiveness in relation to source waters and intended uses of recovered water will be described. Advantages and disadvantages of various types of pre-treatments in relation to effectiveness and sustainability of managed aquifer recharge will be discussed taking account of aquifer characteristics. These observations will be consolidated into a draft set of principles to assist in selection of engineered treatments compatible with passive treatment in aquifers.
机译:澳大利亚在五个研究地点的经验表明,雨水和再生水在重复使用之前已先储存在含水层中,这为厌氧和好氧含水层的水处理过程提供了有价值的信息。这些场所之一是索尔兹伯里市的雨水到饮用水ASTR项目,这是更广泛的EC项目“ RECLAIM WATER”中的一个示范项目。目前正在开发一个表征这种对选定的有机化学物质,天然有机物质和病原体的治疗效果的框架,以纳入新的《澳大利亚含水层补给管理指南》。将描述预处理(包括诸如芦苇床等被动系统)与含水层相对于原水和回收水的预期用途的处理效果的组合。将讨论含水层补给的有效性和可持续性方面的各种预处理方法的优缺点。这些意见将被合并为一套原则草案,以协助选择与含水层被动处理兼容的工程处理。

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