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Quality assessment of rooftop runoff and harvested rainwater from a building catchment

机译:建筑物集水区屋顶径流和收集的雨水的质量评估

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摘要

A major obstacle to the promotion of rainwater harvesting is chemical and microbiological concerns. To determine its suitability as an alternative water resource, water quality parameters such as pH, turbidity and metal ion concentrations and counted total coliform, Escherichia coli and heterotrophic bacteria were measured. It was observed that the stored rainwater had a neutral average pH and that its turbidity depended on the duration and intensity of the rainfall event. Metal concentrations were within the permissible limits specified in the Korea drinking water standard. In addition, counts of coliform, E. coli and heterotrophic bacteria were higher in the first flush 5 min after the start of the rainfall event. Principal component analysis and correlation analysis through 40 events in 2009 showed that the quality of stored rainwater depends on the conditions of the catchment and storage tank and the antecedent dry period.
机译:促进雨水收集的主要障碍是化学和微生物问题。为了确定其作为替代水资源的适用性,对水质参数(例如pH值,浊度和金属离子浓度)以及计数的总大肠菌群,大肠杆菌和异养细菌进行了测量。据观察,所储存的雨水具有中性的平均pH,其浊度取决于降雨事件的持续时间和强度。金属浓度在韩国饮用水标准规定的允许范围内。此外,在降雨事件开始后的5分钟内的第一次冲洗中,大肠菌,大肠杆菌和异养细菌的计数更高。通过2009年的40次事件的主成分分析和相关性分析表明,雨水的储存质量取决于集水区和储水罐的条件以及之前的干旱期。

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