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Sustainability of Rainwater Harvesting System in terms of Water Quality

机译:就水质而言雨水收集系统的可持续性

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摘要

Water is considered an everlasting free source that can be acquired naturally. Demand for processed supply water is growing higher due to an increasing population. Sustainable use of water could maintain a balance between its demand and supply. Rainwater harvesting (RWH) is the most traditional and sustainable method, which could be easily used for potable and nonpotable purposes both in residential and commercial buildings. This could reduce the pressure on processed supply water which enhances the green living. This paper ensures the sustainability of this system through assessing several water-quality parameters of collected rainwater with respect to allowable limits. A number of parameters were included in the analysis: pH, fecal coliform, total coliform, total dissolved solids, turbidity, NH3–N, lead, BOD5, and so forth. The study reveals that the overall quality of water is quite satisfactory as per Bangladesh standards. RWH system offers sufficient amount of water and energy savings through lower consumption. Moreover, considering the cost for installation and maintenance expenses, the system is effective and economical.
机译:水被认为是可以自然获取的永恒的自由资源。由于人口增加,对加工供水的需求正在增长。可持续利用水可以维持其需求与供应之间的平衡。雨水收集(RWH)是最传统和可持续的方法,可以很容易地用于住宅和商业建筑中的可饮用和不可饮用目的。这可以减少对处理后的供水的压力,从而改善绿色生活。本文通过评估收集的雨水相对于允许极限的几个水质参数来确保该系统的可持续性。分析中包含许多参数:pH,粪便大肠菌群,总大肠菌群,总溶解固体,浊度,NH3-N,铅,BOD5等。研究表明,按照孟加拉国的标准,水的总体质量是令人满意的。 RWH系统通过降低能耗提供了足够的水和能源节省。此外,考虑到安装和维护费用,该系统是有效且经济的。

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