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Risk assessment of water supply system safety based on WHO Water Safety Plan; Case study: Ardabil, Iran

机译:根据世卫组织水安全计划对供水系统安全进行风险评估;案例研究:伊朗阿尔达比勒

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safety plan (WSP). This research was conducted to assess and identify the vulnerable points in Ardabil water supply system based on WSP in 2014. Initial investigations were performed using WSP quality assurance (QA) tool. At first, WSP checklists were prepared and filled up by experts and data analysis using WSP QA tool. Then, system hazards were listed and prioritized according to WHO matrix by team member's scientific view and then risk analyses were prepared. Results showed that "System Description" and "Management Procedure" phases scored the highest and the lowest grades, respectively. Discharge of wastewater by communities in catchment area, trihalomethanes generation in finished water, old infrastructures, old pipes, and consequently pressure drop in point of use were identified as the most important hazardous events. With regard to the low level of overall implementation in WSP steps and lack of enough attention to water supply system in some phases, current control approach has no sufficient efficiency to provide safe drinking water. Collaboration and support of health authorities can lead to better performance and improvement of water safety in water supply system.
机译:安全计划(WSP)。这项研究是为了评估和识别基于WSP的Ardabil供水系统中的脆弱点而在2014年进行的。使用WSP质量保证(QA)工具进行了初步调查。首先,由专家准备并填写WSP检查清单,并使用WSP QA工具进行数据分析。然后,根据小组成员的科学观点,根据WHO矩阵列出系统危害并进行优先级排序,然后进行风险分析。结果显示,“系统描述”和“管理程序”各阶段的得分分别为最高和最低。集水区社区的废水排放,饮用水中三卤甲烷的产生,旧的基础设施,旧的管道以及因此使用点的压力下降被认为是最重要的危险事件。由于水安全计划步骤总体实施水平较低,并且在某些阶段对供水系统缺乏足够的重视,当前的控制方法没有足够的效率来提供安全的饮用水。卫生当局的合作与支持可以改善供水系统的性能并改善其水安全性。

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