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Water Quality and Factors Associated with Compliance of Drinking Water Refilling Stations as a Choice for Middle–Low Urban Households in Developing Countries

机译:与饮用水再灌装车站合规有关的水质和因素,作为发展中国家中低城市家庭的选择

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Drinking water refilling stations (DWRS) are a growing business, providing affordable drinking water for middle–low urban households in developing countries in the last two decades. However, quality control including water quality and compliance with regulations, is not fulfilled completely by all DWRS. This study aimed to assess water quality and risk of recontamination of DWRS and compliance with administrative–laboratory testing regulations and factors associated with it. A cross-sectional study was conducted from March-August 2017 in Bandung City, and 229 of 659 DWRS were selected randomly. The water quality and risk of recontamination from refill gallons and outlet taps were examined using cotton swab and membrane filter methods to identify total coliforms/Escherichia coli . Compliance with administrative–laboratory testing regulations was identified based on the regulations of the Ministry of Health. Results found that water quality was unsuitable in 37.6% of drinking water and 34.1% of raw water. The risk of recontamination was found in 40% of refill gallons and 25.3% of outlet taps. Only 10.5% of DWRS complied with administrative–laboratory requirements. Factors associated with compliance were certified training and good management. An integrated system to manage and control the quality of DWRS is needed to prevent the consumption of nonstandardized drinking water.
机译:饮用水再灌装车站(DWRS)是一个日益增长的业务,在过去的二十年中为发展中国家中低城市家庭提供负担得起的饮用水。但是,所有DWR都没有完全实现包括水质和法规的质量控制,并不完全满足。本研究旨在评估水质和重新定制DWR的风险,并遵守行政实验室检测法规和与之相关的因素。从2017年3月在万隆市开始进行横断面研究,随机选择229例659 DWR。使用棉签和膜过滤方法检查recill加仑和出口抽头的水质和再聚合风险,以鉴定总大肠杆菌/大肠杆菌。根据卫生部的规定确定遵守行政实验室检测法规。结果发现,水质不适合37.6%的饮用水和34.1%的原水。再污染的风险在40%的再填充加仑和25.3%的出口抽头中发现。只有10.5%的DWR符合行政实验室要求。与合规相关的因素是认证培训和良好的管理。需要进行管理和控制DWR的质量的集成系统,以防止非标准的饮用水消耗。

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