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Data set on performance evaluation of discharged wastewater quality from Guna water treatment plant for potable water purpose

机译:关于枪水处理厂的排放废水质量性能评价的数据

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This article provides to evaluate the quality of discharged water from Guna spring water treatment plant and to compare with WHO drinking water standards and Ethiopian bottled drinking water specification to reuse for potable water purpose. The discharged waste water quality analysis was conducted by Physical, Chemical, Biological and Bacteriological parameters of water in association with set of standards. Atomic adsorption spectroscopy (AAS), Flame photometer, UV–Visible spectrometer and Photo meter were used for characterization discharged water. All water quality parameter was determined in all unit process (softener, sand filter, activated carbon and ultra-filter). Bacteriological analysis (total coli form, fecal coli form andEscherichia colitype1) were conducted. During discharge water quality analysis, the effect of flow rate (2?m3/h, 4?m3/h and 6?m3/h) and discharge time (5,10 and 15?min) have been performed. We provided data set about Atomic adsorption spectroscopy (AAS), Flame photometer, Turbidity meter, Photometer and Bacteriological analysis parameter were verified.
机译:本文提供了从Guna Spring水处理设备评估排出水的质量,并与饮用水标准和埃塞俄比亚瓶装水规范进行比较,以重用饮用水。排出的废水质量分析是通过与标准组合的物理,化学,生物和细菌学参数进行的物理,化学,生物学和细菌学参数进行。原子吸附光谱(AAS),火焰光度计,UV可见光光谱仪和光电表用于表征排出的水。所有水质参数均在所有单位过程中测定(柔软剂,砂滤器,活性炭和超滤)。进行了细菌学分析(总COLI形式,粪便COLI形式和酵母COLITAPE1)。在放电水质分析期间,已经进行了流速(2?M3 / h,4?M3 / h和6?M3 / h)和放电时间(5,10和15≤min)的效果。我们提供了关于原子吸附光谱(AAS),火焰光度计,浊度表,光度计和细菌学分析参数的数据集。

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