Evaluation of bio-physical parameters and microbial pollution in water systems

Dhea Sadi Ahmed, Fatima Amer Abd Algabar, M. Al‐Obaidi, Ghanam Hissan Mageed
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Abstract

This study covers the purification and sterilization stations in different regions of the Iraqi city of Baghdad. To systematically conduct this study, several drinking water samples were collected from various sites in Al-Karkh and Al-Rusafa in Baghdad. These samples were tested bacteriologically, such as Bacterial Total Count, Total Coliform Bacteria, fecal bacteria, and Escherichia coli (E. coli). Furthermore, the physical properties of the total hardness (TH), turbidity, residual chlorine, and pH from June 2021 to July 2022 were measured monthly. The seasonal variation of the research parameters is considered by providing a statistical description. The biological tests indicate that the water is seriously contaminated with fecal coliform in one area of the Al-Karkh region during the months of autumn and summer. Also, the biological tests of the Al-Rusafa region elucidate the dangerous concentrations of plate count bacteria in summer and autumn. Furthermore, the Al-Rusafa region reports cases of E. coli and coliform in the summer, which exceed the Iraqi and WHO guidelines. But, the physical tests ascertain the semi-alkalinity of drinking water with the greatest residual chlorine value of 0.9 ppm in the summer.
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水系统生物物理参数和微生物污染评估
本研究涉及伊拉克巴格达市不同地区的净化和消毒站。为了系统地开展这项研究,我们从巴格达 Al-Karkh 和 Al-Rusafa 的不同地点采集了一些饮用水样本。对这些样本进行了细菌学检测,如细菌总数、总大肠菌群、粪便细菌和大肠杆菌(E. coli)。此外,在 2021 年 6 月至 2022 年 7 月期间,每月测量总硬度 (TH)、浑浊度、余氯和 pH 值等物理特性。通过统计说明,考虑了研究参数的季节性变化。生物检测结果表明,在秋季和夏季,阿尔卡尔地区某一区域的水受到粪大肠菌群的严重污染。此外,Al-Rusafa 地区的生物检测表明,夏季和秋季的平板计数细菌浓度很高,非常危险。此外,Al-Rusafa 地区夏季报告的大肠杆菌和大肠菌群超过了伊拉克和世卫组织的标准。但是,物理测试确定饮用水为半碱性,夏季最大余氯值为 0.9 ppm。
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