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首页> 外文期刊>Computational Water, Energy, and Environmental Engineering >Physic-Chemical Evaluation of Urban Wastewater of the Town of Sidi Kacem
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Physic-Chemical Evaluation of Urban Wastewater of the Town of Sidi Kacem

机译:西迪·凯瑟姆镇城市污水的理化评估

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The goal of this study is the evaluation of pollution by the physic-chemical characterization of urban wastewaters discharged in the river R’dom of the town Sidi Kacem. The motivation of this study is multiple firstly to give an answer to the choice of methods of treatment of raw sewage and secondly to raise awareness of the pollution of the river R’dom who is a source of irrigation in the region. The physic-chemical analyses were carried out on the level of the collector 1 (domestic collector of the Zaouia District) and that of collector 2 (domestic collector of the allotments Thami Amar, road of Tangier and Saada), during the year 2012 at the same time “in situ” and at the Laboratory of Environment (Faculty of Sciences Kenitra). The polluting load out of organic matter (DBO5, DCO, MES), out of mineral matter (Cl-, Ca2+, Mg2+, K+, , Na+) and out of nitrogenized matter (, , Nitrogenize total) was more important, except for the temperature and of the pH which are in conformity with the Moroccan standards of rejection. Ratios DCO/DBO5, DBO5/DCO and MES/DBO5 inform about the biodegradability of these effluents and permitted choice of the suitable treatment process. Indeed, results obtained show that the domestic effluents exceed the national standards of rejection, which requires an intervention of the competent jurisdictions in order to preserve the public health, to protect the environment and install an efficient sewage treatment plant to ensure a sustainable development.
机译:这项研究的目的是通过对Sidi Kacem镇R'dom河中排放的城市废水的理化特性进行污染评估。这项研究的动机是多重的,首先是为处理原污水的方法提供答案,其次是提高对该地区灌溉源R'dom河的污染的认识。在2012年期间,对收集器1(Zaouia区的本地收集器)和收集器2(配给物Thami Amar,丹吉尔和萨达路)的收集器2的水平进行了理化分析。同时“在原地”和在环境实验室(肯尼特拉科学学院)。除有机物(DBO5,DCO,MES),矿物质(Cl-,Ca2 +,Mg2 +,K +,Na +)和氮化物质(,总氮化)外,污染负荷更为重要。温度和pH值符合摩洛哥拒绝标准。 DCO / DBO5,DBO5 / DCO和MES / DBO5的比值说明了这些废水的生物降解能力,并允许选择合适的处理工艺。实际上,获得的结果表明,生活污水超过了国家拒绝标准,这需要主管当局的干预,以维护公众健康,保护环境并安装高效的污水处理厂,以确保可持续发展。

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