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Monitoring of Water Source Gil?u and its Affluent Some?ul Rece during 2005-2009

机译:2005-2009年期间对水源吉鲁及其出水部分的监测

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The quality of drinking-water in Cluj-Napoca is controlled through a combination of measures: protection of water sources, control of treatment processes and management of the distribution and handling of the water. The first component, protection of water sources may be done only knowing as much of water quality and of the factors that threaten it. The present paper reveals the water source of Cluj, Gil?u Lake and his affluent Some?ul Rece River monitoring in a period of 5 years, between 2005 and 2009, their physical, chemical and microbiological parameters being monitored once a month, watching on the evolution of water quality. This surveillance offers a review of the safety and acceptability of drinking water supplies in Cluj County and contributes with several applicative aspects towards water quality supervision and evolution in time of the big dam reservoirs and their tributaries, which may be a major source of pollution downstream. Descriptive analyses, including the mean value, variability, trends, correlations and graphic displays were performed; SPSS and Epi-Info 2000 statistical software were used. Data analysis revealed that the good quality of Gil?u Lake regarding physical and chemical parameters led to its framing in A1 quality category, except for ammonium and microbiological parameters, which allowed the framing in A2 quality category. Major averages in Some?ul Rece than in Gil?u Lake, up to 14 fold for faecal coliforms indicates the fact that the river worked out an important and constant pollution cause for Gil?u water source during the period of time considered .
机译:克卢日-纳波卡的饮用水质量通过多种措施来控制:保护水源,控制处理过程以及管理水的分配和处理。第一部分,只有在了解尽可能多的水质和威胁水质的因素的情况下,才能进行水源保护。本文揭示了克卢日,吉卢湖和他的富裕的瑞斯河的水源,在2005年至2009年的5年中进行了为期5年的监测,每月对其物理,化学和微生物参数进行一次监测,水质的演变。这次监测对克鲁日县饮用水供应的安全性和可接受性进行了回顾,并为大坝水库及其支流的及时水质监督和演变做出了一些应用性的贡献,而大坝水库及其支流可能是下游的主要污染源。进行描述性分析,包括平均值,变异性,趋势,相关性和图形显示;使用SPSS和Epi-Info 2000统计软件。数据分析表明,吉尔木湖在理化参数方面的优良品质导致其成帧在A1质量类别中,但铵和微生物参数除外,这使得该框架可以成A2质量类别。 Some?ul Rece的平均水平比Giluu湖的粪大肠菌群高14倍,这表明在考虑的时间内,河流对Giluu的水源造成了重要而持续的污染。

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