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Water Quality Analysis of Drinking Water by Identification of Their Distribution and Process Capability

机译:通过识别饮用水的分布和过程能力来分析饮用水的水质

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Abstract: The present study deals with the water quality management using Water Quality Index (WQI) and Distribution Identification model. The drinking water quality in Jaipur city has been used for the various physio-chemical parameters such as temperature, pH, turbidity, conductance, total hardness, alkalinity, magnesium, calcium, nitrate, chloride, fluoride, sodium, potassium. Drinking water suitability for domestic purposes was examined by WHO and BIS standards, which indicate the drinking water in almost all the areas, were not much suitable for drinking purpose. It is observed that Water Quality Index (WQI) is very high in Sanganer and VKI areas and Gamma distribution model fits on all the parameters for different sites of water data. Thus it was observed that potable water quality has degraded with respect to all the parameters and almost in all the Sites parameters.
机译:摘要:本研究使用水质指数(WQI)和分布识别模型处理水质管理。斋浦尔市的饮用水质量已用于各种物理化学参数,例如温度,pH,浊度,电导率,总硬度,碱度,镁,钙,硝酸盐,氯化物,氟化物,钠,钾。世卫组织和国际清算银行的标准检查了饮用水是否适合家庭用途,这表明几乎所有地区的饮用水都不太适合饮用。可以观察到,Sanganer和VKI地区的水质指数(WQI)很高,并且Gamma分布模型适合于不同水位数据站点的所有参数。因此,观察到饮用水质量相对于所有参数以及几乎所有Sites参数均下降。

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