ENVIRONMENTAL ASSESSMENT OF NARMADA RIVER WATER QUALITY AT SANDIA TO HOSHANGABAD & PHOTO DEGRADATION BY NANO-CATALYST ZNO

Nisha Tiwari, Arun Kumar Sikarwar, O.N Choubey
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Abstract

In Madhya Pradesh, water is dependent on Narmada River for agriculture, fisheries and other water related works, due to which we can say that the area of ​​current research is Narmada River, in which the physical and chemical observation of the water effect of Narmada River is to be done so that the water of the river can be controlled. The quality of water and the pollution in it are known. Various physico-chemical parameters, including temperature, pH, turbidity, total hardness, alkalinity, DO, BOD, COD, chloride, fluoride, phosphate, nitrate, iron, copper, coliform, were analyzed in the samples, which were taken from five distinct locations. Every parameter is determined using the standardized APHA and BIS and WHO approach. The cause of pollution in Narmada River is sewage which is dumped in Narmada River in large quantities which affects the water quality. The indices from all the places show that the river water is getting polluted rapidly which will result in the river becoming polluted. water will not be potable.The photo catalytic degradation process is an advanced process which is giving a new dimension to water purification (90% to 95%) and protecting the environment as eco-friendly process.
纳尔马达河 Sandia 至 Hoshangabad 水质环境评估及纳米催化剂 ZNO 的光降解作用
在中央邦,农业、渔业和其他与水有关的工作都依赖于纳尔马达河,因此我们可以说目前的研究领域是纳尔马达河,对纳尔马达河的水效应进行物理和化学观测,以便控制河水。水质和水污染是众所周知的。对取自五个不同地点的样本进行了各种理化参数分析,包括温度、pH 值、浊度、总硬度、碱度、溶解氧、生化需氧量、化学需氧量、氯化物、氟化物、磷酸盐、硝酸盐、铁、铜、大肠菌群。每个参数都是采用标准化的 APHA、BIS 和 WHO 方法测定的。纳尔马达河污染的原因是污水大量倾倒在纳尔马达河中,影响了水质。光催化降解工艺是一种先进的工艺,为水净化(90% 至 95%)和保护环境提供了新的维度,是一种生态友好型工艺。
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