印度切蒂斯格尔邦比拉斯普尔城市地区饮用水的物理化学特性和 WQI 评估

Sandhya Tirkey, B. Singh, Kamesh, Shailly Misra, Pinaki Prasad Singh, Ruby, Tulika Johri
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引用次数: 0

摘要

本研究旨在估算比拉斯布尔市居民区的水理化参数,并编制饮用水的水质指数。研究人员从 10 个地点采集了 50 份水样,并使用便携式多参数水质仪(汉纳仪器:HI98194)分析了水质的六个参数。不同地点的水质结果存在统计学差异(P<0.001)。研究期间记录了水的平均 pH 值(8.326±0.67)、水温(27.349±0.207 °C)、溶解氧(7.775±0.034 mg/l)、溶解性总固体(526.46±0.781mg/l)、水的电导率(391.6±0.79 mg/l)和氧还原电位(-32.715±0.21 mV)。EC 与 TDS(r = 0.935)、pH 与 ORP(r = 0.802)呈正相关,而溶解氧与温度呈负相关。水质指数范围为 383.67 至 530.87,各站点之间存在统计学差异(p<0.001)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Physio-chemical Properties and WQI of the Drinking Water in Urban Area of Bilaspur, Chhattisgarh, India
This study was estimating the physicochemical parameters of water and preparing the water quality index for drinking water in a residential area of Bilaspur city. Fifty water samples were collected from ten sites and analyzed six parameters of water quality by using the portable multi-parameter water quality meter (Hanna Instruments: HI98194). The results of water quality were statistically different for sites (p<0.001). During the study, the average water pH (8.326±0.67), water temperature (27.349±0.207 °C), dissolved oxygen (7.775±0.034 mg/l), total dissolved solids (526.46±0.781mg/l), electrical conductivity of water (391.6±0.79 mg/l), and oxygen reduction potential (-32.715±0.21 mV) were recorded. The positive correlation was observed between EC and TDS (r = 0.935) and pH and ORP (r = 0.802), while the negative correlation was observed between DO and temperature. The range of the WQI was observed to be 383.67 to 530.87, and there was a statistically difference at for sites (p<0.001).
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