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首页> 外文期刊>Mine water and the environment >Assessment of Hydrogeochemical Processes and Mine Water Suitability for Domestic, Irrigation, and Industrial Purposes in East Bokaro Coalfield, India
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Assessment of Hydrogeochemical Processes and Mine Water Suitability for Domestic, Irrigation, and Industrial Purposes in East Bokaro Coalfield, India

机译:印度东博卡罗煤田的水文地球化学过程和矿井水是否适合家庭,灌溉和工业用途的评估

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摘要

Mine water samples collected from the East Bokaro coalfield were analysed to assess suitability for domestic, irrigation, and industrial purposes. The pH of the samples ranged from 6.78 to 8.11 in the pre-monsoon season, 5.89-8.51 during the monsoon season, and 6.95-8.48 in the post-monsoon season. The anion chemistry was dominated by HCO3 (-) and SO4 (2-), with minor amounts of Cl-, NO3 (-) and F-. The Fe concentrations exceeded the maximum permissible limit of the BIS drinking water standard in about 44% of the collected samples. Turbidity, TDS, Fe, total hardness (TH), SO4 (2-), and Mg2+ also sometimes exceeded drinking water limits. The TDS, TH and SO4 (2-) concentrations of the mine water makes it unsuitable for domestic purposes or for industrial use; high values of %Na, SAR, RSC, and Mg-hazard at certain sites restrict its suitability for agricultural use.
机译:分析了从东博卡罗(East Bokaro)煤田收集的矿井水样品,以评估其适用于家庭,灌溉和工业目的。样品的pH值在季风前季节为6.78至8.11,在季风季节为5.89-8.51,在季风后季节为6.95-8.48。阴离子化学主要由HCO3(-)和SO4(2-)和少量的Cl-,NO3(-)和F-组成。在大约44%的采集样品中,铁的浓度超过了BIS饮用水标准的最大允许限值。浊度,TDS,铁,总硬度(TH),SO4(2-)和Mg2 +有时也超过饮用水限值。矿井水中的TDS,TH和SO4(2-)浓度使其不适用于家庭用途或工业用途;在某些位置上较高的%Na,​​SAR,RSC和Mg危害值限制了其在农业上的适用性。

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