实施液体零排放后的地下水污染情况:农业经济视角

G. A. Prasath, D. Velmurugan, S. Ravichandran
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引用次数: 0

摘要

即使实施了液体零排放程序,诺亚尔河地区的地下水污染也很难得到补救。因此,为了研究诺亚尔河地区地下水污染的现状和程度,泰米尔纳德邦蒂鲁布尔地区被有目的地选中,并根据与河流的距离分为 3 个区域,选中了 120 个农场。通过成本效益分析、资源利用效率分析和分解分析等分析工具,研究了地下水污染状况及其对农业的影响。结果表明,在距离诺雅尔河较近的地区(不到 1 公里),污染的强度和严重程度较高。由于使用受污染的地下水灌溉,该地区的农业收入也很低。研究表明,"液体零排放 "可确保停止向河流排放工业废水,从而阻止河流污染。同样,也需要制定适当的政策来改造地下水。因此,建议的政策包括蓄水结构,如水箱、湖泊、池塘等,仅用于地下水补给目的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Scenario of Groundwater Pollution after Implementation of Zero Liquid Discharge: An Agricultural Economic Perspective
Groundwater pollution is hard to remediate in the Noyyal river region even after the implementation of Zero Liquid Discharge process. Hence, to study the status and extent of groundwater pollution in the Noyyal river region, Tiruppur district of Tamil Nadu was purposively selected and classified into 3 regions based on the distance from the river and 120 farms were selected. Tools of analysis viz., Cost benefit analysis, Resource use efficiency and decomposition analysis were undertaken to study the status of groundwater pollution and its effect on agriculture. The results showed that intensity and severity of pollution is high in the region closer to Noyyal river (less than 1 km). Income from agriculture is also low in that region due to the use of polluted groundwater for irrigation. The study revealed that Zero Liquid Discharge ensures stoppage of industrial effluents into the river and hence, river pollution is stopped. Similarly, a suitable policy is required to revamp groundwater. Hence, the suggested policy includes water storage structures like tanks, lakes, ponds etc are to be used for groundwater recharge purpose alone.
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