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首页> 外文期刊>Current Science: A Fortnightly Journal of Research >Monitored natural attenuation as a remediation tool for heavy metal contamination in soils in an abandoned gold mine area.
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Monitored natural attenuation as a remediation tool for heavy metal contamination in soils in an abandoned gold mine area.

机译:监测自然衰减,作为补救工具,用于废弃的金矿区土壤中的重金属污染。

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摘要

We report here the preliminary results of the study using monitored natural attenuation (MNA), referred to as intrinsic remediation, as an in situ treatment method in an abandoned gold mining site in Kolar Gold Fields, Karnataka. The area is called the Kolar schist belt of south India, well-known for its gold deposits which have been mined systematically for over several decades. Distribution of elements, in the form of histograms and correlation diagrams, were prepared to understand the sources of contamination in soils. Natural attenuation observed for some elements were: As (36.6%), Cr (56.6%), Co (50%), Cu (50%), Ni (53.3%), Pb (86.0%), Sr (46.6%) and Zn (50%). The outcome of this study would facilitate identification of safe waste disposal sites besides pointing out the extent of aquifer pollution and prognosis of the migration of pollutants in the plume, and finally support remedial measure.
机译:我们在此报告了在卡纳塔克邦Kolar金矿场的废弃金矿开采现场使用监测的自然衰减(MNA)(称为内在修复)作为原位处理方法的初步研究结果。该地区被称为印度南部的科拉尔片岩带,以其金矿床而闻名,该矿床已被系统地开采了数十年。准备了直方图和相关图形式的元素分布,以了解土壤中的污染源。观察到的某些元素的自然衰减为:砷(36.6%),铬(56.6%),钴(50%),铜(50%),镍(53.3%),铅(86.0%),锶(46.6%)和锌(50%)。这项研究的结果除了指出含水层污染的程度和羽状污染物迁移的预后外,还有助于确定安全的废物处置地点,最后支持补救措施。

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