首页> 外文期刊>Journal Of The South African Institute Of Mining & Metallurgy >Integrated phytomining and ethanol production in the Zambian Copperbelt to minimize mine decontamination costs and environmental and social impacts: a review
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Integrated phytomining and ethanol production in the Zambian Copperbelt to minimize mine decontamination costs and environmental and social impacts: a review

机译:Zambian Copperbelt中综合植物线和乙醇生产,以最大限度地减少矿山去污成本和环境和社会影响:审查

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摘要

The mining industry in the Zambian Copperbelt has polluted the environment with heavy metals, the effects of which are a source of concern to host communities. It is globally known that remediation of polluted mine environments is expensive, and can be as high as US$48 000 or more per hectare, depending on the severity of contamination, using traditional physical and chemical approaches. These methods also often leave significant liabilities for host communities. This paper reviews available opportunities for mining companies in the Zambian Copperbelt to use integrated phytomining and production of ethanol, and its co-products, to minimize the costs for remediating polluted mine environments. The benefits of using this approach are manifold and include additional income streams from extracted metals and ethanol, creation of additional jobs for mine host communities, assured livelihoods for mine host communities even beyond mine closure, reclaimed land for food production and other activities, and improved corporate image for mining companies.
机译:矿业工业在赞比亚铜堡污染了重金属的环境,其效果是主持社区关注的源泉。全球知识人士称,污染矿井环境的修复昂贵,并且每公顷的每公顷高达48 000美元或更多,这取决于污染的严重程度,使用传统的物理和化学方法。这些方法通常还留下了主办社区的重大责任。本文介绍了矿业公司在赞比亚铜布的可用机会使用综合性植物线和生产乙醇及其共同产品,以最大限度地减少污染矿井环境的修复成本。使用这种方法的好处是歧管,包括来自提取的金属和乙醇的额外收入流,为矿井寄宿社区的额外工作创造,即使超越矿井封闭,粮食生产和其他活动的土地也为矿井寄宿社区提供了保证,并改善了矿业公司的企业形象。

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