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Long term persistence of cyanide species in mine waste environments

机译:矿山废物环境中氰化物种类的长期持久性

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摘要

World headlines in the media, in recent years, have included tailings-dam failures and significant cyanide-spills. Presently, it is recognized that cyanides are essential for precious metal recovery from low grade resources with a substantial contribution to the world economy. However, simultaneously, search for alternative lixiviants is in progress, together with widespread, global anti-cyanide activism Health effects of cyanide compounds other than free-cyanide are often insufficiently addressed or remain not required for reporting to regulatory agencies. This paper addresses cyanidation-extraction byproducts and their long-term fates in the ecosystem Data show that a number of currently accepted cyanide abatement approaches can create long-lasting products that degrade at very low rates. It also underscores the need for research on the numerous long-term ecological and health effects of metal-cyanide compounds and complexes including their carcinogenic potentials.
机译:近年来,媒体的头条新闻包括尾矿坝破坏和大量氰化物泄漏。目前,人们认识到氰化物对于从低品位资源中回收贵金属至关重要,对世界经济具有重大贡献。但是,与此同时,正在寻找替代性毒剂,以及广泛的全球抗氰活性。与游离氰化物不同的氰化物化合物对健康的影响往往没有得到充分解决,或者仍未向监管机构报告。本文介绍了氰化物提取副产物及其在生态系统中的长期命运。数据显示,目前公认的许多氰化物减排方法都可以产生持久的产物,并且降解速率非常低。它还强调需要研究金属氰化物化合物和配合物的许多长期生态和健康影响,包括其致癌潜力。

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