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REMEDIATION TECHNOLOGIES FOR CONTAMINATED SITES

机译:污染场地的修复技术

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摘要

Contaminated sites can pose a significant risk to public health and the environment. Many different in-situ or ex-situ remediation technologies have been developed throughout the years to mitigate the risk imposed by soil contamination. These technologies may be contaminant and site specific. Remediation can be achieved by contaminated soil removal, contaminant removal, containment, stabilization/solidification, transformation, or different combinations of these mechanisms. It may also be necessary to apply these technologies in combination to achieve remediation goals, in particular, for cases of contamination by multiple contaminants. Some of the remediation technologies currently available are presented in this invited lecture, in particular, the theory, state of development, applicability, limitations, remediation efficiency, cost effectiveness, and potential side effects of the remediation technologies are presented. Details of performance monitoring are described, criteria on selection of the appropriate remediation technology are given, and remediation cost estimate procedure is outlined. As innovative remediation technologies are being developed continuingly to satisfy various needs, the technologies presented in this invited lecture are by no means exhaustive. Nonetheless, a comprehensive list of references is given for readers interested in particular technologies to conduct their further exploration.
机译:受污染的场地可能对公众健康和环境构成重大风险。多年来,已开发出许多不同的原位或异位修复技术来减轻土壤污染带来的风险。这些技术可能是污染物和特定地点的。可以通过去除污染的土壤,去除污染物,封闭,稳定/固化,转化或这些机制的不同组合来实现补救。可能有必要组合使用这些技术以实现修复目标,特别是在被多种污染物污染的情况下。此受邀演讲中介绍了一些当前可用的补救技术,特别是介绍了补救技术的理论,发展状况,适用性,局限性,补救效率,成本效益以及潜在的副作用。描述了性能监控的细节,给出了选择适当补救技术的标准,并概述了补救成本估算程序。随着创新性修复技术的不断发展以满足各种需求,本次邀请演讲中介绍的技术绝非详尽无遗。尽管如此,仍为对特定技术感兴趣的读者提供了完整的参考列表,以进行进一步的探索。

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