首页> 外文会议>Sixth International in Situ and On-Site Bioremediation Symposium, 6th, Jun 4-7, 2001, San Diego, California >A COMPARISON OF CHEMICAL OXIDATION AND BIOLOGICAL REDUCTIVE DECHLORINATION TECHNOLOGIES FOR THE TREATMENT OF CHLORINATED SOLVENTS
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A COMPARISON OF CHEMICAL OXIDATION AND BIOLOGICAL REDUCTIVE DECHLORINATION TECHNOLOGIES FOR THE TREATMENT OF CHLORINATED SOLVENTS

机译:化学氧化与生物还原脱氯技术处理氯化溶剂的比​​较

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摘要

Over the last several years, two new remediation technologies have been developed and applied to treat chlorinated solvents: chemical oxidation and biological reductive dechlorination. Chemical oxidation involves the injection of a chemical oxidant directly into soil or groundwater to destroy the chlorinated solvents present, while reductive dechlorination involves the injection of a readily biodegradable carbon amendment and inorganic nutrients. Since chemical oxidation creates oxidative subsurface conditions while reductive dechlorination creates reductive conditions, there are major differences between the two technologies in how they are selected, designed, implemented and monitored. This paper will discuss the differences between the two technologies and offer criteria for selecting one over the other.
机译:在过去的几年中,已开发出两种新的修复技术并将其用于处理氯化溶剂:化学氧化法和生物还原脱氯法。化学氧化涉及将化学氧化剂直接注入土壤或地下水中以破坏存在的氯化溶剂,而还原性脱氯则涉及注入易于生物降解的碳改性剂和无机养分。由于化学氧化会产生氧化性地下条件,而还原性脱氯则会产生还原性条件,因此两种技术在选择,设计,实施和监控方面存在重大差异。本文将讨论这两种技术之间的差异,并为选择一种技术提供标准。

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