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Progress in fundamental research on thermal desorption remediation of organic compound-contaminated soil

机译:有机化合物污染土壤的热解吸补救基础研究的基础研究进展

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摘要

Abstract Thermal desorption (TD) is a mainstream technology for the remediation of organic compound-contaminated soil. By reviewing the domestic and foreign research on the remediation of organic compound-contaminated soil by TD, this paper systematically introduces the principle, characteristics, and classification of TD. The impact of key operating parameters (such as heating temperature and heating time), certain physical and chemical properties (such as soil texture, moisture content), and external conditions (such as additives and the carrier gas) on the TD process is summarized. Next, pollutants’ migration and their transformation processes, as well as the laws governing the TD process, are briefly described. Finally, the prospects of TD, in terms of its future research and development directions, are described, with the aim of providing references for the application and promotion of TD.
机译:抽象热解吸(TD)是一种用于修复有机化合物污染土壤的主流技术。 通过审查有关TD对有机复合污染土壤修复的国内外研究,本文系统地介绍了TD的原理,特征和分类。 关键工作参数(例如加热温度和加热时间),某些物理和化学特性(例如土壤纹理,水分含量)以及外部条件(例如添加剂和载气)对TD工艺的影响。 接下来,简要描述了污染物的迁移及其转型过程以及管理TD过程的法律。 最后,描述了TD的前景,就其未来的研发方向而言,目的是为TD的应用和促进提供参考。

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