污染土壤的生物修复方法研究。

J. Sims, R. Sims, J. Matthews
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引用次数: 106

摘要

生物过程,包括微生物降解,被认为是有机污染物通过渗透带进入地下水过程中衰减的关键机制。使用生物过程的现场土壤补救措施可以减少或消除地下水污染,从而减少对广泛的地下水监测和处理要求的需要。利用土壤作为处理系统的现场补救系统通过使用天然存在的微生物来处理污染物来完成处理。通常可以通过各种物理/化学方法来加强处理,如施肥、耕作、土壤Ph调节、水分控制等。针对特定污染土壤系统的生物修复计划的开发包括:(1)彻底的场地/土壤/废物表征;(2)可治疗性研究;(3)生物修复方案的设计与实施。有机化学污染土壤的生物修复已成为研究热点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Approach to bioremediation of contaminated soil.
ABSTRACT Biological processes, including microbial degradation, have been identified as critical mechanisms for attenuating organic contaminants during transit through the vadose zone to the groundwater. On-site soil remedial measures using biological processes can reduce or eliminate groundwater contamination, thus reducing the need for extensive groundwater monitoring and treatment requirements. On-site remedial systems that utilize the soil as the treatment system accomplish treatment by using naturally occurring microorganisms to treat the contaminants. Treatment often may be enhanced by a variety of physical/chemical methods, such as fertilization, tilling, soil Ph adjustment, moisture control, etc. The development of a bioremediation program for a specific contaminated soil system includes: (1) a thorough site/soil/waste characterization; (2) treatability studies; and (3) design and implementation of the bioremediation plan. Biological remediation of soils contaminated with organic chemicals has bee...
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