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A comprehensive overview of bacteria and fungi used for pentachlorophenol biodegradation

机译:五氯苯酚生物降解所用细菌和真菌的全面概述

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摘要

Pentachlorophenol (PCP) is an extremely dangerous worldwide pollutant due to its high toxicity towards all organisms. It has been introduced into the environment mainly as a wood preservative, biocides and from the bleaching of paper or tissues. The use of PCP indiscriminate has led to the contamination of water and soil systems. Many countries have specific regulations, guidelines or procedures for the management and disposal of PCP but the most common methods are: adsorption with activate carbons, incineration in an approved and secure area, closed in sealed containers and biological degradation. PCP depletion can occur either by abiotic processes such as: absorption, volatilization and photo degradation or by biotic degradation. One of the main studies focused on remediation using plants, animals and microbial communities. Aerobic and anaerobic microorganisms can degrade PCP under a variety of conditions and at different PCP concentrations.
机译:五氯苯酚(PCP)由于对所有生物都具有高毒性,因此是一种极为危险的全球污染物。它主要是作为木材防腐剂,杀生物剂并通过漂白纸或纸巾而引入环境的。随意使用五氯苯酚已导致水和土壤系统受到污染。许多国家/地区对五氯苯酚的管理和处置都有专门的法规,准则或程序,但最常见的方法是:用活性炭吸附,在批准的安全区域内焚烧,在密封容器中密闭以及生物降解。 PCP消耗可以通过非生物过程(例如吸收,挥发和光降解)发生,也可以通过生物降解发生。主要研究之一集中在利用植物,动物和微生物群落的修复上。有氧和厌氧微生物可以在各种条件下和不同的PCP浓度下降解PCP。

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