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Isolation and Degradation Characterization of trichloroethyiene-degrading bacteria

机译:三氯乙酸乙基降解细菌的分离与降解表征

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Trichloroethylene is one of chlorinated organic compounds widely used as a solvent and degreasing agent in industry. Because of uninformed disposal in the past, trichloroethylene has become one of major contaminant in environment, and this situation has brought about a serious public concern for its toxicity. A promising approach to solving this problem is bioremediation using degrading-bacteria. A bacterium(strain TC-1) was isolated from environment, which could degrade trichloroethylene. It was preliminary identified as the genus of Sporosarcina sp.. The results showed that the optimal degradation temperature, degradation time, rotary speed and the initial pH of fermentation medium were 25°C, 60 h, 180 rpm and 7.5 respectively, the ratio of degradation reached 95.56% under this conditions.
机译:三氯乙烯是氯化有机化合物中的一种,广泛用作工业中的溶剂和脱脂剂。由于过去的不可知的处置,三氯乙烯已成为环境的主要污染物之一,这种情况带来了严重的公众关注其毒性。解决这个问题的有希望的方法是使用降解细菌的生物修复。从环境中分离细菌(菌株TC-1),其可能降解三氯乙烯。初步鉴定为SporoSarcina SP的属。结果表明,发酵培养基的最佳降解温度,降解时间,旋转速度和发酵培养基的初始pH分别为25℃,60h,180rpm和7.5在这种情况下,降解达到95.56%。

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