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[高酚浓度下苯酚降解菌的培养及生物降解性能]

[Culture and biodegradation performance for phenol-degrading bacterium in high phenol concentration].

作者信息

Lü Rong-Hu, Fu Qiang

机构信息

Research Center for Environmental Sciences,Department of Chemical Engineering, University of Petroleum, Beijing 102249, China.

出版信息

Huan Jing Ke Xue. 2005 Sep;26(5):147-51.

Abstract

The activated sludge was acclimated by the inorganic salt medium containing phenol as the sole carbon source. The phenol-degrading bacterium obtained now can degrade completely phenol at initial concentration of 1 700mg/L at 30 degrees C for 15h, and COD can be degraded by 96.9%. Some factors effecting degradation of phenol and COD were studied, which include initial phenol concentration, quantity of bacterium, temperature and pH. Four strains of bacterium were isolated from the mixed phenol-degrading bacterium. It is shown that the degradation effect of mixed bacterium is superior to that of sole strain.

摘要

活性污泥在以苯酚为唯一碳源的无机盐培养基中进行驯化。目前获得的苯酚降解菌在30℃下15小时内可将初始浓度为1700mg/L的苯酚完全降解,COD去除率可达96.9%。研究了一些影响苯酚和COD降解的因素,包括苯酚初始浓度、菌量、温度和pH值。从混合苯酚降解菌中分离出四株细菌。结果表明,混合菌的降解效果优于单一菌株。

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