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首页> 外文期刊>Bioresource Technology: Biomass, Bioenergy, Biowastes, Conversion Technologies, Biotransformations, Production Technologies >Colour removal from aqueous solutions of metal-complex azo dyes using bacterial cells of Shewanella strain J18 143
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Colour removal from aqueous solutions of metal-complex azo dyes using bacterial cells of Shewanella strain J18 143

机译:使用希瓦氏菌菌株J18 143的细菌细胞从金属络合物偶氮染料的水溶液中脱色

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摘要

The decoloration treatment of textile dye effluents through biodegradation, using bacterial cells, has been studied as a possible means of solving some of the problems that are associated with the pollution of water sources by colorants. In this paper, the use of whole bacterial cells of Shewanella J18 143 for the reduction of aqueous solutions of selected mono-azo, metal-complex dyes, namely Irgalan Grey GLN, Irgalan Black RBLN and Irgalan Blue 3GL, was investigated. The effects of temperature, pH and dye concentration on colour removal were also investigated and shown to be important. The operative conditions for the removal of colour were 30 degrees C, at pH 6.8, with a final dye concentration of 0.12 g/L in the colour reduction system. This study provides an extension to the application of Shewanella strain J18 143 bacterial cells in the decoloration of textile wastewaters.
机译:已经研究了使用细菌细胞通过生物降解对纺织品染料废水进行脱色处理,作为解决一些与着色剂污染水源有关的问题的可能方法。本文研究了希瓦氏菌J18 143的整个细菌细胞在还原所选的单偶氮金属络合物染料(即Irgalan Gray GLN,Irgalan Black RBLN和Irgalan Blue 3GL)的水溶液中的用途。还研究了温度,pH和染料浓度对脱色的影响,并显示出重要的影响。脱色的操作条件是30摄氏度,pH 6.8,在减色系统中最终染料浓度为0.12 g / L。这项研究扩展了希瓦氏菌菌株J18 143细菌细胞在纺织废水脱色中的应用。

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