首页> 外文期刊>Journal of Scientific & Industrial Research >Biodegradation of synthetic textile dyes reactive red 195 and reactive green 11 by Aspergillus niger grp: An alternative approach
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Biodegradation of synthetic textile dyes reactive red 195 and reactive green 11 by Aspergillus niger grp: An alternative approach

机译:黑曲霉grp对合成纺织染料活性红195和活性绿11的生物降解:另一种方法

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Textile dyes (reactive red 195 and reactive green 11) were selected for biodegradation studies by Aspergillus niger grp using synthetic wastewater. Addition of glucose (1 g % w/v), ammonium sulphate (0.2 g % and 0.3 g % respectively for reactive red 195 and reactive green 11) favoured degradation. Optimum inoculum (size 1 g %, pH 7.0 and temp. 30℃) was prepared for degradation of both the dyes. Static conditions favoured dye decolarization than shaking conditions. Under optimized conditions, degradation by Aspergillus niger grp was found to be: reactive red 195, 93.0; and reactive green 11, 80 %. Degradation of dyes was confirmed by UV- Spectrophotometric and TLC analysis. This indigenous isolate coald be a potential organism for developing an efficient and effective technology for bioremediation of textile wastewater effluents carrying these dyes.
机译:黑曲霉使用合成废水选择了纺织染料(活性红195和活性绿11)进行生物降解研究。加入葡萄糖(1g%w / v),硫酸铵(对于活性红195和活性绿11分别为0.2g%和0.3g%)有利于降解。制备了最佳的接种物(1 g%,pH 7.0,温度30℃)以降解两种染料。静态条件比振荡条件有利于染料脱色。在最佳条件下,发现黑曲霉grp的降解为:反应性红195,93.0;活性绿11,80%。通过UV-分光光度法和TLC分析确认了染料的降解。这种本地分离物是潜在的生物体,可用于开发一种高效有效的技术,以生物修复载有这些染料的纺织废水。

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