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首页> 外文期刊>Indian Journal of Chemical Technology >Feasibility study of microbial regeneration of spent activated carbon sorbed with phenol using mixed bacterial culture
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Feasibility study of microbial regeneration of spent activated carbon sorbed with phenol using mixed bacterial culture

机译:混合细菌培养对苯酚吸附废活性炭进行微生物再生的可行性研究。

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摘要

The feasibility of regeneration of powdered activated carbon sorbed with phenol has been studied. A mixed bacterial culture, isolated from hydrocarbon polluted sediment, has been firstly acclimatized to the different concentrations of aqueous phenol solution and then it's immobilization on the powdered activated carbon is carried out. Substrate utilization and bacterial growth kinetics are also studied using Haldane equation. After the complete consumption of the phenolic compounds, the particles are examined using SEM for the biofilm morphology. The complete biofilm is not observed, rather clusters of biomass in the pits and crevices of the carbon particles and inside the macro pores are seen. Scattered colonies of microorganism are spotted on the surface of activated carbon. The experiments are also conducted to determine the extent of bioregeneration. The bioregeneration is not complete and found to be 57.5%.
机译:研究了吸附有苯酚的粉状活性炭再生的可行性。从碳氢化合物污染的沉积物中分离出来的混合细菌培养物首先适应了不同浓度的苯酚水溶液,然后将其固定在粉末状活性炭上。还使用Haldane方程研究了底物利用率和细菌生长动力学。完全消耗酚类化合物后,使用SEM检查颗粒的生物膜形态。没有观察到完整的生物膜,而是看到了碳颗粒的坑和缝隙以及大孔内部的生物质簇。散落的微生物菌落被点在活性炭的表面上。还进行实验以确定生物再生的程度。生物再生不完全,发现为57.5%。

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