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An integrated algal-bacterial system for the bio-conversion of wheat bran and treatment of rural domestic effluent

机译:麦麸生物转化和农村生活污水处理的综合藻细菌系统

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Environmental pollution caused by wheat bran and domestic effluent are two common problems in many rural areas. This work combines the digestion of wheat bran and the treatment of rural domestic effluent by developing a microbiological system consisting of Chlorella vulgaris and Bacillus sp., which was isolated from wheat bran fermentation and identified by molecular technique. Bacillus sp. converts solid organics of wheat bran into soluble nutrients which are essential to algae growth. The addition of digested wheat bran balances the nutrients profile of rural domestic effluent and increases the biomass yield of algae. After treatment, the rural domestic effluent was converted into farmland irrigation water and valuable algal biomass was produced. In practice, the results of this work may be useful in reconstructing domestic wastewater treatment systems in some rural areas. (C) 2017 Elsevier Ltd. All rights reserved.
机译:麦麸和生活污水造成的环境污染是许多农村地区的两个普遍问题。这项工作通过开发一种由小球藻和芽孢杆菌组成的微生物系统,结合了麦麸的消化和农村生活污水的处理,该系统是从麦麸发酵中分离出来并通过分子技术鉴定的。芽孢杆菌将麦麸的固体有机物转化为可溶性营养素,这对于藻类生长至关重要。添加消化的麦麸可以平衡农村生活污水的营养成分,并增加藻类的生物量产量。经过处理后,农村生活污水被转化为农田灌溉水,并产生了宝贵的藻类生物量。在实践中,这项工作的结果可能有助于重建某些农村地区的生活污水处理系统。 (C)2017 Elsevier Ltd.保留所有权利。

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