作者
Riti Thapar Kapoor, Mohammed Danish, Ram Sharan Singh, Mohd Rafatullah, Abdul Khalil HPS
发表日期
2021/10/1
来源
Journal of Water Process Engineering
卷号
43
页码范围
102255
出版商
Elsevier
简介
Water pollution, mainly occurring from manufacturing industries, has been a serious environmental issue in the contemporary world. Dyeing processes produce a massive amount of dye-contaminated effluent; it is a major culprit for water and soil pollution in developing and underdeveloped countries. The azo dye released from industries poses a severe environmental menace by contaminating the aquatic system and adversely impacting human health. Azo dyes are synthetic macromolecules, which are persistent, recalcitrant, and non-biodegradable. Several physicochemical technologies have been proposed for azo dye mitigation. Still, some limitations are observed, such as high operational cost and energy requirement, complicated procedures, incomplete mineralization, and secondary waste generation. Alternately, remediation by microbes is considered a clean, effective, and safe technology to detoxify azo …
引用总数