The Role of Microbes in Bioremediation of Radioactive Wastes

Nada ElShaarawy
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Abstract

The world is currently undergoing rapid development in industrialization in various industries such as chemical industry, textile industry, nuclear power plant. They release effluents that contain harmful substances (U235, Cs137, and other compounds) that are released in the environment and cause contamination. Also, due to nuclear disaster such as Chernobyl and Fukushima large amount of radioactive substances was spread and cause harmful effects on living organisms and environment, so it is necessary to maintain and manage the disposal of radioactive waste by treating it with physical, chemical, biological methods for the management of radioactive waste. Microbial remediation is the best method and carried out by different mechanisms such as bioaccumulation, biosorption, biotransformation, biosolubilization, bioprecipitation, chelation, and complexation.
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微生物在放射性废物生物修复中的作用
目前,全球各行各业都在快速发展工业化,如化学工业、纺织工业、核电站等。它们排放的废水中含有有害物质(铀 235、铯 137 和其他化合物),释放到环境中造成污染。此外,由于切尔诺贝利和福岛等核灾难,大量放射性物质扩散,对生物和环境造成有害影响,因此有必要通过物理、化学和生物方法对放射性废物进行处理,以维护和管理放射性废物的处置。微生物修复是最好的方法,可通过生物累积、生物吸附、生物转化、生物溶解、生物沉淀、螯合和络合等不同机制进行。
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