TY - JOUR ID - TI - Remove Liquid Radioactive Wastes Utilizing Nanofiltration, Ultrafiltration, and Microfiltration Membranes AU - A. D. Bajoga AU - Sabad-e-Gul AU - Saleh O. Alaswad AU - Taisir K. Abbas AU - Alanood A. Alsarayreh PY - 2022 VL - 40 IS - 9 [Cheringmical Enginee] SP - 1231 EP - 1259 JO - Engineering and Technology Journal مجلة الهندسة والتكنولوجيا SN - 16816900 24120758 AB - Radioactive waste is generated from fuel cycle processes in nuclear reactors andnuclear power plants (NPPs) in electrical power production, radioisotopemanufacturing in nuclear research centers, and medical, industrial, and agriculturalapplications. Also, natural chain-linked radioisotopes (NORM) are generated fromprocessing and burning fossil fuels and producing oil and natural gas. Therefore,a planned and integrated radioactive waste management strategy must be adoptedto protect human health and the environment from the dangers of this wastethrough published research on a comprehensive radioactive waste managementstrategy and the testing and dissemination of several treatment options. The mainobjective is to draw the scientific community's attention to the possibility of usingpressure-driven membrane separation in treating radioactive wastewater comparedto conventional methods. This short review addresses developments in thetreatment and removal of radioactive effluents (LRWs) by pressure-drivenmembrane methods and improvements in routine treatment of dissolvedradioactive ions by chemical treatment of the feed solution followed by membraneseparation. Also, recent advances in treating radioactive waste use nanoparticles(NPs) incorporated in polymeric membranes

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