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Experience in the Management of Radioactive Waste After Nuclear Accidents: A Basis for Preplanning

IAEA Nuclear Energy Series No. NW-T-1.31

English STI/PUB/2022 ¦ 978-92-0-131122-1

179 pages ¦ 64 figures ¦ € 48.00 ¦ Date published: 2022

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Major accidents at a nuclear power plant or fuel cycle facility are rare but can produce large quantities of radioactive waste with widely varying characteristics that can be difficult to manage. Large volumes of radioactive waste can also be generated by accidents at military installations or by the mishandling high-activity-sealed radiation sources. In the case of a major accident, radioactive waste volumes may quickly overwhelm existing national management and disposal infrastructure. Appropriate disposal facilities might not be available to match the amounts or characteristics of the wastes. This publication is developed to support Member States efforts towards improved preparedness related to the management of radioactive waste in the event of a nuclear or radiological accident. It builds on experiences gained following historic accidents to develop lessons learned, which planners in governmental agencies and nuclear facilities are encouraged to consider in preplanning activities.

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IAEA Nuclear Energy, Experience, Management, Radioactive Wastes, Nuclear Accidents, Preplanning, Radioactive Waste Disposal Activities, Decontamination, Guidance, Technological Planning, Implementation, Systems Engineering Approach, Pre-and Post-Accident Planning, Predisposal Steps, Waste Management Implementation Process, Methodologies and Techniques, Waste Characterization Strategies, Accident Related Wastes, Accidents Waste Origins, Collection, Handling, Transport, Processing of Wastes, Storage, Waste Management Plan, Operation and Maintenance, Decommissioning, Quality Assurance, Quality Control, Characterization Examples, Past Nuclear Accidents, Waste Collection, Retrieval, Major Accidents, Fuel Cycle Facility, Lessons Learned

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