نبذة مختصرة : International thermonuclear experimental reactor (ITER) will enter the experimental stage of thermonuclear fusion operation in a few years, and will produce various kinds of tritium-containing radioactive wastes (tritiated wastes). ITER has designed a complete radioactive waste management and storage system, for the management of different types of wastes. ITER classifies these wastes as very low level waste (Très Faible Activité, TFA), low and intermediate level short-lived waste (Type A), intermediate level long-lived waste (Type B) and purely tritiated waste (PT). For the sake of sending these wastes to the disposal sites of France, ITER has designed different management schemes for each kind of wastes. Studying and understanding the current status of ITER radioactive waste management, is of great importance to promote the safety management of radioactive waste in Chinese fusion engineering test reactor (CFETR), to master the tritium-containing waste treatment technology and win wide recognition in the society. By sorting out and analyzing ITER radioactive wastes management system, several research subjects and suggestions related with CFETR waste management are put forward. Much work needs to be done for CFETR waste management system. It is recommended to carry out systematic research and evaluation in terms of waste acceptance criteria, tritium release limits, and waste treatment processes.
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