Heavy液态金属冷却快堆:主要项目的特点和发展现状

A. Orlov, B. Gabaraev
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引用次数: 1

摘要

采用重液态金属(铅或共晶铋铅合金)作为冷却剂的快堆是解决世界核能问题的最先进技术之一。俄罗斯、美国、中国和欧盟正在开发这种创新的电力技术。俄罗斯是领导者,因为它已经关注这个话题几十年了。第一批混凝土于2021年6月开始浇铸,以形成俄罗斯BREST-OD-300铅冷却反应堆的基础,该反应堆计划于2026年启动。本文还介绍了中国CLEAR系列反应堆的发展状况。开展了大规模的研发工作,正在建设大型非核实验设施。开发ALFRED、PLFR和MYRRHA反应堆的国际欧美财团也不认为有任何无法解决的技术问题,目前正在制定进一步活动所需的测试设施和候选材料和技术的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Heavy liquid metal cooled fast reactors: peculiarities and development status of the major projects
Fast reactors with heavy liquid metal coolant (lead or eutectic bismuth-lead alloy) are one of the most advanced technologies capable to address the accumulated world nuclear energy issues. This innovative power technology is being developed in Russia, the USA, China and the European Union. Russia is the leader since it has focused on this topic for a number of decades. First concrete started to be poured in June 2021 to form the foundation of the Russian BREST-OD-300 lead cooled reactor scheduled to be started up in 2026. Attention is also given to the development status of the Chinese CLEAR reactor series. A large scope of R&D has been undertaken, and large-scale nonnuclear experimental facilities are under construction. International Euro-US consortiums for the development of the ALFRED, PLFR and MYRRHA reactors do not expect any unsolvable technical issues either and are currently formulating requirements to the test facilities and candidate materials and technologies required for further activities.
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