核动力工程2024,Vol.45Issue(3) :1-13.DOI:10.13832/j.jnpe.2024.03.0001

反应堆退役技术现状与展望

Status and Prospect of Reactor Decommissioning Technology

章航洲 曹俊杰 张永领 孙志军 胡冬梅 林力 吴耀 杜德福 王帅 陈戏三
核动力工程2024,Vol.45Issue(3) :1-13.DOI:10.13832/j.jnpe.2024.03.0001

反应堆退役技术现状与展望

Status and Prospect of Reactor Decommissioning Technology

章航洲 1曹俊杰 1张永领 1孙志军 1胡冬梅 1林力 1吴耀 1杜德福 1王帅 1陈戏三1
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作者信息

  • 1. 中国核动力研究设计院,成都,610213;四川省核设施退役及放射性废物治理工程实验室,成都,610213
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摘要

反应堆退役是需要重点关注的核设施退役工作之一.本文总结了全球反应堆退役情况;提出了广义的退役技术概念,构建了由退役管理及总体技术、退役专用技术和共性支撑技术构成的反应堆退役技术体系;对政策法规和标准、技术路线、工程管理等退役管理及总体技术进行了论述;对安全停闭、特性调查、去污、切割拆除拆毁、废物管理、退役终态管理等退役专项技术进行了分析;对数智化退役、辐射防护与监测等共性支撑技术进行了探讨.经综合分析论证展望了具体退役技术的发展方向和未来反应堆退役技术的发展趋势.

Abstract

Reactor decommissioning is one of the nuclear facility decommissioning work that needs to be focused on.In this paper,the overall situation of global reactor decommissioning is analyzed.The concept of decommissioning technology in a broad sense is put forward,and a reactor decommissioning technology system consisting of decommissioning management and overall technology,decommissioning special technology and common support technology is constructed.The policies,regulations and standards,technical route,project management and other decommissioning management and overall technology are discussed.The special decommissioning technologies such as safe shutdown,characteristic investigation,decontamination,cutting and dismantling,waste management and final decommissioning management are analyzed.The common supporting technologies such as digitization and intellectualization,radiation protection and monitoring are discussed.After comprehensive analysis and demonstration,the development direction of specific decommissioning technology and the development trend of reactor decommissioning technology in the future are prospected.

关键词

反应堆/退役/技术体系/去污/切割拆除/废物管理/数智化

Key words

Reactor/Decommissioning/Technology framework/Decontamination/Cutting and dismantling/Waste management/Digitization and intellectualization

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出版年

2024
核动力工程
中国核动力研究设计院

核动力工程

CSTPCDCSCD北大核心
影响因子:0.3
ISSN:0258-0926
参考文献量28
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