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INTEGRATED PLANT LIFE CYCLE MANAGEMENT - THE IAEA CONTRIBUTION

机译:综合植物生命周期管理-国际原子能机构的贡献

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For the past couple of decades there has been a change of emphasis in the world nuclear power from that of building new Nuclear Power Plants (NPP) to that of taking measures to optimize the life cycle of operational plants. National approaches in many countries showed an increase of interest in Plant Life Management (PLIM), both in terms of plant service life assurance and in optimizing the service or operational life of NPP. A strong convergence of views is emerging from different National approaches, particularly in the area of the economic aspects of NPP operation and in the evolution in the scope of NPP PLIM. The latter can directly affect the cost of electricity from NPP in an increasingly competitive environment. The safety considerations of a NPP are paramount and those requirements have to be met to obtain and to extend/renew the operating license. To achieve the goal of the long term safe, economic and reliable operation of the plant an Integrated Life Cycle Management Programme (ILCMP) is necessary. Some countries already have advanced PLIM Programmes while others still have none. The ILCMP objective is to identify all that factors and requirements for the overall plant life cycle. The optimization of these requirements would allow for the minimum period of the investment return and maximum of the revenue from the sell of the produced electricity. Recognizing the importance of this issue and in response to the requests of the Member States the IAEA Division of Nuclear Power implements the Sub-programme on "Engineering and Management Support for Competitive Nuclear Power". Four projects within this sub-programme deal with different aspects of the NPP life cycle management with the aim to increase the capabilities of interested Member States in implementing and maintenance of the competitive and sustainable nuclear power. Although all four projects contain certain issues of PLIM there is one specific project on guidance on engineering and management practices for optimization of NPP service life including decommissioning. This particular project deals with different specific issues of NPP life management including aspects of ageing phenomena and their monitoring, issues of control and instrumentation, maintenance and operation issues, economic evaluation of NPP life cycle management including guidance on its earlier shut down and decommissioning. The paper describes in detail the full scope IAEA activities on different issues of NPP life management and some of its achievements in this field during the nearest past as well as plans for the future.
机译:在过去的几十年中,世界核电的重点已经从建造新的核电厂(NPP)转变为采取措施优化运营电厂的生命周期。在许多国家,国家措施显示出对植物寿命管理(PLIM)的兴趣增加,无论是在植物使用寿命保证还是在优化NPP的使用寿命方面。不同的国家方法正在产生强烈的观点融合,特别是在核电厂运行的经济方面以及核电厂PLIM范围的演变方面。在竞争日益激烈的环境中,后者会直接影响NPP的电力成本。核电厂的安全考虑是至关重要的,要获得和延长/更新经营许可证必须满足这些要求。为了实现工厂的长期安全,经济和可靠运行的目标,需要集成生命周期管理计划(ILCMP)。一些国家已经拥有高级PLIM程序,而其他国家则没有。 ILCMP的目标是确定整个工厂生命周期的所有因素和要求。这些要求的最优化将允许最短的投资回报期和最大的售电收益。认识到这一问题的重要性,并应成员国的要求,原子能机构核动力司实施了“对竞争性核动力的工程和管理支持”次级方案。本次级方案内的四个项目涉及国家淘汰计划生命周期管理的不同方面,目的是提高有关成员国在实施和维持竞争性和可持续性核电方面的能力。尽管所有四个项目都包含PLIM的某些问题,但还有一个具体项目是关于优化NPP使用寿命(包括退役)的工程和管理实践指南。该项目涉及NPP寿命管理的不同特定问题,包括老化现象及其监控,控制和仪表问题,维护和运行问题,NPP寿命周期管理的经济评估(包括其早期关闭和退役的指导)。该文件详细介绍了原子能机构就核电厂生命管理的不同问题开展的全面活动,以及最近一段时期内在该领域的一些成就以及未来的计划。

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