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Since the 1970s, the IAEA has been involved in the analysis of fuel failures in water cooled reactors in normal (non-accident) operational conditions. This updated version of IAEA Nuclear Energy Series No. NF-T-2.1 provides information on all aspects of fuel failures in current nuclear power plant operations.
This updated version of Nuclear Energy Series NF-T-2.1 provides information on all aspects of fuel failures in current nuclear power plant operations.
This publication responds to the growing awareness of a need for open discussion and concerted actions to improve nuclear fuel reliability. It contains unique worldwide statistics on fuel failure rates, covering about 96% of water cooled reactor fuels. This gives the most representative picture of fuel reliability available in the open literature and presents a number of valuable conclusions. The publication also describes modern methods of detection and examination of fuel failures, analyses their mechanisms and root causes, and recommends failure prevention and mitigation measures. These data and information are important elements for closing the circle of the fuel quality management system through providing feedback information about fuel performance.
Since the 1970s, the IAEA has been involved in the analysis of fuel failures in water cooled reactors in normal (non-accident) operational conditions. This updated version of IAEA Nuclear Energy Series No. NF-T-2.1 provides information on all aspects of fuel failures in current nuclear power plant operations.
The Water Reactor Fuel Performance Meeting (WRFPM) held in Asia has merged with TopFuel in Europe and LWR Fuel Performance in the United States to form the globally most influential conference in the field of nuclear fuel research. WRFPM2023 is organized by Chinese Nuclear Society (CNS) in cooperation with the Atomic Energy Society of Japan (AESJ), Korean Nuclear Society (KNS), European Nuclear Society (ENS), American Nuclear Society (ANS), the Interna-tional Atomic Energy Agency (IAEA) with the support from China Nuclear Energy In¬dustry Corporation (CNEIC) and TVEL. Conference Topics: 1. Advances in water reactor fuel technology and testing 2. Operation and experience 3. Transient and off-normal fuel behaviour and safety related issues 4. Fuel cycle, used fuel storage and transportation 5. Innovative fuel and related issues 6. Fuel modelling, analysis and methodology
This publication results from an IAEA technical meeting, held with the objective to provide Member States with a forum to share data, experience and knowledge in the area of fuel failure during normal operation of water cooled reactors. In spite of the low fuel failure rate in currently operating water cooled nuclear power reactors, there is a continued high level of interest in fuel failures, owing to the problems and inconvenience caused by fuel failures and to the generally accepted goal of achieving a zero failure rate. This requires a detailed knowledge of existing failure mechanisms, their root causes and remedies. A total of 21 papers addressing those issues were presented and discussed at the meeting. The main conclusions and recommendations are summarized in this publication.
This publication results from an IAEA technical meeting, held with the objective to provide Member States with a forum to share data, experience and knowledge in the area of fuel failure during normal operation of water cooled reactors. In spite of the low fuel failure rate in currently operating water cooled nuclear power reactors, there is a continued high level of interest in fuel failures, owing to the problems and inconvenience caused by fuel failures and to the generally accepted goal of achieving a zero failure rate. This requires a detailed knowledge of existing failure mechanisms, their root causes and remedies. A total of 21 papers addressing those issues were presented and discussed at the meeting. The main conclusions and recommendations are summarized in this publication.