Reload Design and Core Management in Operating Nuclear Power Plants

INTERNATIONAL ATOMIC ENERGY AGENCY

Experiences and Lessons Learned

IAEA-TECDOC-1898

English IAEA-TECDOC-1898 | 978-92-0-101720-8

106 pages | 15 figures | € 18.00 | Date published: 2020

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Description

This publication represents a general consensus among participating experts of the best common practices that can be used at nuclear power plants (NPPs) in reload design and core management. It outlines the main issues to be considered when developing and improving reload design and core management and presents lessons learned, as well as detailing challenges which may be encountered. Guidance provided here also covers best practice for different reload strategies and how to optimize reactor reload design and core management during the lifetime of a NPP. The publication reflects the advice of experts with experience of reactors of various types on how the operating organization may achieve its goals.

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Keywords

Owner/Operator, Owner, Operator, NPP, Nuclear Power Plant, Nuclear Fuel Cycle, Reactor Core, FC, Fuel Core, Optimization, Core Design, Loading Patterns, Core Geometry, FA, Fuel Assembly, Core Power Density, In-Core Management, Out-of-Core Management, Fuel Cycle, Fuel Management, Reload Safety, Reload Design, Reload Strategy, Computer Simulation Methods, Core Calculations, Fuel Cycle Economy, Efficiency, Fuel Utilisation, Nuclear Fuel Production, Fuel Reliability, Fuel Defects, Back End Strategy, Spent Fuel, Fuel Development, Operating Experiences, Lessons Learned, Core Loading Pattern, CANDU, Canada Deuterium Uranium, CDF, Core Damaged Frequency, ECCS, Emergency Core Cooling System, DBA, Design Base Accident, SDS, Shutdown System, SA, Safety Analysis, Safety, Management, Design, Fuel