Title: Nuclear Energy Development in the 21st Century - Global Scenarios and Regional Trends
Authors: NILSSON Karl-Fredrik
Publisher: International Atomic Energy Agency
Publication Year: 2010
JRC N°: JRC62664
ISBN: 978-92-0-109210-6
ISSN: 1995-7807
URI: http://publications.jrc.ec.europa.eu/repository/handle/JRC62664
Type: Articles in books
Abstract: This report presents the results of a study undertaken under Programme Area B in INPRO on Nuclear Energy Development in the Twenty-first Century: Global Scenarios and Regional Trends Studies on Nuclear Capacity Growth and Material Flow between Regions. The report does not develop a global vision for nuclear deployment per se, but presents a limited set of technical scenarios of nuclear deployment and considers their implications. It considers a global energy supply system composed of several reactor and fuel cycle types available today and of fast reactors that may be developed in the future to illustrate a possible modelling approach to identify the potential role of interregional transfer of nuclear fuel resources in supporting the global growth of nuclear energy. The study was performed with the participation of sixteen experts from nine INPRO Member States and included a dynamic simulation of material flows in nuclear energy systems using available nuclear power development modelling tools. The results of the study will constitute one of the inputs for formulating an INPRO vision on global nuclear energy sustainability in the twenty-first century, together with the results of several other studies currently being carried out in the framework of INPRO¿s Programme Area B, including the INPRO Collaborative Projects on Global Architecture of Innovative Nuclear Systems based on Thermal and Fast Reactors including a Closed Fuel Cycle (GAINS) and Fuel Cycles for Innovative Nuclear Systems through Integration of Technologies (FINITE), Investigations of the 233U/Th Fuel Cycle (ThFC) and Meeting Energy Needs in the Period of Raw Material Insufficiency during the 21st Century (RMI).
JRC Institute:Institute for Transuranium Elements

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