Status of small reactor designs without on-site refuelling.
[Book]
Vienna :
International Atomic Energy Agency,
c2007.
v. :
ill. (some col.), col. maps ;
30 cm.
IAEA-TECDOC,
1536.
"January 2007"
Includes bibliographical references.
v. 1. Definitions, terms and formats for SMR design description -- Survey of emerging energy market characteristics : a rationale for small reactors without on-site refueling -- Survey of power plant concepts, design approaches, and possible vendor supplied operational support services -- Survey of fuel cycles and institutional arrangements -- Programmes in member states for development of small reactors without on-site refueling -- Contributions from member states : design descriptions of small reactors without on-site refueling. Water cooled small reactors -- Gas cooled small reactors -- v. 2. Sodium cooled small reactors -- Lead and lead-bismuth cooled small reactors -- Non-conventional small reactors.
2
The objective of this report is to provide Member States, including those considering the initiation of nuclear power programs and those already having practical experience in nuclear power, with balanced and objective information on important development trends and objectives of small reactors without on-site refueling, on the achieved state of the art in design and technology development for such reactors, and on their design status and possible applications. The report is intended for many categories of stakeholders, including electricity producers, non-electricity producers, policy makers, designers and regulators. The main chapters of this report survey emerging energy market characteristics, introduce a rationale for such reactors and review their design and technology development status with a consideration of associated fuel cycle and institutional issues. The annexes provide detailed design descriptions of small reactors without on-site refueling, focusing on their potential to provide solutions in the areas of concern associated with future nuclear energy systems.--Publisher's description.