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|Title:||EUROPAIRS - The European Project on Coupling of High Temperature Reactors with Industrial Processes|
|Authors:||ANGULO Carmen; BOGUSCH Edgar; BREDIMAS Alexandre; DELANNAY Nicolas; VIALA Céline; RUER Jacques; MUGUERRA Philippe; SIBAUD Elvire; CHAUVET Vincent; HITTNER Dominique; FUETTERER Michael; DE GROOT Sander; VON LENSA Werner; VERFONDERN Karl; MORON Roberto; BAUDRAND Olivier; GRIFFAY Gérard; BAATEN Anton; SEGUARDO GIMENEZ J.|
|Citation:||NUCLEAR ENGINEERING AND DESIGN vol. 251 p. 30-37|
|Publisher:||ELSEVIER SCIENCE SA|
|JRC Publication N°:||JRC65555|
|Type:||Articles in Journals|
|Abstract:||Developers of High Temperature Reactors (HTR) worldwide acknowledge that the main asset for market breakthrough is its unique ability to address growing needs for industrial cogeneration of heat and power (CHP) owing to its high operating temperature and flexibility, adapted power level, modularity and robust safety features. A strong alliance between nuclear and process heat user industries is a necessity for developing such a nuclear system for the conventional process heat market, just as the electro-nuclear development required a close partnership with utilities. Initiating such an alliance is one of the objectives of the EUROPAIRS project (www.europais.eu) presently on-going in the frame of the Euratom 7th Framework Programme (FP7). Although a small and short-duration (21 months), EUROPAIRS is of strategic importance: it will generate the boundary conditions for rapid demonstration of collocating HTR with industrial processes as proposed by the European High Temperature Reactor Technology Network (HTR-TN). This paper presents the main goals, the organization and the working approach of EUROPAIRS. It also presents the status of the viability assessment studies for coupling HTR with industrial end-users systems as one of the main pillars of the project. The main goal of the viability assessment is to identify developments required to remove the last technological and licensing barriers for a viable coupling scheme. The study is expected to result in guidelines for directing the choice of an industrial scale prototype.|
|JRC Institute:||Institute for Energy and Transport|
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