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|Title:||Update of the Inpro Methodology for Evaluating Proliferation Resistance|
|Authors:||CHANG H.l.; KO W.i.; WHITLOCK Jeremy; ZHOU K.; COJAZZI Giacomo; SEVINI Filippo; HAAS Eckhard; ZENTNER Michael|
|Citation:||Proceedings of the 51st Annual Meeting of the Institute for Nuclear Materials Management|
|Publisher:||Institute for Nuclear Materials Management (INMM)|
|Type:||Articles in periodicals and books|
|Abstract:||The goal of the IAEA Collaborative Project on ¿Acquisition/diversion pathway analysis for the assessment of proliferation resistance (PRADA)¿ of Phase 2 of the International Project on Innovative Nuclear Reactors and Fuel Cycles (INPRO) is to develop a methodology for evaluating User Requirement 4 of INPRO Proliferation Resistance (PR) methodology with regard to the multiplicity and robustness of barriers against proliferation. A case study has been carried out based on the DUPIC fuel cycle. This is not an innovative nuclear energy system, but an application of the methodology to the DUPIC fuel cycle will demonstrate the validity of the methodology and identify gaps that will need to be addressed. A systematic approach has been developed to identify and analyze high-level pathways for the acquisition of weapons-usable material in the DUPIC fuel cycle, and the pathway to divert fresh DUPIC fuel from the storage bay of the power plant has been further analyzed based on the conceptual design and process information of the DUPIC fuel cycle and logic trees. The segments of this pathway were evaluated in terms of the material characteristics, technical availability, safeguardability, quality and quantity of the material, etc., as specified in User Requirements 1, 2 and 3 of the INPRO PR methodology. This was done to work out potential assessment procedures and metrics in order to evaluate the multiplicity and robustness of barriers against proliferation. This paper reports on the overall picture of the PRADA project, including some of the results.|
|JRC Directorate:||Space, Security and Migration|
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