WebDevelopment of the NUMO Pre-selection, Site-specific Safety Case 25 03d – 06 131 L. Bailey United Kingdom Development of a Generic Environmental Safety case for the Disposal of Higher Activity Wastes in the UK 29 03d – 07 184 D. Pellegrini France SITEX, the European Network of Technical Expertise Organisation for Geological Disposal 33 WebOrganization of Japan’s Pre-siting Safety Case Based on the Site Descriptive Model An International Peer Review of the NUMO Safety Case. NEA/RWM/R ... An International Peer Review of the NUMO Safety Case This document is …
Assessment of pre- and post-closure safety in the NUMO …
WebLaunched in January 2024, NUMO is an outgrowth of the Shared Mobility Principles for Livable Cities. Our mission is to leverage the momentum of significant revolutions in … http://eaform2024.aesj.or.jp/file/PapersList/Session4/(4A-1)_K.Ishida%20(NUMO).pdf hcf of 22 27
Modelling Concrete Degradation by Coupled Non-linear Processes
WebThe safety case developed by NUMO is inherently limited by the lack of an actual site to focus on, but the SDM-based approach provides critical experience in integrating the … WebThe NUMO Safety Case has been developed to provide a basic structure for subsequent safety cases that could be applied to any selected site emphasising the practical approaches and methodology which will be Assessment Basis Strategy to assure the safety of geological disposal Purpose and context of the safety case in the pre-site selection stage WebJan 3, 2024 · Bentonite is a candidate buffer material in the geological disposal of high-level radioactive waste (HLW) in Japan. It comprises mainly montmorillonite (Mt), which has high expandability, low permeability, and high cation-exchange capacity. A bentonite barrier is thus expected to have low permeability, retarding radionuclide migration. hcf of 224 and 196