Recommendations for the Future Regulation of Fusion Power Plants

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  • j Elbez-Uzana
    Eurofusion
  • Laurence Williams
    Eurofusion
  • S Forbes
    UKAEA - RACE, Culham Science Centre, Abingdon
  • A Dodaro
    ENEA FSN Department, Italy
  • R Stieglitz
    Karlsruhe Institute of Technology (KIT)
  • M.I. Airila
    VTT Technical Research Centre of Finland Ltd
  • J Holden
    Eurofusion
  • S Rosanvallon
    Eurofusion
The discussion in the international community on how fusion power plants (FPPs) will be licenced and regulated is ongoing. As such, there is a concerted drive from the European stakeholders to understand the requirements from such a framework and how to best establish it with the aim of easing the licensing process of FPPs. Initiated by the EUROfusion consortium, a group of European experts were convened to produce a set of recommendations on the regulatory framework for the safety and licensing of FPPs. To do so effectively, the group assessed lessons learned from existing fusion facilities, reports by International Atomic Energy Agency and European Commission on FPP safety and the on-going work by the UK government, US Nuclear Regulatory Commission and Canadian Nuclear Safety Commission, as well as the licensing process of ITER. As a result, commonalities between fusion and fission were identified in terms of fundamental safety objectives which could facilitate parity in certain framework aspects. However, significant differences to any such implementation were also identified, particularly with respect to the lower hazard potential inherent to FPPs and how to remain proportionate to the associated safety challenges and the physical principles behind these two types of reactors together with their associated technologies. The recognition of the differences in the safety challenges in FPPs and fission-based nuclear power plants (NPPs) is paramount to future regulatory framework development. Ultimately, regulatory frameworks depend upon a country's legal framework, therefore it is apparent that a common global regulatory framework for FPPs is not possible. However, as with present-day NPP regulation, efforts could be made to develop harmonised approaches to FPP regulation to provide common levels of protection. In view of this objective, 12 recommendations are presented across 4 topics: regulations, international databases, codes and standards, safety demonstration rules and regulatory approaches. These recommendations are provided to inform and advise potential future actions on FPP regulatory framework and licencing process principles.

Keywords

  • Fusion, Regulation
Original languageEnglish
Article number037001
JournalNuclear Fusion
Volume64
Issue number3
DOIs
Publication statusPublished - 26 Jan 2024
Externally publishedYes

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