The IFNEC Reliable Nuclear Fuel Services Working Group in cooperation with the Rosatom Technical Academy Moscow Office will conducted a webinar on
THE FUTURE OF SPENT FUEL MANAGEMENT
October 11, 2021, 14:00 CEST
Purposes of the webinar:
To present comprehensive perspectives on how spent fuel will be managed in the future through the development of advanced fuel cycles, recognizing the important contribution of current activities to the continued safe and secure use of nuclear energy. Also discussed was the work that builds on the existing confidence in extended long term storage along with the progress in establishing the first deep geologic repository for the disposal of spent fuel. Attendees were given a window into the current state of spent fuel management and what that management will look like in the future.
1. Introduction to the Webinar, Reliable Nuclear Fuel Service Working Group Co-Chairs
2. IAEA/INPRO, “Enabling Flexibility in Spent Fuel Management Towards Advanced Fuel Cycles”
Mr. Christophe Xerri, Director, Fuel Cycle and Waste Technology Division, Nuclear Energy Department, International Atomic Energy Agency
While a lot of development is on-going to optimize the existing reactor technologies and bring to reality SMRs and Generation 4 reactors, it cannot be done without improving and developing associated fuel cycles and especially the spent fuel management. Operational experience of more than 60 years for wet solutions and more than 40 years for dry solutions has demonstrated the safety of spent fuel storage for long periods. Extended spent fuel storage could be considered as an opportunity to develop new technologies and move towards advanced fuel cycle strategies. This presentation provided a perspective on advanced fuel cycles, and introduce on-going IAEA work and the results of research performed on the feasibility of long term storage.
3. NEA Perspectives on the Advanced Fuel Cycle Issues
Dr. Tatiana Ivanova, Head of Division of Nuclear Science and Education, and
Ms. Rebecca Tadesse, Head of Radioactive Waste Management & Decommissioning Division, OECD Nuclear Energy Agency (NEA).
In this presentation, the speakers jointly presented an overview of the scientific issues of advanced fuel cycles and the essentials for implementing a sustainable nuclear energy infrastructure.
4. Germany, “The German Way of Nuclear Waste Management"
Dr. Silvia Stumpf, Project Management Agency/KIT p.p. BMWi
With the decision to phase out nuclear power generation, the framework conditions for nuclear research in Germany have changed fundamentally. The presentation provided an overview of the responsibilities, the research structure and the importance of international relations in the context of nuclear safety research.
5. Russia, “The Closed Fuel Cycle as a Way to Securing a Green Nuclear Power System”
Mr. Viacheslov Pershukov, Special Representative of “ROSATOM” in International R&D Projects, Supervisor of “Proryv” Project
The speaker addressed the advances of industrial application of fast reactors for power production and nuclear waste transmutation in the Russian Federation with a special focus on closed nuclear fuel to approach radiological equivalence in spent fuel management, and proliferation resistance as a basis for future sustainable nuclear power development.
6. China, “The Significance of the Back-End on Nuclear Energy Sustainable Development in China,"
Mr. Liu Jianquan, Director, Division of Nuclear and Radiation, CNNC Long’an Co., LTD
The presentation discussed China's nuclear power development, and the significance of back-end on that development; in the context of China’s "carbon peak and carbon neutrality" goal.
7. Posiva (Finland), ”Posiva’s Trailblazing Mission to Plan and Construct a DGR Soon to Reach the Initial Target, Industrial Operation
Mr. Jari Makkonen, Head of Sales and Marketing,
Posiva has gone a long journey from the site selection phase to the present where we are preparing for the Trial Run of Final Disposal phase commencing by 2023. The trial run will test our entire final disposal process from encapsulation to disposal tunnel closing, machinery and personnel as they will be used in industrialized operation phase to go live beginning 2025.
The co-chairs wish to express their appreciation for the contributions of Working Group members that made this webinar possible.