Fuel Recycle and Experimentally Demonstrated Manufacturing of Advanced Nuclear Solutions for Safety (FREDMANS )
Research Project, 2022
– 2026
FREDMANS aims to increase safety and efficiency in both nuclear power production as well as the recycling of spent fuel. Changing
from oxide fuel to a more fissile dense material with higher thermal conductivity can enhance both safety of operation and the economic
impact of nuclear power. At the same time, a transition to a greenersociety with respect to both the generation and usage of electricity will drastically increase consumption of finite materials. Generation is predicted to increase by 16?20 times, in particular as electrification replaces the direct use of fossil fuels for heating and transportation. The nuclear industry can mitigate their part of the resource use through the recycling of spent nuclear fuel. This can enhance the actual power output by about 20 times. However, today there has been no full industrial demonstration of the complete recycling of nuclear fuel, although one time recycling, including of plutonium, has been used on large scale for many years e.g. in France. The model fuel is nitride fuel. It may be more energy efficient/economically advantageous to recycle not only the fissile material, but also the required isotopically enriched N-15 that is otherwise currently a costly raw material.
The project sets objectives that address the overall goals of the SET plan, SNETP and EERA JPNM SRA to answer the specific aims of
this call relating to the safety of advanced fuels and their recyclability, in particular nitrides highlighted in the call. We will prove that advanced fuels are a viable option for industrial use that can enhance the safety, sustainability and economics of nuclear power operation.
The work packages are: Advanced Manufacturing, Recyclability, Waste Management, and Industrial Applications. Across all these WPs, the crucial aspect of safety is held in high focus.As the real safety of future nuclear systems is achieved through well educated people, an extensive Training & Education work package is included.
Participants
Christian Ekberg (contact)
Chalmers, Chemistry and Chemical Engineering, Energy and Material
Collaborations
Ansaldo Nucleare
Genova, Italy
BLYKALLA REAKTORER STOCKHOLM
Stockholm, Sweden
Czech Technical University in Prague
Praha, Czech Republic
EUROPEAN NUCLEAR EDUCATION NETWORK - ENEN
Belgium
Evalion Sro
Praha, Czech Republic
FONDAZIONE ARIA
Pescara, Italy
Forschungszentrum Jülich
Juelich, Germany
Italian National Agency for New Technologies, Energy and Sustainable Economic Development (ENEA)
Roma, Italy
Joint Research Centre (JRC), European Commission
Brussels, Belgium
National Nuclear Laboratory
Seascale, United Kingdom
Nuclear Research And Consultancy Group
Petten, Netherlands
Paul Scherrer Institut
Villigen, Switzerland
Regia Autonoma Tehnologii Pentru Energia Nucleara - Raten
Mioveni, Romania
Royal Institute of Technology (KTH)
Stockholm, Sweden
The French Alternative Energies and Atomic Energy Commission (CEA)
Gif-sur-Yvette, France
Westinghouse Electric Sweden AB
Västerås, Sweden
Funding
European Commission (EC)
Project ID: 101060800-FREDMANS
Funding Chalmers participation during 2022–2026
Related Areas of Advance and Infrastructure
Production
Areas of Advance
Energy
Areas of Advance