1. Subprogramme 5: Synthesis, Irradiation, and Qualification of Advanced Fuels Joe Somers JRC - Institute for Transuranium Elements (ITU) SP5 coordinator

2. JPNM-MATISSE Workshop, Brussels, September 10 th, 2014Page 2 SP5 Synthesis, Irradiation and Qualification of Advanced Fuels (AF)  Nuclear Fuel Safety and Waste Minimisation in Future Reactor Systems (ESNII)  COOLANTS  SodiumASTRID  Lead/Bismuth MYRRHA  LeadALFRED  Helium ALLEGRO  DRIVER FUELS (U,PuTRL  Oxide*8-9 (PX,SPX,..)*  Carbides /Nitrides 3-4  Transmutation Fuels3 * CAVEAT: Much Knowledge from the past, but can it be used readily for different geometries and different conditions ? Waste Minimisation Transmutation of long lived elements in irradiated fuel: Fuel containing minor actinides (Americium Neptunium, Curium) must be developed  Radiotoxicity Reduction

3. JPNM-MATISSE Workshop, Brussels, September 10 th, 2014Page 3 SP5 Synthesis, Irradiation and Qualification of Advanced Fuels (AF)  A Lengthy Costly Task  NEED A PARADIGM SHIFT OBSERVE and QUALIFYDESIGN and CONTROL (Engineering Driven)(Basic Science Driven) Use Both approaches in Combination  SP5 - Synthesis, Irradiation, and Qualification of Advanced Fuels  SP6 – Multiscale Modelling and Separate Effects on Fuels Fuel Safety (normal and off normal operation) Margin to melt High Burnup Fission product chemistry Fission gas release and or migration Restructuring Fuel cladding interactions (mechanical/chemical) Fuel Coolant Interaction Chemistry LWR SFR

4. JPNM-MATISSE Workshop, Brussels, September 10 th, 2014Page 4 SP5 Synthesis, Irradiation and Qualification of Advanced Fuels (AF) Towards improved predictive performance codes and standards Distance nm to m Time fs to years Numerical Modelling and Simulation Experimental Simulation and Qualification STANDARDS Better Data Better Codes Better Prediction NUCLEAR Fuel Simulation Platform Better decisions Shorter lead times Reduced Cost

5. JPNM-MATISSE Workshop, Brussels, September 10 th, 2014Page 5 Synthesis, Irradiation and Qualification of Advanced fuels  Fuel synthesis and characterisation Synthesis methods, Fuel properties, Pin Welding  Irradiation testing Fuel concepts for future reactors Instrumented capsules MTRs in Europe or other reactors beyond  Post-irradiation examination Non-destructive and destructive examination  Modelling and Integration with SP6 Fuel performance codes with fundamental approaches SP5 main themes

6. JPNM-MATISSE Workshop, Brussels, September 10 th, 2014Page 6 Past EURATOM Programmes covered SP5  EUROTRANS Irradiation Tests on MA Fuel in Phénix and HFR Petten  CONFIRM Synthesis and irradiation of Nitride Fuel in HFR Petten  FAIRFUELS Synthesis and irradiation of MA Fuel in HFR and PIE of EUROTRANS Fuels  PELGRIMM Synthesis and irradiation of MA Fuel in HFR and PIE  ASGARD Conversion from Solution of advanced fuels  MYRTE (being submitted) Properties of uranium americium dioxide targets Estimated value ~35M€ Path Forward: Consolidation of effort EERA JPNM SP5 Synthesis, Irradiation and Qualification of Advanced Fuels (AF)

7. JPNM-MATISSE Workshop, Brussels, September 10 th, 2014Page 7 SP5 Synthesis, Irradiation and Qualification of Advanced Fuels (AF) 2008 2020 Decisions DEMO operating (1 st Load MOX) Prototype DEMO with full MA compliment Fab. and Prop. of MA MC, MN & MOX In DEMO testing MC, MN, MOX MA Fuels Separate Effect & multiscale modelling & simulation with integration in engineering codes 2020 2008 2032 Int. Irrad and PIE of MA, MC, MN &MOX fuels Fuel Research (Taken from SNETP SRA 2009) EERA JPNM SP5/6 EERA JPNM SP6 EERA JPNM SP5 Application