Nuclear fuel cycle scenario studies - 1
Chair: Bo Feng (ANL, USA)
Introduction
Presentation of the fuel cycle related activities in the new European project PUMMA Francisco ALVAREZ VELARDE (CIEMAT, Spain)
Pu multi-recycling scenarios towards a PWR fleet for a stabilization of spent fuels inventories in France – Camille LAGUERRE (CEA, France)
Modeling Material Requirements of the Transition to HALEU Fueled Reactors - Amanda BACHMANN (University of Illinois, USA)
Nuclear fuel cycle scenario studies - 2
Chair: Guillaume MARTIN (CEA, France)
Scenario study of optimization of disposal method to reduce the amount of waste and disposal area in MOX fuel use – Eriko MINARI (Tokyo Institute of Technology, Japan)
Estimation of the vitrified canister production for a PWR fleet with the CLASS code - Léa TILLARD (ORANO, France)
A Scenario Study on Transition to the Closed Nuclear Fuel Cycle Using the Nuclear Energy System Modelling Application Package NESAPP – Andrei ANDRIANOV (MEPhl, Russia)
Fuel cycle simulation tool and physics models - 1
Chair: Xavier DOLIGEZ (CNRS, France)
Introduction
Development of nuclear fuel cycle scenario code NMB4.0 for integral analysis from front to back end of nuclear fuel cycle - Tomohiro OKAMURA (Tokyo Institute of Technology, Japan)
Simulation and validation of different nuclear fleets at equilibrium - Heddy BARALE (CEA, France)
The CORAIL-A option for recycling plutonium in PWR: overview of the latest investigations at Framatome - Barbara VEZZONI (Framatome, France)
Coupling fast reactor design and scenario calculations: a new methodology applied to scenario optimization - Kévin TIREL (CEA, France)
Fuel cycle simulation tool and physics models - 2
Chair: Paul Wilson (UW-Madison, USA)
Development of a MOX equivalence Python code package for ANICCA - Bart Vermeeren (Tractebel, Belgium)
Molten Salt Sourdough Full Core Application - Alexander Wheeler (University of Tennessee, USA)
IAEA's nuclear fuel cycle simulation tool- NFCSS and recent improvements - Kailash Agarwal (IAEA)
Development progress and methodology of FANCSEE fuel cycle code - Blazej Chmielarz (KTH, Sweden)
Nuclear fuel cycle interaction with electrical and energy systems - 1
Chair: Nicolas THIOLLIERE (IMT Atlantique, France)
Introduction
Electric transition in a fictitious emerging country - Impact of external constraints. - Sibylle MARTIN-LAUZER (CEA, France)
First approach to the estimation of Levelized cost of Electricity in ANICCA code - Ivan MERINO (Universidad Catolica Del Maule, Chili)
Impact of Fuel Supply Chain Disruptions on Energy Resilience: A case for Nuclear Energy Guillaume L’HER (Colorado School of Mines, USA)
Nuclear fuel cycle interaction with electrical and energy systems - 2
Chair: Adrien BIDAUD (Univesité de Grenoble, France)
Introduction
Adaptations of a current nuclear reactor towards more flexibility in order to accommodate a power system with a high insertion of variable renewable energy sources - Anne-Laure Mazauric (CEA, France)
Small Modular Reactor based solutions to enhance the grid reliability: identification of relevant criteria and preliminary assessment – Charly Boudot (CEA, France)
A new PoweR histOry generaTor tOol (PROTO) for French nuclear power stations at IRSN - Miguel Macias (IRSN, France)
Nuclear scenarios exploratory analysis - 1
Chair: Francisco Alvarez Velarde (CIEMAT, Spain)
Introduction
Impact of disruption between options of plutonium multi-recycling: in PWRs and in SFRs - Jiali LIANG (CNRS, France)
Fuel cycle observables comparison from a UOX+MOX scenario based on irradiation libraries computed with different energy deposition models – Augusto Hernandez Solis (SCK, Belgium)
Uncertainty and optimization: a coupled problem for scenario analyses - Aris V. Skarbeli (CIEMAT, Spain)
Nuclear scenarios exploratory analysis - 2
Chair: Barbara VEZZONI (Framatome, France)
Introduction
Fuel Cycle Simulators for Nuclear Archaeology - Max Schalz (RWTH Aachen University, Germany)
DONJON5/CLASS coupled simulations of MOX/UO2 heterogeneous PWR core - Maxime Paradis (Polytechnique Montréal, Canada)
Application of Sensitivity Analysis in DYMOND/Dakota to Fuel Cycle Transition Scenarios - Scott Richards (ANL, USA)
