The European Centre of Excellence in Combustion for the Energy Transition (CoEC4ET, HORIZON-JU-EUROHPC-2026-COE-LH-01, grant 101319265) develops the next generation of Exascale-ready simulation technologies for low-carbon combustion systems. Building on the achievements of the CoEC project, CoEC4ET advances high-fidelity CFD, AI-enabled workflows, and interoperable software libraries to support predictive simulations on emerging and heterogeneous European supercomputers. The project brings together leading academic and industrial partners to develop scalable, performance-portable digital technologies and shared software components for applications ranging from fundamental benchmark configurations to industrial combustion systems in aviation, maritime transport, power generation, and energy-intensive industries. Within CoEC4ET, the CORIA laboratory will contribute to the development of scalable adaptive mesh refinement algorithms for heterogeneous CPU/GPU supercomputing architectures, advanced chemistry integration methods for spray combustion, and their integration into the project’s flagship CFD software ecosystem, including the YALES2 platform and shared software libraries.
The European High Performance Computing Joint Undertaking (EuroHPC JU)