Hydrogen Production from Ammonia using Advanced Catalysts Anchored on Ceramic 3D Printed Lattices and Microbeads
The project aims to develop advanced high-entropy oxide catalysts anchored on porous ceramic microbeads and 3D-printed lattice structures to enable efficient and energy saving hydrogen production from ammonia without CO emissions. By utilising advanced catalysts on ceramic structures, this innovation will boost the efficiency and cost-effectiveness of hydrogen production from ammonia. On an industrial scale, it might enable the mass adoption of hydrogen as a clean energy source, driving global decarbonization and improving public health through reduced emissions. Ultimately, this transition to green technology might stimulate economic growth and create new jobs within the renewable energy sector.
By utilising advanced catalysts on ceramic structures, this innovation will boost the efficiency and cost-effectiveness of hydrogen production from ammonia. On an industrial scale, it might enable the mass adoption of hydrogen as a clean energy source, driving global decarbonization and improving public health through reduced emissions. Ultimately, this transition to green technology might stimulate economic growth and create new jobs within the renewable energy sector.
The Project is co-financed by the Swiss-Polish Cooperation Programme
Project funding agreement: SPPW/HydroProCera/0078/2024-00 (29.10.2025)