Projects Projects 01 – Coordination Project02 – AddBluff4NH3/H2: Additively-manufactured bluff-body burner investigated by high-fidelity simulations and experiments for fuel-flexible, stable, and safe combustion of NH3/H2 mixtures03 – Analysis of the interaction between hydrogen-based combustion systems, hightemperature materials and laser-based additive manufacturing (H2MAT3D) 04 – Development and Application of a Simulation-Based Design Process for Fuel-Flexible Burners using Additive Manufacturing05 – Development of an additively manufactured research burner for increased energy efficiency06 – ENERGIZE: Adjoint-based and additive manufacturing-enabled optimization of hydrogen combustion systems 07 – Interaction of hydrogen flames and smart effusion-cooled gas turbine combustor walls08 – Low NOx thermochemical conversion of ammonia09 – Mesoscale burner array for hydrogen-rich fuels – achieving high power density, fuel flexibility, and low emissions through additive manufacturing10 – Non-premixed ammonia combustion in tailored ceramic porous inert media11 – SLE4Flame – Spray-burner development via selective laser-induced etching for flash-boiling assisted combustion of liquid ammonia
