| MEMBER | RESEARCH | SCIENTISTS |
|---|---|---|
| TU DELFT | • Electrolytes • Catalysts & Electrodes • Stack Materials and Design • Systems • Modelling, Validation and Diagnosis • Hydrogen Production and Handling | • Aravind Aravind (3ME) • Bernard Dam (TNW) • Bendiks Jan Boersma (3ME) |
| NWO | DIFFER: Electrode materials development (Photoelectrochemical conversion) | DIFFER • Anja Bieberle |
| RUG | Development and use of non-combustion conversion methods, such as fuel cells - Effects of sustainable fuels (biogas, hydrogen) on efficiency | Howard Levinsky |
| TU/E | Synthetic: Molecular catalysis, CE • Biomass upgrading • Syngas chemistry • Natural gas chemistry Multiscale modeling multi phase flows, CE • Fluidized bed modelling • (slurry) bubble column modelling Chemical process intensification, CE • Hydrogen production • Methane reforming/WGS • Chemical looping reforming • Membrane processes Micro flow chemistry & process techn., CE • Synthetic fuels • Fuel processing/reforming to H2 for fuel cells (in APUs) Photonics & semicon nano, AP • Nanowires for fuel cells Gas discharge processes, AP • Solar fuels by reversed combustion Control systems, EE • Chemical transistor DIFFER/Plasma & material processing, AP • Solar fuel materials • Atmospheric plasma processing • Co2 activation • Artificial leaf: CO2 neutral fuels Solar: Molecular catalysis, CE • Electro catalysis for solar fuels • CO2 reduction chemistry | • Emiel Hensen • Hans Kuipers • Martin van Sint Annaland • Volker Hessel • Paul Koenraad • Gerrit Kroesen • Paul van den Hof • Richard van de Sanden' • Emiel Hensen |
NERA- Netherlands Energy Research Alliance
Startpunt voor Energie onderzoek in Nederland