PO Box 513
Eindhoven, 5600 MB
Netherlands
Eindhoven University of Technology (TUE)
DME production, Economic analysis, Plant design, Membrane reactors, Process integration
carboxylic acids, reactive extraction, back extraction, Process Design, downstream processing
CO2 capture, sorption enhanced reforming, calcium looping, chemical looping
kinetics refit, CO2-to-methanol, parameter regression, CZA and CZZA catalysts, model calibration and validation
Plasma catalysis, non-thermal plasma, dielectric barrier discharge, nitrogen fixation, ammonia synthesis
CO2 capture, superstructure modeling, optimal configuration design, Aspen modeling
CO2 conversion, Methanol synthesis, kinetic modelling, Oxygen vacancies, Cerium-zirconium oxides
Membrane reactor, POCS, concentration polarization, additive manufacturing, Ammonia, Hydrogen
DBD plasma reactors, Porous DBD reactor, CO2 splitting, Electrode porosity, Non-thermal plasma, Boehmite-coated electrode
SOEC system, intermittent operation, techno-economics, multi-module systems, modular SOE, green hydrogen
Membrane reactor modeling, Intra-particle diffusion limitations, Concentration polarization, CO2 hydrogenation, DME synthesis
ammonia decomposition, hydrogen purification, fuel cell grade hydrogen, ammonia adsorption, ammonia removal
Periodic Open Cellular Structures (POCs), washcoating, Rheology, structured supports, Process intensification, 3D printing, Additive Manufacturing
Tetragonal BaTiO3 coatings, Sol-gel, Evaporation-deposition, Photodecomposition of methylene blue
Tetragonal BaTiO3 films, Sol-gel, fast heating.
Ammonia, sorbents, metal halides, sorption enhanced ammonia synthesis
DBD plasma reactors, Plasma reactor modelling, CO2 splitting, Plasma-assisted conversion, Plasma chemistry
