Utrecht University
Hydrogen
research.
From electrochemistry
to energy systems.
Experiments · Multiscale modelling · Energy-system analysis
AI-assisted solid-oxide cell illustration; not to scale.
Research across scales.
03 · ENERGY SYSTEMS
Systems & society.
System integration, circular materials, economics and governance for hydrogen’s role in the energy transition.
AI-assisted conceptual illustrations; not measured data or installed UU facilities.
THE HYDROGEN LAB
Solid-oxide research.
Controlled conditions.
At GeoLab, our solid-oxide test station supports research on stack performance, dynamic operation and durability.
FROM CELLS TO STACKS
Solid-oxide stacks.
Stacks connect ceramic electrochemical cells through interconnects. Gas channels and seals separate reactant streams; heat and mass transport shape their collective response.
Electrolysis converts steam into hydrogen and oxygen. Fuel-cell operation generates electricity, heat and steam. We study how load, temperature and gas supply affect performance and durability.
Research & laboratory enquiries.
Hydrogen Lab Manager