PhD position on Multiscale Mechanical and Performance Modelling of Solid Oxice Electrolyser Cells and StacksA PhD position on Multiscale Mechanical and Performance Modelling of Solid Oxice Electrolyser Cells and Stacks is offered by the SEED lab. develop an electrochemical + thermomechanical cell and stack model of the large active area SOEC technology developed by project partner, TNO. The model will need to incorporate gas manifolds and hot-box design into a hierarchical modelling methodology developed previously for the integrated multiscale modelling of SOEC cells and stacks.Read more- PhD position on Operando Characterisation of Solid Oxide and Protonic Ceramic Electrolysis CellsSEED lab offers a PhD position on Operando Characterisation of Solid Oxide and Protonic Ceramic Electrolysis Cells. Design and construct a new cell testing setup, building off existing setups in our lab, that will allow single cell testing at high temperatures (450-1000 oC) and pressurized conditions (1-10 bar) while providing optical access, e.g. via a quartz/sapphire window, to the cell.Read more
PhD position on Multiscale Mechanical and Performance Modelling of Solid Oxice Electrolyser Cells and Stacks- PhD position on Operando Characterisation of Solid Oxide and Protonic Ceramic Electrolysis Cells
Pulsed-Current Operation Enhances H₂O₂ Production on a Boron-Doped Diamond Mesh Anode in a Zero-Gap PEM Electrolyzer - Chemistry Europe journal
Kick-off HySUCCES
HyUT part of Dutch Hydrogen Innovation Mission
PCS members publish article in Journal of Physical Chemistry
Largest research project on hydrogen production technology granted
Steering molecular twisting for hydrogen generation- HyUT invited to join hydrogen innovation mission in Brazil
BMS-UT researchers study socio-technical aspects of hydrogen- Aayan Banerjee part of multiple new projects: SUNSOL en DELYCIOUS
Less is more: Efficient Hydrogen Production with Less Precious Metals
