The Clean Hydrogen Partnership has supported a number cutting-edge projects on Anion Exchange Membrane Electrolysers (AEMEL) which will be showcasing their targets, achievements and remaining challenges. It will be followed by an overview of the JRC developed methodology on low temperature electrolyser degradation phenomena including accelerated testing.
A round table discussion will be held after the presentations.
The workshop will be a hybrid event with the majority of presenters in physical attendance at the Clean Hydrogen JU premises joined by on-line participants.
Have a look at our our agenda:
General publications12 September 2023
Agenda
Join the discussions by using this link .
Session recordings
Presentations
All the presentations on the workshop can be found here:
Overview of the CLEAN HYDROGEN JU ELECTROLYSIS PROGRAM (Nikolaos LYMPEROPOULOS)
ANIONE PROJECT (coordinator) 10 min presentation + Q&A – Antonino Aricò CNR
CHANNEL PROJECT (coordinator) 10 min presentation+ Q&A – Luis Colmenares-Rausseo SINTEF
NEWELY PROJECT (coordinator) 10 min presentation + Q&A – Aldo Gago DLR
A novel stack concept for membrane-based water electrolysis with hydraulic cell compression – A prototype of an alkaline WE with improved materials and properties - Dr. Ulrich Rost
CUMMINS-HYDROGENICS - Sebastiaan Herregods / Lisa Geerts – (partner ANIONE project)
Harmonization protocols, electrolyser durability and AST - Thomas Malkow – JRC EUROPEAN COMMISSION - 20 min presentation and 10 min Q&A
Pierre Millet – PARIS-SACLAY UNIVERSITY - PEM ELECTROLYSIS
Peter Bouwman SCHAEFFLER – PEM ELECTROLYSIS
Frédéric Fouda-Onana – CEA – AEM ELECTROLYSIS (NEWELY Project)
Laura Abadía - FHa -Fundación Hidrógeno Aragón- Alkaline electrolysis (project HYPRAEL)
Stefania Siracusano CNR- Accelerated stress test in PEM electrolysis – (NEPTUNE Project)
Felix Lohmann-Richters/Magdalena Müller, Degradation and dynamic testing in AEL and AEM, FZJ/SINTEF(NTNU) (CHANNEL project plus additional FZJ experience with AEL)
Johan Buurma - Accelerated stress test of PEMWE components, towards a component specific approach - TNO