Three projects from the EIC Green H2 Portfolio recently hosted a workshop titled “Modeling and AI for H2 Production Materials: Common Challenges and Resources” on June 27th, following the fourth Young Scientists Meeting. Nine researchers explored advanced topics, starting with Swantje Pauer’s insights from E-LOBIO into kinetic modeling for electrochemical processes like PEM water electrolysis. Hind Benzidi from OHPERA discussed computational analysis of photo-electrocatalytic electrodes using DFT calculations, highlighting advancements in Fe doping and defect studies. Praveen Kumar Selvam from ANEMEL concluded with a focus on generative AI’s role in novel material development for electrolysis, contrasting it with traditional methods. This workshop emphasised collaboration and innovation within the Green H2 Portfolio, aligning efforts for future activities.
For more details, read the full article on the OHPERA website.
Three projects from the EIC Green H2 Portfolio recently hosted a workshop titled “Modeling and AI for H2 Production Materials: Common Challenges and Resources” on June 27th, following the fourth Young Scientists Meeting. Nine researchers explored advanced topics, starting with Swantje Pauer’s insights from E-LOBIO into kinetic modeling for electrochemical processes like PEM water electrolysis. Hind Benzidi from OHPERA discussed computational analysis of photo-electrocatalytic electrodes using DFT calculations, highlighting advancements in Fe doping and defect studies. Praveen Kumar Selvam from ANEMEL concluded with a focus on generative AI’s role in novel material development for electrolysis, contrasting it with traditional methods. This workshop emphasised collaboration and innovation within the Green H2 Portfolio, aligning efforts for future activities.
For more details, read the full article on the OHPERA website.