Not all electrolysers need membranes, but ours do. Membranes are central to our devices, both a barrier and a carrier, separating the gases in the anode and the cathode, but letting ions flow freely, thus essential for the electrochemical reactions.
Our researcher from De Nora, in Italy, prepares the anode and the cathode of our electrolysers, while keeping scalability in mind. Discover all about her work in ANEMEL in our blogpost.
Read the ANEMEL 2025 annual report now! In it, we summarise the results of our project over the past year. From promising catalysts to environmental impact assessments, all our achievements are made accessible to you.
We’re excited to announce our new webinar presentation! It’s now available on the ANEMEL YouTube channel, featuring a presentation by our researcher Xile Hu from EPFL.
Over two days, the entire consortium held the second plenary meeting of the year to review the work carried out over the past six months. Our partner, the Jožef Stefan Institute, hosted us in Ljubljana, Slovenia.
ANEMEL was highlighted within the EIC Community in an interview with our Project Coordinator Pau Farràs, from the University of Galway (Ireland), which recently appeared in the EIC “Coffee Break” blogpost series.
We are thrilled to announce a new and exciting series of lectures on green hydrogen. The event, hosted by our partner JSI in Slovenia, will take place on 3rd November and involve several invited experts including the group leaders from ANEMEL.
Following the success of our previous sessions, we’re excited to announce our upcoming webinar! Save the date: it will take place on 1st October at 12:00pm (noon) CEST, featuring a presentation by our researchers Eleonora Crenna, from HES-SO, and David Wilde, from Leitat.
Discover who’s who in the ANEMEL team. Johan Loccufier works at Agfa, in Belgium. Within the ANEMEL project, he is in charge of making sure our membranes are scalable and ready for industrial application.
Our new paper published in Energy & Fuels shows that, in electrolyser design, including an ionomer is a great bonus to increase the performance and that you must also focus on the interactions between layers. This is a study led by TU Berlin and De Nora.