We’ve developed a hydrogen evolution reaction catalyst that enabled electrolysers to operate stably at high current densities. This ANEMEL’s new success was published in the journal Energy & Environmental Science.
For decades, fluorinated compounds have been used in a variety of products, ubiquitous in our daily lives. However, their extreme resistance to degradation poses risks to human health and the environment. The European Commission has regulated these “forever chemicals” for years, and now scientists seek sustainable alternatives.
For two days, representatives from the ANEMEL consortium gathered in the British city to discuss the latest progress of the project and plan future work.
The second ANEMEL Annual Report summarises our project’s progress since late 2023. It includes updates from the different Work Packages… and a sneak peek into the future of hydrogen generation. Enjoy the read!
Discover who’s who in the ANEMEL team. Ariana Serban is a PhD student at the École Polytechnique Fédérale de Lausanne (EPFL), in Switzerland, who develops non-PGM catalysts for hydrogen evolution reaction.
Discover who’s who in the ANEMEL team. Caillean Convery is a PhD at the University of Newcastle upon Tyne, UK, who develops cleaner catalysts for the anode of our electrolysers using earth-abundant metals.
Discover who’s who in the ANEMEL team. Praveen Kumar Selvam is a PhD at the University of Galway who works on developing catalysts that increase current density while reducing the corrosion of electrolysers at the same time.
On 13 and 14 June, ANEMEL will attend the EuroScience Open Forum 2024, held in Poland, with an exciting session about where hydrogen could become a reality in Europe.
For two days, representatives of all ANEMEL consortium partners met in the Italian city to discuss the latest progress of the project and future work.
Our researcher Suhas Nuggehalli Sampathkumar (EPFL) helps us to understand a recently published paper about the importance of simulated membrane electrode assemblies (MEA) to better understand the efficiency of water electrolysis.