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💚 One prominent societal need is climate change mitigation and non-PGM #catalysts are really the direction to go. By 2050, we should be climate neutral. How can we achieve this? We could establish a circular economy that is entirely driven by renewable energy technologies.

Publication alert! 📑 We have developed a new bifunctional electrocatalyst based on a sulfo-boride combination for alkaline water electrolysis. Its significant activity and stability shows it could be a cost-effective electrode material for commercial electrolysers. This article

In seawater electrolysis 🌊 , various aspects can influence the reactions and affect the performance, such as the electrolyte. Therefore, it is key to understand how these factors impact the process, even though we may not have as much control in real-world applications as we do

#Blogpost alert! 🚨 A new edition of our #MeetOurPartners series is out! Meet Ariana Serban, one of our PhD researchers! She works at EPFL, developing non-PGM catalysts using an interesting method. Want to know more about her research? Check out our blogpost! 📖👀

Blogpost alert! 📖 👀 We’ve developed an optimised AEM electrolyser that runs steadily and stably for over 800 hours at 10 A/cm². This remarkable achievement, published in Angewandte Chemie by our colleagues at Xile Hu 胡喜乐 @EPFL_ en surpassing the current operational lifetime record by

Fluorinated "forever chemicals" are everywhere: in our clothes, cookware, electronics, firefighting foams... and in the environment too! 🍃 But it’s not just the environment that’s affected by these substances; they can also accumulate in living organisms and increase in

A new ANEMEL #paper is out! Our partners from TU Berlin & De Nora have carefully studied the role of the #ionomer in boosting electrolysers performance. And yes, it's key to include it, but also to focus on the interactions between layers. More here 👇 buff.ly/NOlDAm3

The ANEMEL project met in Galway, Ireland! 🇮🇪 At the beginning of April, the entire consortium came together — some in person, others online — for the first plenary meeting of the year. Check out our blogpost to find out more 📖 👇 buff.ly/SncirwM

“Including an ionomer is critical when the electrolyser must operate in a low-alkaline medium, and also focusing on the interactions between layers,” says our researcher from TU Berlin Arthur Thévenot, author of ANEMEL latest #paper. 📑 Curious to know more? 👇

New #paper alert! 📢 Our partners at TU Berlin (Germany) and De Nora (Italy) have explored different approaches to incorporating the #ionomer into an electrolyser. The result? Including it significantly improves the performance, regardless of the method, and focusing on the

Our latest #paper shows that, in electrolyser design, an #ionomer is a great bonus to increase the performance… but also focusing on the interactions between layers! It's published in Energy & Fuels and led by TU Berlin and De Nora. More here 👇 buff.ly/NOlDAm3

The 247th ECS Meeting took place this month in Montréal, Canada, and we were there! Our project coordinator, Pau Farràs (Ollscoil na Gaillimhe | University of Galway), had the opportunity to present ANEMEL at this fantastic event, accompanied by our researcher, Suraj Gupta (Jožef Stefan Institute ). Already looking forward

The 8th edition of the ANEMEL #newsletter is out! 🥳 Check it out and discover how exciting these past two months have been for our project. You can read our latest news, learn about our activities, and find out about all the exciting things coming up: 🔗 buff.ly/R0uR91e