ANEMEL

A big and ambitious project like ANEMEL is only possible thanks to #collaboration. Luckily, our consortium counts on a multidisciplinary team of international experts with a broad range of backgrounds, leveraging expertise and experience in different fields, including chemistry, materials science, sustainability, and more. Together, our ANEMEL team will develop an electrolyser for more efficient water splitting – setting in motion the transition towards a new energy economy in Europe, based on the advantages of green #hydrogen. 🔋💚 Discover more in our most recent blogpost and the official ANEMEL video, now on Youtube. Check out the links below! 👇🏼 👇🏼 👇🏼 👇🏼 👇🏼 👇🏼 📖 Blogpost: https://buff.ly/42aZIuU 🎬 Video: https://buff.ly/3UcHO97

We’re thrilled after our recent ANEMEL team #meeting in Newcastle upon Tyne, UK! 🇬🇧 Twice a year, our 11 partners from 9 countries come together to discuss progress, exchange feedback, and strengthen our team bonds. A big thank you to our partner at Newcastle University for hosting us! 🙌 📖 Read more about it in our latest blogpost: https://buff.ly/3Z1jxng

Publication Alert! 📑 We used nickel in place of costly noble metals in our anode catalysts, improving the kinetics of the oxygen evolution reaction (OER). Anode OER catalysts often rely on expensive noble metals, driving up costs. We aim to make hydrogen production cheaper so this technology can become a reallity. Our researchers at the University of Galway were part of this interesting work. Congrats!🥳 🔗 Link here: https://buff.ly/3zWGJdP

📝We’re excited to announce the release of our second Annual Report! It captures all we’ve accomplished over the past year, including updates from each of our Work Packages, and offers a sneak peek into the future of the project. The full report is available below. Happy reading! 🔗https://buff.ly/3ADi0vF

'We all talk about sustainability and the need to transition from fossil fuels to renewable energy sources. I thought it would be nice to make a difference here. I want my research to extend beyond the lab and have a real-world impact, helping to address these challenges'. These words belong to our researcher Ariana Serban, from EPFL. Discover more about her work in our #blogpost. 👇 🔗 https://buff.ly/4fiPqhz #MeetOurPartners

'We all talk about sustainability and the need to transition from fossil fuels to renewable energy sources. I thought it would be nice to make a difference here. I want my research to extend beyond the lab and have a real-world impact, helping to address these challenges'. These words belong to our researcher Ariana Serban, from EPFL. Discover more about her work in our #blogpost. 👇 🔗 https://buff.ly/4fiPqhz #MeetOurPartners

📝We’re excited to announce the release of our second Annual Report! It captures all we’ve accomplished over the past year, including updates from each of our Work Packages, and offers a sneak peek into the future of the project. The full report is available below. Happy reading! 🔗https://buff.ly/3ADi0vF

Proud to have Agfa, one of our industry partners, leading the way in implementing manufacturability and scalability! 🏭 They will design and test scale-up processes for membrane production, validation and cost evaluation. AGFA will also help to make the membrane-electrodes-assemblies larger, as part of this upscaling projection. These studies will grant viability and credibility to the exploitation efforts for implementing manufacturability. 🔋💚 Discover more in our most recent blogpost and the official ANEMEL video, now on Youtube. #MeetOurPartners Check out the links below! 👇🏼 👇🏼 👇🏼 👇🏼 👇🏼 👇🏼 📖 Blogpost: https://buff.ly/42aZIuU 🎬 Video: https://buff.ly/3UcHO97

💚 Did you know that green #hydrogen could cut over 700 million tonnes of carbon dioxide annually? 📝 Read more about it in our blogpost, and explore the real possibilities of hydrogen to decarbonise our economy. https://buff.ly/45bHZE5

Typically, #AEMWEs operate at current densities below 3 A/cm², a range provides a stable output. But what if we push this to ultrahigh current densities, up to 10 A/cm²? 🤔 We took on this challenge...and surpassed it brilliantly! So much so that we’ve shattered the operational lifetime record by 500,000 times. 😎 Read more about this achievement in our latest blogpost: https://buff.ly/40AWYIA Work published in Angewandte Chemie by our colleagues in Hu's lab at EPFL, EPFL.