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The EU Hydrogen Strategy aims for 40 GW of renewable H2 electrolyzers by 2030. Our SEAL-HYDROGEN project is developing innovative alkaline water electrolyzers to make green hydrogen economically viable! Learn more: seal-hydrogen.eu #GreenHydrogen #Electrolysis

Our Project Coordinator Gonzalo Abellán Sáez participated at EFCF in Lucerne (July 1-4)! 🧪 He shared insights on advanced materials for #GreenHydrogen in his talk and through posters, and also presented a project summary for SEAL-HYDROGEN.

🕰️ The SEAL-HYDROGEN project is a 36-month initiative with a budget of €3M, backed by EU funding. We're dedicated to developing stable and efficient alkaline water electrolyzers with zero critical raw materials for pure #hydrogen production 🚀

🔬 We're upscaling innovative methods for producing catalysts and coated substrates, crucial for high efficient porous electrodes. A reliable #Raman spectroscopy technique is also being developed for precise electrode stability determination, ensuring high-quality control 🪴

⚡ Optimizing the interplay between substrate, catalyst and separator is crucial for our project! We're developing triple-phase boundary electrode structures (catalyst-support-ionomer) with improved thermo-mechanical stability to boost efficiency and system lifetime 🚀

Scaling up is key to making #GreenHydrogen viable 📈 At SEAL-HYDROGEN, we're moving from 5 cm² single cells to a 300 cm² 6-cell stack. This rigorous testing process is crucial for proving performance and durability, paving the way for commercial application. #Electrolyzer

Curious about the data behind our #GreenHydrogen project? As an EU-funded initiative, we believe in #OpenScience 🔬 All our public deliverables and reports are available for you to read on our website. Dive into the research! 👇 seal-hydrogen.eu/resources/ #Electrolysis

Great to see our partner Madjid Tarabet from HORIBA presenting SEAL-HYDROGEN's work at the EMRS 2025 Fall Meeting. He showcased how we use Raman spectroscopy to ensure our catalysts are stable & efficient, a key step towards affordable #GreenHydrogen. #EUProject #EMRS2025

One of the key innovations in the #SEALHYDROGEN project? Zero critical raw materials. We're engineering next-gen alkaline electrolyzers that don’t depend on scarce or expensive metals. This means lower costs, more sustainable tech, and a stronger supply chain for a greener future