AEMWEtoGreenH₂ develops materials, components and electrolysis systems for more efficient, durable and cost-effective green hydrogen production.
Discover the projectLower-cost non-PGM catalysts
Advancing green hydrogen production
Connecting materials and systems
Exploring treated wastewater
Efficient, durable and non-precious materials.
Engineering membranes, catalysts and interfaces.
Understanding performance and durability.
Validating the path towards scale-up.
AEMWEtoGreenH₂ results were presented at HYCELTEC 2026 in a keynote dedicated to the stability of commercial AEMs. The presentation highlighted how membrane chemistry influences electrolyzer…
Read storyVasco Lopes joined the AEMWEtoGreenH₂ project as a researcher, contributing to the development and experimental study of hydrogen technologies with a focus on AEM electrolyzers.
Read storyThe AEMWEtoGreenH₂ project officially began with a kick-off meeting at FEUP, bringing together researchers from CEFT and LSRE-LCM. The team reviewed the project objectives, work plan and…
Read storyKeynote presentation reporting recent AEMWEtoGreenH₂ results on the long-term performance and stability of commercial anion-exchange membranes.
Explore the contributionA multidisciplinary team connecting electrochemistry, catalysis and water treatment.
Support lower-cost materials and explore reduced dependence on high-quality freshwater through alternative feed-water strategies.
Our objectives
This work is co-financed by COMPETE 2030, by Portugal 2030, and by the European Union, within the framework of the project AEMWEtoGreenH₂- Reshaping Green Hydrogen Production: Development of Anion Exchange Membrane Water Electrolysis, with number 16606 and operation code at the Funds Platform COMPETE2030-FEDER-00778300.
Daniela FalcãoCEFT / ALiCE
Rui FerreiraCEFT
Raquel RochaLSRE-LCM
Cidália BotelhoLSRE-LCM