Quality Label for Electrolysers: Ensuring Excellence in Hydrogen Production
The global hydrogen economy demands rigorous quality assurance mechanisms to accelerate commercialisation and build market confidence. The CLEANHYPRO project addresses this critical need through a comprehensive Quality Label scheme for electrolysers developed by Bureau Veritas.
Advanced Electrochemical Characterization for better PEM Electrolysis – Fraunhofer ISE’s Role in CLEANHYPRO
Efficient and durable PEM electrolysis is a key building block for producing green hydrogen at scale in Europe. Within the CLEANHYPRO project, Fraunhofer ISE contributes its expertise..
Meet our Partner: H2greenPlanet
We are proud to feature H2greenPlanet, a partner that brings extensive experience in the intricate process of assembling Proton Exchange Membrane (PEM) stacks.
Market validation and service structuring in CLEANHYPRO: PNO Innovation Italy’s contribution
PNO Innovation Italy dive into their vital role within CLEANHYPRO. Their work is focused on the “business heart” of the project: the Single Entry Point (SEP).
Meet Our Partner: Umicore
Meet CLEANHYPRO partner Umicore.
Umicore contributes cutting-edge expertise to the CLEANHYPRO project by focusing on two key areas essential for next-generation hydrogen technology: developing and producing catalysts for AEM electrolysis and providing precursors for Atomic Layer Deposition (ALD) coating of electrodes for PEM electrolysis.
Meet Our Partner: De Nora
Meet CLEANHYPRO partner De Nora.
Industrie De Nora contributes cutting-edge knowledge and development expertise to the CLEANHYPRO project. They focus on advancing new catalysts for Alkali Water Electrolysis (AWE), leveraging our strong foundation in DSA® electrodes.
Meet Our Partner: VSParticle
Meet CLEANHYPRO partner VSParticle .
VSParticle contributes essential cutting-edge technology to the CLEANHYPRO project by focusing on one of the biggest hurdles in green hydrogen production: the cost and reliance on critical raw materials. VSParticle produces ultra-low Iridium loadings on Porous Transport Layers (PTLs) for the best performing PEM electrolysers.
Large-Scale Ceramic 3D Printing: 3DCeram Sinto Powers the Future of SOEC
The future of clean hydrogen relies on complex, high-performance materials. This article introduces our partner 3DCeram Sinto and their mastery of large-scale Ceramic 3D Printing technology. Learn how their innovative, AI-driven manufacturing process is essential for producing next-generation Solid Oxide Electrolysis Cell (SOEC) components efficiently and cost-effectively.
Deep Dive into Green Hydrogen: CLEANHYPRO Experts Master Four Core Electrolysis Technologies
The CLEANHYPRO consortium recently concluded a highly specialised two-day Workshop in Dresden, Germany, hosted by our partner Fraunhofer IFAM. This intensive training session was devoted entirely to the four core electrolysis technologies that form the foundation of our project: Alkaline Electrolysis (AEL), Proton Exchange Membrane (PEM) Electrolysis, Anion Exchange Membrane (AEM) Electrolysis, and Solid Oxide Electrolysis (SOEC).
Strategic Progress: CLEANHYPRO Consortium Maps Next Steps in Dresden
The CLEANHYPRO consortium successfully concluded its M24 Consortium Meeting on November 27–28, 2025, hosted by Fraunhofer IFAM in Dresden, Germany. The meeting served as a crucial strategic checkpoint, confirming progress in validation activities and aligning the project’s future development paths, particularly as several key work packages transition or ramp up.