Welcome to CLEANHYPRO, a pioneering EU-funded project within the Horizon Europe framework, dedicated to addressing the critical need for efficient and sustainable hydrogen production.
Within the realm of sustainable production, CLEANHYPRO is set to establish an innovative Open Innovation Test Bed (OITB) focused on scaling up circular innovative materials and components for electrolysis.
Our mission is to serve as an accessible Single Entry Point (SEP) for industrial partners, particularly SMEs, facilitating the adoption of revolutionary electrolysis technologies while minimizing costs and risks, thereby accelerating market adoption.
Join us in shaping the future of sustainable hydrogen production.
CLEANHYPRO in numbers
CLEANHYPRO consortium comprises 28 partners (7 universities and research centers, along with 21 industries, 11 of which are SMEs), representing a lip collaboration across 11 European countries
CLEANHYPRO’s showcases will serve as practical testing grounds for developed materials, driving innovation, and validating project performance toward its objectives
CLEANHYPRO aims to upscale and upgrade 9 PLs while developing associated services to provide qualified electrolysis materials and essential components, meeting industrial needs, and expediting their market adoption
CLEANHYPRO will launch two Open Calls to fund up to 16 democases, fostering innovation and testing the sustainability of its Single Entry Point (SEP) platform for clean hydrogen production
Partners
Latest News
From July 14th to 19th, a team of Umicore colleagues visited the 18th International Congress on Catalysis in Lyon, France. The Umicore Cleanhypro team, Dr. Annika Frey and Dr. Nicole Schichtel, dug into the newest trends for sustainable chemistry and renewable hydrogen production and were ...
As part of our “Meet Our Partners” campaign, we are proud to introduce PNO.pt, one of the key partners in the CLEANHYPRO project, leading the crucial task of ensuring that the innovative outcomes of the project are successfully brought to market. PNO.pt plays a pivotal ...
The production of hydrogen (and oxygen) via water electrolysis is a non-spontaneous process. This means that an external source of energy is needed to create a potential difference between the electrodes and drive the electrons flow. Theoretically, the minimum potential difference needed between the electrodes ...
