Enabling the universal
use of green hydrogen
REMA
why Hydrogen?
Despite the considerable promise held by green hydrogen as a versatile and eco-friendly method for decarbonization, its broad acceptance still encounters constraints. The expense associated with producing green hydrogen persists as a significant hurdle, particularly when contrasted with more economical options rooted in fossil fuels.
Presently, green hydrogen constitutes less than 1% of total hydrogen production. Therefore, it stands as a critical imperative to reduce its cost from the current range of $6 to $12 per kilogram down to $2 per kilogram. Achieving this reduction is essential for rendering it a financially feasible solution and facilitating the transition towards a decarbonized industry.
Presently, green hydrogen constitutes less than 1% of total hydrogen production. Therefore, it stands as a critical imperative to reduce its cost from the current range of $6 to $12 per kilogram down to $2 per kilogram. Achieving this reduction is essential for rendering it a financially feasible solution and facilitating the transition towards a decarbonized industry.
OUR Technology
REMA's mission is to provide the world with access to cost-effective and high-quality green hydrogen. By using fluid mechanics and Anion Exchange Membranes (AEMs), we combine alkaline electrolyzers lower CAPEX and robustness with Proton Exchange Membrane (PEM) flexibility and higher power density. Our product works at higher temperatures achieving unprecedented efficiencies. REMA is the catalyst for a world powered by practical and affordable green hydrogen.
Our simplified design significantly reduces production costs. It is engineered for scalable manufacturing using standard techniques such as plastic injection molding and other conventional, cost-effective processes.
Our simplified design significantly reduces production costs. It is engineered for scalable manufacturing using standard techniques such as plastic injection molding and other conventional, cost-effective processes.
Our solutions
REMA Be1
REMA Be1 is a stand-alone plug & play 2.5kW AEM electrolyzer for hydrogen production planned for release in Q3 2025. This product is ideal for small-scale applications producing around 1kg of hydrogen per day.
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REMA We1
REMA We1 is a stand-alone 50kW AEM electrolyzer for hydrogen production planned for release in Q4 2026. This product is ideal for medium scale units producing around 1kg of hydrogen an hour for refuelling stations, seasonal storage and industrial applications.
Contact usTEAM
Steven Schenk
Co-Founder, CEO
MSc in mechanical engineering from the Ecole Polytechnique Federal de Lausanne (Switzerland). He combines business strategy and electrochemical reactors expertise to successfully drive the company's technology to market.
Carlo Gigli
Co-Founder, Software and electronics
Dr. in Physics from Paris University (France), he brings his expertise in electronics and software development for the technology characterization and automation.
Francesco Gelain
Co-Founder, System engineering
MSc in energy engineering from the Royal Institute of Technology of Stockholm (Sweden) and BSc in industrial engineering and management from University of Padova (Italy). He brings his expertise in manufacturing, business and energy systems for the technology scale-up.
Nikolaos Stergiopulos
Co-Founder, Business and scientific advisor
Head of the Laboratory of Hemodynamics and Cardiovascular Technology in EPFL, he now hosts the research of REMA's technology. He brings vital entrepreneurial mentorship and strategic oversight, having founded four companies with one successful exit, to date.
Ioakeim Sioutis
Co-Founder, CTO
MSc in mechanical engineering from National Technical University of Athens (Greece). He leverages his expertise in mechanical design and electrochemical reactors to transform simulations and ideas into tangible prototypes and market-ready products.
Pooria Hadikhani
Co-Founder, Fluid mechanics
Dr. in Mechanical engineering from the Ecole Polytechnique Federal de Lausanne (Switzerland). His doctoral thesis focused entirely on multi-phase electrochemical reactors which sits at the heart of REMA’s technology.
Evangelos Psaradellis
Co-Founder, Control and power electronics
Electrical engineer from National Technical University of Athens (Greece), he brings his power electronics and control expertise, fundamental for the efficient and safe operation of REMA's systems.
Demetri Psaltis
Co-Founder, Business and scientific advisor
Head of the Laboratory of Optics in the Ecole Polytechnique Federal de Lausanne (Switzerland), he created and supported the research and development of REMA's technology. Over his academic career, he successfully founded and grew seven companies, exiting three of them.
Contact
Get in touch and let us know how we can help you.
Our support
made possible by
The Migros Pioneer Fund supports sustainable solutions for societal challenges with the goal of initiating systemic change towards a future-oriented society. The impact-oriented funding approach combines financial support with active funding and risk management. The fund is part of the social commitment of the Migros Group and has an annual budget of approximately CHF 15 million. The Migros Pioneer Fund is supported by companies such as Denner, Migros Bank, Migrol, migrolino and Ex Libris.