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05.03.2026 12:15

Mobile Electrolyser Arrives to Kickstart Hydrogen Testing in Glass Manufacturing

Anette Mack Presse- und Öffentlichkeitsarbeit
Steinbeis Europa Zentrum

    Steinbeis Europa Zentrum strengthens visibility and knowledge transfer for H2GLASS Milestone. By enabling on-site hydrogen production and testing with higher amounts of fuel at multiple industrial locations, H2Glass is demonstrating that decarbonising glass manufacturing is not just a vision, it’s becoming reality,”

    The H2GLASS consortium announces the arrival of its 2.5 MWe portable PEM electrolyser, marking a significant step forward in demonstrating hydrogen-based solutions for the glass industry. This travelling electrolyser will move across Europe to enable long term testing of hydrogen combustion in industrial glass melting processes, supporting the sector’s transition toward climate neutral production.

    The first deployment begins in l’Ardoise, France, at Owens Corning, where testing started in March. Building on Owens Corning’s successful 2025 hydrogen furnace pilot, the H2GLASS electrolyser will produce green hydrogen directly on-site, enabling realistic testing conditions and validating hydrogen integration in high temperature industrial environments.

    “The arrival of the mobile electrolyser marks a major step forward for H2GLASS. By enabling on-site hydrogen production and testing with higher amounts of fuel at multiple industrial locations, we are demonstrating that decarbonising glass manufacturing is not just a vision, it’s becoming reality,”
    — Chiara Caccamo, Project Coordinator, SINTEF

    Steinbeis Europa Zentrum drives communication, dissemination & exploitation across Europe

    As leader of the Communication, Dissemination & Exploitation (CDE) work in H2GLASS, Steinbeis Europa Zentrum plays a central role in ensuring the impact of this milestone is understood across industry, policy, and research communities.

    SEZ is responsible for:
    • Communicating progress of the electrolyser’s journey across France, Italy, and Slovenia
    • Ensuring visibility of industrial demonstrators and technical achievements
    • Facilitating knowledge transfer between research partners, industrial users, and the broader hydrogen ecosystem
    • Supporting exploitation pathways, helping industry adopt and scale hydrogen combustion technologies
    • Engaging stakeholders, including glass manufacturers, technology providers, policy actors, and EU networks

    This coordinated effort ensures that the insights and data gathered at each deployment are effectively shared and leveraged to accelerate Europe’s move toward sustainable, hydrogen enabled manufacturing.

    A European Journey Toward Decarbonisation

    The mobile electrolyser will be deployed at four industrial partner sites across three countries, collecting essential data on performance, safety, operability, and scalability. These real world demonstrations are key to reducing emissions in one of Europe’s most energy intensive sectors.

    For more information you can contact:
    Dr. Anke Deckers, Steinbeis Europa Zentrum, H2GLASS@steinbeis-europa.de or project coordination Chiara Caccamo (Chiara.Caccamo@sintef.no).

    About H2GLASS:
    H2GLASS is an EU-funded project dedicated to accelerating decarbonisation in the glass industry by developing the technology needed for full hydrogen combustion in production facilities. The consortium brings together six industrial demonstrators from the glass and aluminium sectors, alongside leading research and industry partners, to develop, test, and validate H2GLASS solutions and demonstrate their transferability to other hard-to-abate industries.


    Wissenschaftliche Ansprechpartner:

    Chiara Caccamo, Chiara.Caccamo@sintef.no


    Weitere Informationen:

    https://h2-glass.eu/ - Project website


    Bilder

    Merkmale dieser Pressemitteilung:
    Journalisten, Wissenschaftler
    Chemie, Energie, Werkstoffwissenschaften, Wirtschaft
    überregional
    Forschungs- / Wissenstransfer, Forschungsprojekte
    Englisch


     

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