The purpose of H2Marine project is to design, build, test and validate two PEM stacks generating 250-350 kW electric power designed for marine applications.
OUR VISION
The use of hydrogen and the replacement of current fuels in the marine sector in order to build a greener and more sustainable future.
LATEST NEWS
& EVENTS
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H2MARINE at the Hydrogen Research Forum in Finland 2025
On 29–30 October 2025, VTT Technical Research Center (Finland) joined the Annual Seminar of Hydrogen Research Finland in Tampere. With attendees from academia, industry, and policymakers, the event featured keynote speeches, panel discussions, posters, and tours. Lius Daniel from the VTT team showcased the poster titled “Multi-Single-Cell Accelerated Stress Testing and Electrochemical Diagnostics for PEM...
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The H2MARINE project participated at the Hydrogen Technology World Expo at the Hamburg Messe und Congress GmbH (21–23 October 2025)
The H2MARINE project participated at the Hydrogen Technology World Expo at the Hamburg Messe und Congress GmbH (21–23 October 2025). CluBE (Cluster of Bioeconomy and Environment of Western Macedonia), represented by Mr. Nikolaos Ntavos, joined the event and introduced H2MARINE to the international community. The expo offered a valuable opportunity to exchange ideas, engage with...
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H2MARINE 2nd Publication
We are pleased to share a new publication from H2MARINE partner CERTH, published in International Journal of Hydrogen Energy: https://doi.org/10.1016/j.ijhydene.2025.151574 The review paper focuses on post-mortem analysis techniques as a tool to understand the degradation mechanisms of PEMFCs under stressors relevant to marine applications. In further detail, the application of various imaging (SEM,...
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H2MARINE AT ΤΗΕ 89TH THESSALONIKI’S INTERNATIONAL FAIR
The H2MARINE project was presented at the 89th Thessaloniki International Fair, where visitors had the chance to explore how hydrogen technologies can contribute to a cleaner maritime sector.Through H2MARINE, partners are developing and validating PEM fuel cell stacks in the 250–300 kW range designed specifically for marine applications. These systems are not only being engineered...
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