Metacon Secures EU Funding for Biomethane-to-Hydrogen Pilot in Crete

## Metacon Secures EU Funding for Biomethane-to-Hydrogen Pilot in Crete Swedish energy technology company Metacon has announced that its fully owned Greek subsidiary, Metacon SA, has been awarded European Union project funding to develop and demonstrate hydrogen production from biomethane, according to a PR Newswire release dated 8 October 2026. The initiative, designated the BIOH2VAP project, will be based in Crete and is designed to validate Metacon's proprietary reforming technology as a viable pathway for producing hydrogen from biomethane — a renewable gas derived from organic waste streams. ### Significance for Maritime Decarbonisation The project carries broader implications for the maritime industry, which is under increasing regulatory pressure to transition away from conventional fossil fuels. Hydrogen and hydrogen-derived fuels, including ammonia and methanol, are widely regarded as among the most promising long-term solutions for deep-sea shipping decarbonisation. Biomethane-to-hydrogen pathways offer a potentially cost-effective and scalable route to green hydrogen production, particularly in island and port environments where grid connectivity may be limited. Crete's geographic position in the Eastern Mediterranean also makes it a strategically relevant testbed, given the region's growing role as a bunkering and logistics hub for vessels transiting between Europe, Asia, and Africa. ### Technology and Project Scope Metacon's reforming technology converts biomethane — itself produced from biological sources such as agricultural waste or sewage — into hydrogen through a steam methane reforming process. The BIOH2VAP pilot aims to demonstrate this process at an operational scale, providing performance data that could support future commercial deployments at port facilities or coastal industrial sites. The EU funding award reflects continued European institutional support for green hydrogen infrastructure, in line with the EU Hydrogen Strategy and the broader REPowerEU agenda, which seeks to accelerate the deployment of renewable energy technologies across member states and candidate regions. Metacon has not yet disclosed the specific funding quantum or the project timeline, though pilot projects of this nature typically operate over a two-to-four-year demonstration period. ### Industry Outlook As the International Maritime Organization's (IMO) revised greenhouse gas strategy targets net-zero emissions from international shipping by or around 2050, investment in alternative fuel production infrastructure at and near ports is expected to intensify. Projects such as BIOH2VAP represent early-stage but critical steps in building the supply chains that will be needed to make green hydrogen commercially available to vessel operators at scale. *Source: PR Newswire*