Participated in both AEOLUS4FUTURE (wind harvesting) and GREENH2ATLANTIC (100 MW hydrogen), indicating a consistent role as industrial builder in energy infrastructure projects.
MARTIFER-CONSTRUCOES METALOMECANICAS SA
Portuguese metalomechanical engineering company building large-scale infrastructure for wind and green hydrogen energy projects.
Their core work
Martifer is a Portuguese industrial engineering and metalomechanical construction company, specializing in the design and fabrication of large-scale steel structures and mechanical systems for the energy sector. Their real-world work centers on building the physical infrastructure that energy projects require — from wind energy components to the kind of heavy industrial systems needed for large-scale hydrogen production. In the GREENH2ATLANTIC project, they contribute as an industrial partner bringing construction and manufacturing capabilities to a 100 MW green hydrogen production facility targeting Atlantic markets. Their participation bridges the gap between laboratory-scale research and industrial-scale deployment.
What they specialise in
GREENH2ATLANTIC (2021–2027) focuses on 100 MW flexible green hydrogen production with multi-MW electrolysis modules, where Martifer contributes manufacturing and construction expertise.
AEOLUS4FUTURE (2015–2018) addressed efficient wind energy harvesting, consistent with Martifer's known capability in fabricating structural components for wind turbines.
How they've shifted over time
In their first H2020 engagement (2015–2018), Martifer participated in AEOLUS4FUTURE, a wind energy project, with no documented thematic keywords — suggesting a supporting industrial or construction role rather than a scientific one. By 2021, their focus had shifted decisively toward green hydrogen, with GREENH2ATLANTIC bringing a rich set of keywords around 100 MW electrolysis, sector integration, and Portuguese hydrogen supply chains. The trajectory is unmistakable: from broad renewable energy infrastructure toward green hydrogen as a strategic industrial specialization.
Martifer is positioning itself as an industrial contractor for the green hydrogen economy, moving from general renewables toward hydrogen-specific manufacturing and construction at utility scale.
How they like to work
Martifer consistently joins projects as a participant or partner, never as coordinator, indicating they function as a delivery-focused industrial partner rather than a research leader. Their two projects collectively involved 35 unique partners across 12 countries, suggesting they are comfortable operating inside large, internationally distributed consortia. For collaborators, this means Martifer brings hands-on manufacturing and construction capacity to a consortium without competing for scientific leadership.
Martifer has built connections with 35 unique partners across 12 countries through just two projects, reflecting their involvement in large, well-connected EU consortia. Their network skews toward Atlantic European countries and energy sector actors, consistent with both AEOLUS4FUTURE and GREENH2ATLANTIC's geographic focus.
What sets them apart
Martifer occupies a rare position in EU research consortia as a large Portuguese industrial company that bridges engineering construction and energy transition — not a research institute, not a small spin-off, but a proven manufacturer capable of scaling lab concepts into real infrastructure. For consortia working on hydrogen or renewable energy systems, they offer industrial credibility and construction capacity that most academic or SME partners cannot provide. Their base in Portugal also makes them a natural entry point for projects targeting Iberian and Atlantic hydrogen supply chains.
Highlights from their portfolio
- GREENH2ATLANTICA flagship 100 MW green hydrogen project (2021–2027) with EUR 506,875 in EC funding to Martifer alone, targeting the full Portuguese green hydrogen supply chain and decarbonization of hard-to-abate industries.
- AEOLUS4FUTUREMartifer's first H2020 engagement, showing early commitment to renewable energy infrastructure and establishing their pattern of joining large international research consortia as an industrial partner.