In RAMSSES (2017–2021), Cardama contributed as an industrial partner for the demonstration of advanced materials on real ships, drawing on its dry-dock and construction capabilities.
FRANCISCO CARDAMA SA
Spanish SME shipyard offering industrial maritime validation and sustainable port infrastructure expertise across European research consortia.
Their core work
Francisco Cardama SA is a Spanish shipyard and dry-dock operator based in Vigo, one of Spain's most active maritime cities. Their core business is ship construction, repair, and maintenance — the physical infrastructure and operational expertise of a working boatyard. In H2020 projects, they have contributed as an industrial validation partner, bringing real shipyard facilities and practical maritime know-how to research consortia. Most recently, they have extended their activity into sustainable port infrastructure, applying bio-enhancing concrete technologies to reduce the ecological footprint of marine facilities.
What they specialise in
RAMSSES focused on modular, standardised advanced material solutions for ships, with Cardama involved in long-term testing and condition monitoring in an operational maritime environment.
Living Ports (2021–2024) placed Cardama at the intersection of port management and ecological engineering, applying ECOncrete bio-enhancing concrete to reduce carbon footprint and increase marine biodiversity at port facilities.
How they've shifted over time
Cardama's early H2020 engagement (2017–2021) was firmly within the shipbuilding domain — advanced materials, modular ship components, standardisation, and condition monitoring of vessel structures. Their second project (2021–2024) marks a distinct pivot: away from the ship itself and toward the port environment, with keywords centred on ecological engineering, marine biology, biodiversity, carbon sinks, and coastal sustainability. The shift suggests Cardama is repositioning part of its identity from pure shipyard operator to a maritime infrastructure actor with green credentials, likely tracking market and regulatory pressure on ports to reduce environmental impact.
Cardama is moving toward the environmental sustainability of port and coastal infrastructure, making them a relevant industrial partner for future projects on blue economy, port decarbonisation, or marine habitat restoration.
How they like to work
Cardama has participated exclusively as a consortium partner — never as coordinator — across both projects, indicating they join research efforts to provide industrial validation rather than to lead scientific programmes. Their two projects involved large consortia (46 unique partners across 14 countries), suggesting they are comfortable operating within complex multi-partner structures. This profile is typical of an SME that brings a specific facility or operational context to a project rather than driving the research agenda.
Cardama has built connections with 46 distinct partners across 14 countries through just two projects, which is a notably broad network for an SME of this size. Their European footprint spans both research institutions and industrial actors in the maritime and environmental sectors.
What sets them apart
Cardama is one of very few active shipyards in Spain with documented H2020 participation, giving them credibility as an industrial validation site that research consortia often struggle to find. Their location in Vigo — a major Atlantic fishing and maritime hub — provides access to active port infrastructure and real operational conditions that laboratory partners cannot replicate. The combination of traditional shipyard expertise and an emerging green port focus creates a rare bridge between heavy maritime industry and ecological innovation.
Highlights from their portfolio
- Living PortsTheir largest project by far (€588,432), it represents a genuine strategic shift into ecological port engineering, positioning Cardama at the intersection of marine biology and infrastructure — unusual territory for a shipyard.
- RAMSSESDemonstrates Cardama's role as a real-world industrial testbed for advanced ship materials, providing the operational shipyard context that gave the project's demonstrations credibility.