Organization

DAMEN GLOBAL SUPPORT BV

Major Dutch shipbuilder contributing industrial shipyard expertise to EU projects on hydrogen, battery, and modular design for zero-emission vessels.

Large industrial companytransportNL

H2020 projects

As coordinator

Total EC funding

—

Unique partners

What they do

Their core work

Damen Global Support is the engineering and services arm of Damen Shipyards Group, one of the world's largest shipbuilding companies headquartered in Gorinchem, Netherlands. Within H2020 projects, they contribute practical shipbuilding and marine engineering expertise — particularly around modular ship design, battery integration for vessels, and hydrogen fuel implementation in maritime transport. Their role as a third-party contributor across all projects indicates they provide specialized industrial input (testing, design validation, real-world vessel data) to research consortia working on greener shipping solutions.

Core expertise

What they specialise in

Modular and platform-based ship designprimary

2 projects

NAVAIS focused on standardised, platform-based design for ferries and workboats; SEABAT addressed scalable modular battery architecture for vessels.

Maritime hydrogen fuel systemssecondary

2 projects

StasHH works on standard-sized heavy-duty hydrogen interfaces, while e-SHyIPS addresses hydrogen implementation standards for passenger ships.

Battery systems for waterborne transportsecondary

1 project

SEABAT specifically targets hybrid battery systems, BMS, and converter technology for short sea vessels and ferries.

Maritime safety engineering and risk assessmentemerging

1 project

e-SHyIPS covers safety engineering, bunkering procedures, risk assessment, and CFD simulation for hydrogen-powered ships.

Environmental impact reduction in shippingsecondary

2 projects

NAVAIS addressed low-impact shipping and underwater radiated noise; the hydrogen and battery projects target zero-emission maritime transport.

Evolution & trajectory

How they've shifted over time

Early focus

Modular ship design standardisation

Recent focus

Maritime hydrogen and battery propulsion

Damen's early H2020 involvement (2018) centred on conventional shipbuilding innovation — modular design, platform standardisation, and reducing environmental impact like underwater noise for ferries and workboats. From 2021 onward, their focus shifted decisively toward maritime decarbonisation: hydrogen fuel systems, large-scale battery architectures, and digital twin technology for ship design. This trajectory mirrors the broader maritime industry's pivot from incremental efficiency gains to full zero-emission propulsion systems.

Damen is building deep expertise in hydrogen and battery-electric vessel standards, positioning itself as an industrial partner for anyone developing zero-emission shipping technology.

Collaboration profile

How they like to work

Role: third_party_expertReach: European18 countries collaborated

Damen participates exclusively as a third party in H2020 projects — they are brought in by direct participants to provide real-world shipbuilding expertise, vessel data, or testing capacity rather than leading research themselves. Despite this indirect role, they have connected with 78 unique partners across 18 countries, reflecting their reach as a major industrial player. This pattern suggests they are a go-to industry validator: consortia seek them out to ground research in practical shipbuilding reality.

Through just 4 projects, Damen has connected with 78 unique consortium partners across 18 countries, reflecting the large-scale Transport and Energy consortia they join. Their network spans broadly across European maritime research institutions and technology developers.

Why partner with them

What sets them apart

Damen brings something most research partners cannot: access to one of Europe's largest commercial shipyards with real vessel production lines, operational fleet data, and direct routes to market. For any consortium developing maritime technology — from hydrogen bunkering to battery systems — Damen's involvement signals industrial credibility and a realistic path from research to deployment on actual ships. Few organisations can offer both the engineering depth and the commercial scale to validate and eventually manufacture maritime innovations.

Notable projects

Highlights from their portfolio

NAVAIS
Addressed fundamental ship design methodology with modular, platform-based approaches — potentially reshaping how ferries and workboats are built across the industry.
e-SHyIPS
Tackles the full hydrogen implementation chain for passenger ships — from safety standards and bunkering procedures to CFD simulation and digital twins.
SEABAT
Directly targets scalable battery solutions for short sea vessels, one of the most commercially viable segments for maritime electrification.

Cross-sector capabilities

Energy — hydrogen storage and fuel cell integration for heavy-duty transportEnvironment — underwater noise reduction and zero-emission vessel designManufacturing — modular design principles and platform standardisation for shipbuildingDigital — digital twin technology and CFD simulation for vessel design

Analysis note: All 4 projects are third-party participations with no EC funding reported directly to this entity, which limits insight into their financial commitment. However, as part of the well-known Damen Shipyards Group, their industrial capability and maritime expertise are well-established beyond what the H2020 data alone shows. The third-party role likely understates their actual contribution level.