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The push toward cleaner and smarter shipping took another step forward this week as Dutch authorities, maritime technology companies, and education partners launched a new research initiative focused on autonomous and hydrogen powered shipping between Rotterdam and Oslo.
The Living Lab Green & Autonomous Corridor Rotterdam Oslo officially opened on 27 May at the RDM campus of Hogeschool Rotterdam in the Port of Rotterdam. The project will test how future port and ship operations could change as vessels become increasingly digital, remotely managed, and emission free.
At the center of the initiative are two hydrogen powered container vessels being developed by Samskip. The SeaShuttle vessels are expected to enter service between Rotterdam and Oslo from 2027 and are being designed with autonomous operating capabilities.
For the maritime industry, the project reflects a broader question now emerging across Europe’s ports and logistics corridors. What happens to operational workflows, crew responsibilities, and technical training when ships begin operating partly from shore?
Nearly €2 million in EU transition funding
The project secured nearly €2 million in support from the European Union’s Just Transition Fund, known as the JTF. The fund supports regions with strong industrial and fossil fuel related economies as they transition toward climate neutral operations.
In the Rijnmond region, the programme is jointly managed by the Province of South Holland and the Municipality of Rotterdam.
During the launch event, regional minister Arne Weverling presented a symbolic funding cheque to the project consortium.
“The energy transition is changing not only technology and systems, but also the work people do,” Weverling said. “With the JTF, we are investing in innovation as well as skills. This project shows how education, companies, and governments can work together on a future proof maritime sector.”
Remote operations move closer to reality
A Remote Control Centre will be established at the RDM campus as part of the living lab. Students, researchers, and maritime companies will use the facility to experiment with shore based navigation support, vessel energy management, and predictive maintenance systems.
The setup mirrors developments already taking shape in parts of the offshore, ferry, and coastal shipping sectors, where remote monitoring and assisted navigation are becoming more common.
For logistics operators and vessel owners, the concept could eventually reduce operational costs, improve fuel efficiency, and support compliance with tightening emissions rules. But the project partners also acknowledge that technological progress creates practical workforce questions.
Which tasks must remain onboard? Which can safely move ashore? And what new training standards will crews and shore personnel require?
Those are some of the questions the living lab aims to answer between now and 2029.
Hydrogen shipping gains momentum in Northern Europe
The Rotterdam Oslo corridor has become one of Europe’s most closely watched green shipping routes as regulators and operators accelerate efforts to decarbonize short sea container services.
Hydrogen powered shipping remains technically and commercially challenging due to fuel availability, infrastructure investment, and energy storage limitations. Still, several Scandinavian and Northern European operators are moving ahead with pilot projects as pressure grows to reduce maritime emissions.
For ports such as Rotterdam and Oslo, projects like the SeaShuttle programme also serve another purpose. They create test environments where digital infrastructure, energy systems, and cargo handling processes can evolve together rather than separately.
Industry observers compare the transition to the early years of containerization. At the time, ports did not simply add containers to existing systems. Entire operational models changed around them.
The same may now happen with autonomous and low emission shipping.
Broad consortium of maritime and technology partners
The project is led by Hogeschool Rotterdam and includes a wide group of public and private sector participants.
Partners include STC, the Municipality of Rotterdam, Samskip, CaptainAI, Smart Ship, Techbinder, ABB, Zeabuz, Seafar, MARIN, and TU Delft.
The programme will run from 2026 through 2029 and will focus on operational testing, workforce development, and applied maritime research linked to autonomous and sustainable shipping systems.
Source:Provincie Zuid-Holland
