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In a major development for sustainable shipping, Torghatten Nord has signed a contract with Myklebust shipyard in Norway to construct the world’s largest hydrogen-powered ship. This innovative vessel, which is 117 meters long, will be designed to transport 120 vehicles on Norway’s longest ferry route in the Arctic Circle. The ship will operate in the waters of Vestfjordstrekninga Bay, connecting the towns of Bodø and Lofoten.
Myklebust, a leading Norwegian ship design company, will be responsible for designing this high-capacity hydrogen-powered ship. The construction is expected to be completed by 2026 and will require increased staffing and operations at Myklebust’s facility in Gursken. The project will involve collaboration with the Norwegian Maritime Authority to establish safety standards for this new type of ship.
The vessel will serve the 278km Vestfjordstrekninga ferry route, connecting Bodø, the islands of Røst and Værøy, and Moskenes. It will significantly increase maritime traffic in the area and help reduce approximately 26,500 tons of CO2 emissions annually. The vessel’s innovative design will ensure efficient operation despite challenging conditions in Arctic waters. Onboard storage will supply hydrogen to the fuel cell, converting energy into electricity for propulsion and auxiliary systems.
This project represents a groundbreaking achievement in sustainable shipping practices as it involves transporting passengers using hydrogen over long distances in harsh conditions – something that has never been done before. It is a collaboration between Torghatten Nord, Myklebust shipyard, the SEAM system (which is responsible for energy management onboard), and hydrogen supplier GreenH. This initiative marks a significant step towards reducing carbon emissions in the maritime industry.
The construction of this massive vessel at Myklebust’s facility in Gursken is expected to bring significant benefits not only to Myklebust but also to other businesses operating near Gursken as they may need additional staffing or operations due to increased demand.
Overall, this project highlights how innovation can lead to sustainable practices that benefit both society and businesses alike while reducing our impact on the environment.
