Liebherr cranes drive maritime research forward

The Norwegian Ocean Technology Centre is set to become one of the world’s most advanced research and education hubs for maritime technology. The project, undertaken on behalf of the Norwegian University of Science and Technology (NTNU) and SINTEF Ocean, will further strengthen Norway’s leading role in sustainable ocean resource management, offshore energy and environmentally friendly shipping.

A total of six Liebherr tower cranes are in operation across the extensive construction site: four Liebherr 280 EC-H 12 Litronic, one 280 EC-H 16 Litronic, and one 81 K.1 fast-erecting crane. They handle heavy concrete and steel components, formwork and large structural elements in immediate proximity to the coastline, operating reliably despite changing weather and strong coastal winds. Liebherr’s Norwegian partner UCO (Utleiecompagniet AS) supplied the cranes and is supporting the project with technical expertise and comprehensive service.

A centre for research, sustainability and innovation

Once completed in 2030, the Norwegian Ocean Technology Centre will feature state-of-the-art wet and dry laboratories, workshops, offices and teaching facilities. Research will focus on areas such as emission-free shipping, renewable offshore energy, sustainable aquaculture, and digital simulation of maritime processes.

The cranes play a vital role in ensuring that the various building structures and testing facilities are constructed safely and on schedule, establishing the infrastructure for a project that is set to become a symbol of the green transition within the maritime industry.

Technical precision for the highest requirements

The demands placed on crane technology are exceptional due to the coastal location, complex structural geometry and stringent safety requirements. The Liebherr Tower Crane Solutions Team supported the construction company HENT AS with detailed engineering and statistic calculations.

The selected Liebherr cranes are ideally suited to the project’s requirements, offering high lifting reserves, precise control and robust components that ensure reliable operation even in Trondheim’s harsh and windy coastal climate. The 81 K.1 complements the high-top cranes as a highly versatile fast-erecting crane, ideal for temporary tasks requiring frequent changes in position and working height.