Six Liebherr tower cranes are playing an essential role in the development of the Norwegian Ocean Technology Centre in Trondheim, a major new facility that aims to become one of the worlds most advanced research environments for maritime and energy technologies.
The landmark project, commissioned by the Norwegian University of Science and Technology (NTNU) and SINTEF Ocean, is designed to strengthen Norways position in sustainable ocean resource management, offshore renewable energy, low emission shipping, and digital innovation across the maritime sector.
To support construction across the large coastal site, four Liebherr 280 EC H 12 Litronic cranes, one 280 EC H 16 Litronic, and a versatile 81 K1 fast erecting crane are in continuous operation. Tasks include handling heavy concrete and steel materials, lifting large prefabricated elements, and placing complex structural components. Operating directly on the waterfront, the cranes must perform with precision in challenging weather conditions, including high winds and rapid weather shifts.
Liebherrs local partner UCO (Utleiecompagniet AS) is supplying the cranes and delivering on site service and technical support. Additionally, the Liebherr Tower Crane Solutions Team is advising construction contractor HENT AS with engineering expertise and detailed structural calculations, ensuring safe and efficient lifting strategies throughout all phases of the project.
When completed in 2030, the Norwegian Ocean Technology Centre will feature cutting edge laboratories, workshops, teaching environments, and advanced testing facilities. These will support pioneering research into zero emission maritime transport, offshore energy solutions, sustainable aquaculture, and the digital simulation of marine operations.
The crane solutions deployed combine high lifting capacities, precise control systems, and robust engineering to meet the projects demanding coastal environment and complex architectural requirements. The 81 K1 crane further enhances flexibility on site by enabling quick repositioning and efficient handling of frequently changing tasks.
