SINTEF Ocean projects

ISTS will work to establish a standardized, international IT architecture for maritime transport to ensure interoperability between ships and land-based actors during increased digitalization.

Norway has been a world-leader on maritime technology for a long time, but the world is changing fast and major challenges threaten its position.

It is mandatory to treat water from land based recirculating aquaculture (RAS) before release from an aquaculture plant, and this implies a cost to the producer. At present, there is no established system for collection and reuse of RAS release water...

The main goal of the CalaFeed project is to enhance the potential of Calanus as an aquafeed ingredient. The zooplankton Calanus finmarchicus, also known as red feed, is a natural resource widely available in Norwegian waters, that has the potential...

Working with the Republic of Estonia's Ministry of the Environment through the Iceland, Liechtenstein, Norway grants, SINTEF is charged with helping to develop a strategy for circular economy in Estonia.

The main objective of GOMPLAR is to describe, compare and analyze two regional international regulatory and governance frameworks addressing marine plastic litter in order to draw conclusions for possible solutions in the Arctic, seeking synergies...

Computational Fluid Dynamics for the Design of Energy Efficient and Environment Friendly Marine Propulsors.

Compareit addresses how new production systems should be regulated, administered, and where they could be best located, which are highly relevant questions for a sustainable development of the industry that safeguards other societal interests and...

The exposure of slender marine structures, e.g., deep-water risers and power cables to floating wind turbines, to waves and currents causes excitation forces and leads to fast accumulation of fatigue damage and amplified drag loads. In many cases...