SINTEF projects

NYMOOR will enable design and use of nylon mooring systems for floating wind turbines, reducing material and resource requirements and enabling novel mooring solutions.

The potential for energy efficiency in the seafood industry

Privacy@Edge develops new knowledge and tools that help people understand how the smart devices in their everyday lives use their personal information and make informed privacy choices. By combining automated analysis of privacy policies with...

The SEAD project will explore the potential of plant-inspired pyrogallol-based compounds as adhesion anchoring sites.

SIBERIA intends to develop completely fluorine free Na-ion batteries as an alternative battery technology for stationary storage.

ZeSiM will eliminate CO₂-emissions from manganese ferroalloy and silicon production by replacing the carbon reductants with renewable energy in the most direct way possible: through electrowinning.

The main objective of AirOcean is to reduce environmental footprint and increase energy efficiency of oceangoing vessels by providing know-how for design and application of effective air-lubrication systems (ALS).

Building the biodiversity component of the Digital Twin of the Ocean

The HICCUPS project proposes a resource efficient solution to convert biogenic CO₂ emissions from wastewater treatment plants into bio-based polymers for the packaging industry.

QUASAR ambition is to offer Europe the unique opportunity to move towards competitive PV production and a fully circular economy, by tackling all of the underlying challenges in a holistic way.

Carbon capture from syngas to Single Cell Protein (SCP) and use as fish feed ingredient

KSP WIND will develop new simulation tools for accurate analysis of wind-powered ships that include aerodynamics, hydrodynamics, propulsion, machinery, control system, and operation, both for short-term time-domain analysis and long-term statistical...

By merging competences of metocean, wave hydrodynamics, and structural dynamics, the B -WAVES-project will gain new knowledge on the extreme waves and wave loads that bottom fixed offshore wind turbines experience during its lifetime.

Ammonia (NH₃) has intrinsic risks due to toxicity and flammability.

The project will identify the global food industry needs, considering emerging processing technologies, such as high pressure processing, membrane processing, pulsed electric field and ultrasound.

The PlastiSpread project studies the role of the microbial community in biofilms associated with marine plastics, and how they are influenced by variations in urban WW discharges.

We will enable medical imaging in remote areas by using artificial intelligence to guide ultrasound in real-time. Thereby improving remote health care services and its environmental and economic sustainability.

The aim of the project is to generate knowledge on barriers and facilitators for successful transitions and pathways for young unemployed people with reduced work capacity.