SINTEF projects

CaptureX aims to develop new knowledge about drivers, opportunities and challenges for realizing large-scale CCS and CCU.

In this knowledge-building project for industry, we develop sustainable solutions for ports as energy hubs, contributing to Norway's transition to a zero-emission society.

Helping to ensure the overall well-being, safety, and comfort in pedestrian zones in building assessment is very important. Current technology used for wind flow calculation results in accurate assessment of wind comfort but has the drawback of being...

Selective Breeding of Copepods

Energy storage is essential for the energy transition; but no single storage technology available today can meet this challenge on its own.

Resilience, safety and security are significant when introducing autonomous vessels in the Maritime Transport Systems (MTS). A resilience-based knowledge foundation for governance, management and work practice will be developed, ensuring an...

Management of sea-based fish farms typically entails manual, and often challenging, inspection operations to monitor equipment, structures and biomass, which may result in sub-optimal and costly operations, insufficient maintenance, a general lack of...

Norwegian seafood products are globally traded products, encompassing varying degrees of social and economic dependency between producing and consuming countries and regions. In times of global shocks affecting production and markets, the Norwegian...

Providing access to cost-efficient, replicable, safe and flexible CCUS.

Globally, the food chain is estimated to account for 33% of the total GHG emissions. Reduction of these emissions will require advanced technology, innovation and research. In this project, we will address these challenges we will suggest practical...

ERATOSTHENES aims to solve critical obstacles considering “Security of Things” as core to the future IoT success.

Carbon Links (LINCCS) - Linking large-scale, cost-effective, permanent offshore storage across the value chain.

LOUISE aims to reduce the cost of CO₂ capture by demonstrating an innovative method of generating power and heat from waste (and providing a concentrated stream of CO₂ that can be used or permanently stored).

The increasing market of the electric vehicles and the growing importance of renewable energy sources calls for next generation high efficiency batteries.

The PYROCO2 project will demonstrate the scalability and economic viability of carbon capture and utilization (CCU) to make climate-positive acetone out of industrial CO₂ and renewable electricity derived hydrogen.

How to communicate medical registry data to citizens in an understandable manner?

SMARTCHAIN will develop approaches and tools for sustainable utilisation, production planning, logistics optimisation, and traceability to facilitate transfer of bio-resources from catch/production throughout the value chain of fisheries and...

The TailAd project will develop new characterization methods utilizing advanced instrumentation that will provide the capabilities to study adhesion characteristics of paints in much greater detail.