Latest news from SINTEF

Fish welfare: Using a digital eye and artificial intelligence, scientists have found a way of monitoring the breathing of salmon. The method can reveal whether or not the fish are stressed.

42 partners from across the power industry will collaborate in the SecurEL research centre over the next eight years to strengthen the power grid, ensuring it can withstand new challenges and support the transition to a net-zero emissions society by...

The EUR6.3 million EU Horizon project LOWNOISER will work to protect marine ecosystems from underwater noise pollution from ships, where SINTEF Ocean leads two of the work packages.

That is the message from Atle Harby, senior researcher at SINTEF. He is a member of the expert committee tasked with looking at the socio-economic consequences of climate change.

Solar panels contain many valuable materials. Still, most of them end up discarded after use. Now researchers are investigating new ways of recycling.

Now the robot is able to grab objects that no other robot has been able to grab before. – A real “Matrix robot,” says researcher Ekrem Misimi.

"Together, we will work to ensure that Norway is ready when the quantum wave arrives," says Trond Runar Hagen, Executive Vice President of SINTEF Digital.

Japan and Norway have a lot in common despite first appearances. One of the commonalities are long coastlines and deep waters, meaning that offshore wind will, at least in parts, be floating.

The research center Zero Emissions Metal Production (FME ZeMe) aims to develop solutions that contribute to a carbon-neutral metal industry in Norway by 2050.

The EERA DeepWind 2025 offshore wind research and innovation conference has concluded after three days of insightful discussions, presentations, and networking in Trondheim, Norway.

An EU-funded project aims to achieve sustainable production of silicon and manganese by developing a new production method using renewable hydrogen and carbon recycling.

A EU-funded project will promote CO₂ capture and improve economic sustainability by converting waste CO₂ to value added products.

Ensuring material integrity throughout the hydrogen value chain - from production to transport, storage, and end use - is crucial for safe and efficient use of both hydrogen and ammonia.

Would you pay 1% more for a magazine if it could reduce the CO₂ emissions associated with its production by 80%?

A new EU funded project aims to efficiently produce hydrogen from waste, ensuring strong energy performance with a fully carbon-negative approach.