M-Lab: developing the sustainable maritime energy systems of the future
Achieving zero-emission shipping, especially for deep-sea vessels, will rely on innovative solutions for decarbonization. Enter the maritime energy systems laboratory (M-Lab): an experimental high-power test site for advanced and complex energy systems, primarily for ships.
Pulse Spray Drying: Energy-Efficient Production of Food Ingredients
A new lab infrastructure in Trondheim will allow research partners and industry to test pulse spray drying: a novel method that can produce high-quality dehydrated powders more energy-efficient than traditional methods.
What is the potential of bioCCS to deliver negative emissions in Norway?
If we are to achieve our climate goals, we need to remove CO2 from the atmosphere and drastically reduce our current emissions. Bioenergy production with carbon capture and storage (bioCCS) is one way to permanently remove CO2 from the atmosphere. However, while it is expected to be a main component of global climate action, key questions for Norway are: how much biomass is available, and how much can be used for bioCCS?
Why feeder loop services are the future of waterborne transport
How can mothers and daughters solve traffic jams and make sure your goods reach the small ports? Written by Espen Johansen Tangstad and…
Robots collaborate on remote sampling of zooplankton
In the first week of summer, a dynamic team of robots, researchers, students, and engineers in SFI Harvest and AUR-Lab embarked on a…
Project Protect Our Waters! A campaign to reduce wastewater pollution on Svalbard
Wastewater pollution is an issue that extends across the globe, including to the Arctic. When looking out at what appears to be a…