SINTEF has over 75 years of experience of ship model testing in our test facility in Trondheim. But we also have a large experience in doing speed trails and field measurements. SINTEF can provide...
Seaweed faming captures large CO2-amounts and by replacing products from feedstocks with big climate footprint the overall CO2 emissions may be reduced. However, we also need to remove CO2 from...
SINTEF conducts research on energy use in different buildings, including analysis of energy measurements and other measurement data, simulation of energy use in buildings and areas, load profiles...
Norwegian municipalities will spend almost NOK 200 billion on maintaining the water supply networks over the next 20 years. SINTEF assists the municipalities in taking the step from an analog to...
SINTEF assists municipalities, inter-municipal companies and private industry in finding the right processes and technology for handling wastewater and sludge. Safe treatment of wastewater to...
In the interaction between choice of alloy, production processes and design of the product, the material technology plays a key role. Mechanics and structural engineering We work with research...
The electrical power system is in a state of transition, and in future decades will be subject to far-reaching changes. New sources of production and patterns of consumption will result in power...
Energy prices on the Nord Pool power exchange are calculated on a daily basis for every operating hour in a variety of sectors. Those responsible for systems in the Nordic region work closely...
Because of world population growth, it is estimated that we must produce 70 % more food on the planet by 2050. In addition, it is necessary that we reduce greenhouse gas emissions dramatically....
The fields of special expertise of the Department of Maritime Energy Systems comprise engine development, combustion, flue-gas and scrubbing technology, VOCs and field measurements. Our areas of...
SINTEF has a wide experimental and numerical expertise in all the main aspects within development of technology for converting heat to electrical power. We work within these areas: Capture of...
The HTL conversion process occurs in liquid phase, with water used as the reactive medium. During the process, the feedstock decomposes forming solids, a liquid phase, consisting of aqueous and...