SINTEF (Norwegian: Stiftelsen for industriell og teknisk forskning), headquartered in Trondheim, Norway, is the largest independent research organisation in Scandinavia. Every year, SINTEF supports research and development at 2,000 or so Norwegian and overseas companies via its research and development activity. The acronym SINTEF means "The Foundation for Scientific and Industrial Research". SINTEF was established at the Norwegian Institute of Technology (NTH) in Trondheim in 1950 and expanded rapidly in the following years. The largest expansion came in 1993 when the "Centre for Industrial Research" in Oslo merged with SINTEF and created the SINTEF Oslo campus. SINTEF has approximately 2100 (2010) employees, most of whom are located in Trondheim, and approximately 350 of whom are in Oslo. There are also offices in Bergen, Stavanger, Tromsø, Raufoss and Ålesund, in addition to overseas offices in Houston, Texas (USA); Rio De Janeiro, Brazil; and Hirtshals, Denmark (the Hirtshals location being a laboratory installation). SINTEF works in close cooperation with the Norwegian University of Science and Technology (NTNU) in Trondheim and with the University of Oslo (UiO).
Food factory for baby fish is first of its kind
Norwegian company C-Feed builds world's first industrial plant for copepods – a fish-fry feed for the production of ballan wrasse, tuna, halibut and other marine species.
Oil droplets in the ocean provides the answer
What really happens to the oil that ends up in the sea during a discharge, and how can we minimise the damage?
3-D help for needy and creative entrepreneurs
If you want to manufacture single prototypes or small-scale production series, 3D-printed forms may be the way to go.
Redundant egg layers can become food
Three million egg-laying hens are destroyed each year. Researchers believe that this practice is inadequately sustainable and want to see the hens exploited for food, oils and proteins.
Power companies unprepared for hacking attacks
Researchers are recommending that Norwegian power distribution companies should carry out more regular contingency exercises to prepare themselves for hacking attacks. If they don't, they won't be equipped ...
Saving on oil well costs using everyday nails
Ordinary nails can reinforce oil wells. There's no quicker or cheaper way.
Extracting 'gold' from fish and plant waste
New industrial processing techniques are enabling us to obtain valuable proteins, antioxidants and oils from salmon and rapeseed waste. These extracts can be used in health foods, nutritional supplements ...
Green light for the world's first intelligent oil pipelines
Electronics installed in Norwegian oil pipelines have been tested both at sea and in transport vessel reeling simulations. All that now remains is to install them offshore.
The aesthetic appearance of concrete is controversial
Is a perfect concrete wall concrete without big pores? The aesthetic appearance of concrete is a controversial subject among developers, architects and building contractors. What does look like anyway? What ...
Using rooftop rainwater to make drinking water
Climate change will lead to water scarcity in large parts of Africa. But there is hope – on African rooftops.
Fishing vessel transformed into a wave power plant
Is it possible for a redundant fishing vessel to be used as a power plant? Absolutely! The first vessel of its kind is now anchored offshore in the Stadthavet area west in Norway, with the aim of generating ...
Running fuel cells on bacteria
Researchers in Norway have succeeded in getting bacteria to power a fuel cell. The "fuel" used is wastewater, and the products of the process are purified water droplets and electricity.
New programming language for fast simulations
Norwegian researchers have developed an entirely new language for faster programming and simulations.
Ductile materials for Arctic conditions
The production of oil and gas at temperatures between 40 and 60 degrees below zero means that researchers must advance the development of materials that can withstand these harsh conditions.
Self-repairing subsea material
Embryonic faults in subsea high voltage installations are difficult to detect and very expensive to repair. Researchers believe that self-repairing materials could be the answer.