... The topic for this year's conference was to share new knowledge and create new opportunities in the transition to a circular economy. Norwegian and international companies, researchers, decision-makers and the Minister of Climate and Environment, Sveinung Rotevatn, were present. Sveinung Rotevatn was...
...on research on minerals and materials. Illustration photo: Geir Mogen, NTNU Standard A national laboratory for characterizing minerals and advanced materials is being established by NTNU, NGU and SINTEF in Trondheim. The lab is called the Norwegian Laboratory for Mineral and Materials Characterisation...
...3D-printed moulds in plastic already give Rottefella big cost reductions. To the left: John Bratland. Rottefella, Bjørn Lie, OM BE Plast, and Erik Andreassen, SINTEF. If you want to manufacture single prototypes or small-scale production series with plastics materials, injection moulding with 3D-printed...
...advantages for the patient, while reducing costs for healthcare. Department of Medical Technology at SINTEF Technology and Society is a partner in the EU project Regional Anaesthesia Simulator and Assistant (RASimAs), together with partners from 10 European countries. The aim of this ambitious project is to...
...conducted annual national ripple effect analyzes in the fisheries and aquaculture sector on behalf of various clients. By specific adaptation of data which brings out the respective value chains for fishing / hunting and aquaculture, and the use of a custom input-output model of the Norwegian economy...
...important cause of major disability and death in Malawi. The National TB control Program (NTP) was established in 1964 to reduce the incidence and prevalence of TB in the country. The Stop TB Strategy (DOTS) became the internationally recognized strategy in 1984 and currently has national (100%) coverage...
...food security, and cross-sectoral planning. Only 3.5 per cent of Norway’s land area is suitable for food production, and this land is under pressure from development, overgrowth, and competing commercial interests. At the same time, farmland protection is crucial for national security and sustainable development...
Jostein Thorstensen in the lab with the new 3D-camera. Photo: Werner Juvik Standard SINTEF is developing a new 3D camera that is robust and accurate enough to be the ‘eyes’ of a planetary rover exploring the surface of Mars. However, since the ESA withdrew from its collaboration with the Russians because...
Norwegian–Swedish initiative for testing and developing railway technology in extreme Arctic conditions. Narvik Why You Should Attend? Join the Arctic Innovation Train Journey along Ofotbanen and Malmbanan with live demonstrations. Take part in an exclusive seminar and lab visit at UiT The Arctic University...
FLACS is developed to be a highly flexible full-scale logging and data acquisition system that can be operated either in manual or automatic mode. It is developed to make it easy to include new sensors and features. FLACS is based on the Lab-VIEW platform running on Windows OS....
...cast irons depend upon the microstructure and alloying and alloying additions. The material microstructure varies with the cooling rate, which is very inhomogeneous in thick walled wind turbine components. Thus, documenting the microstructure distribution and hence the distribution mechanical properties...
...be awarded a grant of 50 000 Euro to develop additional digital functionalities for the DIY4U platform. These additional functionalities will enhance and extend the existing platform, supporting the innovative nature of the DIY4U approach....
Norway, and a main object of MACROSEA was to examine genetic diversity and adaptation of sugar kelp along the coast. Growth and gene expression of sugar kelp cultures from Tromsø, Trondheim and Bergen cultivated together under laboratory conditions simulating the growth environment in North-, Mid- and South-Norway...
Combining machine learning and analytical models may yield the best of both worlds. Machine learning models are flexible and powerful, but they often function as black boxes with high data requirements, and they do not provide insight into the underlying physical or data-generating phenomena. On the...
...ship resistance, propulsion and hull design. Assistance is provided through research, numerical analysis, model- and full-scale verification as well as design assistance. Highly skilled researchers use advanced laboratories and numerical tools to provide best quality and independent services to our clients...
The Norwegian Fuel Cell and Hydrogen Centre is a joint initiative taken by three major Norwegian R&D stakeholders (SINTEF, IFE and NTNU) engaged in Fuel Cells and Hydrogen (FCH) technologies and has a clear nation-wide character and impact. Our main goal is to be an operative centre of advanced laboratories...
...scientific level, and to the general population, The management of the CenBio innovations to better support the development of the bioenergy industry. WP5.1 - Bioenergy Graduate School One of the major tasks for the Bio-Energy Graduate School is to promote studies in bioenergy. Now both NMBU and NTNU are running...
...degradation due to corrosion and wear often undermines the sustainability of products and processes. We perform research on complex corrosion and wear phenomena and contribute to increased product life, reduced energy consumption and emissions, optimised maintenance and improved safety....
