...include potable (drinking) water treatment, waste water treatment (such as industrial effluents, agricultural effluents,) and other applications. Various processes are running and are also at improvement/development stages. The processes can be divided into physical/chemical processes such as coagulation...
...bring together leaders from governments, businesses, and research sectors across Germany, Netherlands, Belgium, Denmark, and Norway. GreenShift, organized in collaboration with SINTEF and the Norwegian Embassies, aim to foster dialogue, collaboration, and innovation in the pursuit of a sustainable energy...
Goodtech, Veracity by DNV and SINTEF to create the open and fully distributed Maritime Data Space ecosystem. On Friday, 26th of October the Maritime Data Space project was officially initiated with a kickoff meeting, hosted by Wilhelmsen Ship Management at Lysaker, Oslo. More and more digital information...
...private and professional lives. The next important transition will be the use of renewable resources for producing plastics and finding new value for plastics after its end of life. i4plastics aims to be a forerunner in this transition. i4plastics consists of 17 small and large companies and expertise...
...(PDC) is specialized in (biobased) conceptual process design and energy efficiency. In the field of conceptual design, PDC's expertise includes: Idea generation and validation Process simulation Process optimization Physical properties Mass and energy balancing Techno-economic evaluation R&D guidance PDC...
...to be executed by systems for symbolic computation, experimental program code for new geometric algorithms, and prototypes of more complete software libraries for intersection calculations and implicitization. We plan to have information on how to download the prototypes included on this web page. AXEL...
...350 MEUR in 2010, and the customers were located in 60 different countries. SINTEF is a multidisciplinary organization with expertise in the natural sciences and technology, environment, health and social science. SINTEF has competence in the fields of microsystems, sensor technology and sensor networks...
...batteries, H2 and fuel cells) and nano-materials research. CEA is heading the N.ERGHY research grouping. Within CEA Liten, the DEHT (Electricity and Hydrogen technologies for the Transports Department) is now staffed with more than 150 employees. The laboratory covers R&D on low temperature and high temperature...
...long-term collaborative project between scientists and industry in Norway is aiming to assuage concerns over flow assurance within the petroleum industry. International Innovation is the leading global dissemination resource for the wider scientific, technology and research communities, dedicated to disseminating...
...out and controlled by human operators. Decision-support and/or automatic control systems, that can provide adequate courses, speeds and distances during the approach phase between the vessels, should be considered in order to support the human operator in further enhancing the level of safety and efficiency...
...factory for high-tech and mass customised manufacturing. Two industrial partners are taking part in the project, KONGSBERG Defence & Aerospace (KDA) and Volvo Aero Norway (VAN). KDA develops and produces high-tech products within communication systems, weapon systems, commando- and control systems, advanced...
Europe for applied research and development in the field of solar energy conversion and belongs to the Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. The Division Energy Technology performs research and development on aspects of hydrogen technology and energy storage, comprising...
...electronics and materials enable a revolutionary way of thinking of protection against the cold. Performance and comfort can be improved by new textile materials which can adapt their thermal and moisture transport properties to changing environment and exercise levels. The main thermal and moisture properties...
...the world a glimpse of the future of shipbuilding at a 1960 congress. His speech led to the formation of a distinct school of computer-aided design and manufacturing. A supertanker takes shape with the aid of the Autokon software package, which was developed at what is now SINTEF in Oslo during the...
Iceland, and Norway, highlights Nordic companies developing solutions for a more sustainable future. Cartesian has developed a thermal box that stores excess heat and cold. This solution allows users to distribute their energy usage throughout the day, reducing both energy consumption and CO₂ emissions...
Secretary General of the Norwegian Ministry of Trade and Industry. Jan Solberg Photo: Heiko Junge/Scanpix Solberg will join the management team of the SINTEF Group and take a central part in the development and execution of SINTEF’s strategies and plans. Jan Solberg will be stationed in Oslo at SINTEF’s...
The objective of this task is to secure the logistics and proper planning needed to perform experiments in the fjord ice at Svalbard. Field testing under real, but still controlled conditions is necessary towards final testing when developing different oil spill response options. Testing at SINTEFs field...
...obtain new knowledge and a technological basis for future biomass measurement systems with a potential to approach the desired accuracy, reliability and operational requirements in large cage aquaculture systems. The industry’s vision is ±1% accuracy on salmon average weight, and ±0.1% on the number of...
...behaviour of water-in-north sea acidic crude oil emulsions and preparation of synthetic reference acidic oils and their emulsions". Opponents were Professor Safieva and Professor Syunyaev, both from Gubkin Russian State University of Oil and Gas. Dr. Kelesoglu will continue to work in FACE as a Post...
This hydrolysis reactor is specially designed for SINTEF Fisheries and Aquaculture. Tech Specs: Capacity: 1 m^3...