...is capable of modeling industrially and scientifically relevant flow and transport processes in porous media and bridge the gap between the different application areas of porous media modeling, including reservoir mechanics, CO2 sequestration, biological systems, and product development of engineered media...
...industry, and some examples of this is for example cheese ripening using a big data strategy while another is robotic cutting of ham. A central task in the iProcess project is to understand variations based on use of Big Data from novel rapid and on-line measuring methods for raw materials and product...
...gas-particle CO2 capture technologies based on nano-structured materials Design and manufacture nano-structured material and shorten the development process of nano-enabled products based on the multi-scale modelling Design and demonstrate an energy conversion reactor with CO2 capture based on the superior...
ONS. Please come and visit one of our three stands. The ONS stands will resemble this stand. The picture was taken at OTC in Houston earlier this year. Photo: Jon Harald Kaspersen SINTEF presents three exhibitions: Oil and Gas – Hall B, stand 290/26 SINTEF Energy, SINTEF Materials and Chemistry, SINTEF...
Fast approximate adjoint and forward simulation for finding optimal rates and/or well placements for water flooding optimization. Basic Ideas couple MsMFEM for pressure and a flow-based coarsening for saturation for fast forward and adjoint simulation for additional speed-up, compute coarse-grid communication...
...production Qualified procedures are developed through processing and analysis of test wafers. The test wafer design contains more than 500 device elements of sizes between 10 µm and 1 mm. The device elements are cantilevers, plates, bridges and fixed membranes. Design overview of the test wafer developed...
...making wind energy cheaper, more efficient and more sustainable. One of its main areas of focus is offshore wind research. Centre leader and chief scientist at SINTEF, John Olav Tande, says that large cost reductions are within reach for both bottom-fixed and floating offshore wind energy, but that these...
Ståle Walderhaug, Marius Mikalsen, Erlend Stav, Ivan Benc, and Greg Loniewski. In proceedings of ECMDA, Berlin, June 2008. Abstract: Model-driven software development (MDSD) is steadily gaining popularity, and new and more advanced tools are being developed. However, the paradigm shift that has been...
Technological Research (VITO) and the Energy research Centre of the Netherlands (ECN) will test the materials to be used in the reactors; Céramiques Techniques et Industrielles (CTI) will undertake large-scale fabrication of the materials. SINTEF will lead the conceptual design phase and collaborate with TU/e...
..."increase knowledge about threats, risks and vulnerabilities, how incidents can be prevented and crisis management be strengthened, while fundamental human rights and privacy is protected". NEXUS deals with "The next disaster. Collaboration, risk communication and action capacity in Norway after the 7/22...
...essential to meet Europe and Norway's zero emission targets by 2050 because they will facilitate the decarbonization of the European energy and transport sectors. At SINTEF, we are deeply involved in the development of the European R&I Battery Eco-system with engagements and active contribution to most...
...that is needed to create larger pilotless vessels that can transport cargo and maybe passengers. This is how unmanned ships can look in the future. Illustration: Kongsberg Seatex Snake robots, underwater drones, unmanned ships and flying drones are craft you will soon be able to observe on the Trondheim...
Gerd Kjølle, Chief Scientist at SINTEF and Professor at NTNU, has been honoured by the Norwegian Academy of Technological Sciences (NTVA). She receives the NTVA honorary award for her ground-breaking contributions to a more reliable electricity distribution grid and security of electricity supply. Her...
The Research Council of Norway recently awarded IFE and SINTEF 40 million NOK to upgrade their multiphase flow laboratories. This marks the beginning of a new era within multiphase flow research in Norway and a re-vitalized collaboration between IFE and SINTEF. For the very first time it will be possible...
...sub-project on mechanical response. He worked at SINTEF in Oslo and was supervised by Erik Andreassen and Frode Grytten at SINTEF and Harald Osnes at the University of Oslo. The PhD study was a collaboration with Plastal (Ole Vidar Lyngstad and Anna-Maria Persson). The objective of the PhD study was to improve...
...solid waste is biogenic. This waste contains a lot of energy and recyclable materials that can be further utilised – and a circular bioeconomy does just that. Earth is soon to be home to 8 billion people, and many resources, both fossil and renewable, are becoming scarce, particularly now that we are...
By combining fundamental knowledge of physics and optics with selective use of AI, we can extract meaningful, explainable insights that meet real-world needs. It's not just about more data, but also the quality of the data. We take a cautious approach when selecting analytical methods for interpreting...
...world-leader in the fields of marine technology and biomarine research. Many of the challenges of modern society can be solved through sustainable use of the ocean. SINTEF has for many years been an important partner for both industry and the public authorities, and is now aiming to strengthen its position...
The Research Council of Norway has announced the establishment of 17 new centers for research-based innovation (SFI). Klima 2050 is one of these, and Norway finally gets a Centre for climate adaptation of the built environment. The official start-up of the Centre takes place on April the 13th in Trondheim...
Rainfall patterns, runoff, and temperature conditions also change when the climate changes. This creates both new challenges and opportunities for Norwegian hydropower. SINTEF researcher Ana Adeva-Bustos points to an expected increase in the frequency, duration, and severity of extreme events such as...