SINTEF has a long pedigree for developing reliable instrumentation system for harsh environments. Our competence in state-of-art packaging solutions has been key for this success. We can support,...
Multiscale methods simulate processes across multiple scales of time and/or space and are widely used in science and engineering. These methods have seen significant development in recent years...
For more than a decade, SINTEF Digital has developed methods for mathematical modelling and risk analysis of CO2 storage operations. We focus on the impact of geological uncertainty on risk...
SINTEF Materials and Chemistry is coordinating and participating projects aiming at systems scale understanding of microbial cells. The aim is to develop them into efficient microbial cell...
SINTEF has long experience in preparation of tailormade polymer particles and polymer capsules for a variety of applications and markets ranging from the oil industry to nanomedicine....
Hydrogen is an important chemical in industrial processes and also an energy vector. Hydrogen is getting more attention to produce energy and also as fuel without net mobile emissions of CO2....
SINTEF develops several types of membranes for separating CO2 before or after a combustion processes or from industry sources. We have the expertise and required equipment for the preparation and...
Safety case – also named assurance case or safety demonstration – have for a long time been required for safety critical systems in important industrial areas such as nuclear, automotive and...
ICT solutions for smart cities are large and long-lived systems-of-systems. These are complex solutions with many actors and many heterogeneous systems involved. The systems involved must adapt...
The overall responsibility for the Designated Body role is to have a mechanism within the context of the EU regulatory to assure that requirements which not have been standardised on the European...
Safe embedded platforms provide the foundation for modern safety critical systems. These platforms contain the electronic hardware and software that implement safety mechanisms needed to achieve...
We need knowledge to solve the challenges related to marine littering and pollution. SINTEF Center for Clean Ocean Research is working to increase knowledge about and prevent the spreading and...
SINTEF Minalab has been a pioneer in the development and manufacturer of silicon radiation sensors for space and scientific applications since the 1980s. For space applications, the team has...
In most situations, the modelled process will involve some uncertain parameters. This uncertainty has to be taken into account, to minimize the negative impacts it would otherwise had on the...
SINTEF uses various numerical simulation tools in combination with physical understanding and practical experience. This can, for example, be simulation of AM processes in order to improve...
AM is the latest step in a long chain of digital processes using many different digital formats. The physical part is manufactured with a selected AM process, controlled by a process plan and...
Sensor technology unfold new possibilities for measuring movement and physiological parameters that can inform about health, physical fitness and performance. This is crucial in order to be able...
At SINTEF, we are developing cutting-edge multiscale modelling tools to support both the scientific development of new energy storage materials and the engineering integration of electrochemical...
In alignment with Europe's Green Deal for 2050 and SINTEF's commitment towards technology for a better society, we are also developing alternate battery technologies that are safe, low cost,...
Fluidized bed reactors are widely used in the metallurgical, energy and chemical industries today. In addition, many clean and efficient fluidized bed process concepts are under development, in...