Søk i SINTEF

In SINTEF we use and develop quantitative methods and models to do economic analysis within a range of different sectors. The analyses is performed on different time horizons, from long-term...

Automation and robotics are used in many areas to increase productivity and solve tasks that are not suitable for manual labor. This includes solutions within manufacturing and packing,...

Cyber physical systems where physical processes and devices are coordinated create new possibilities to create adaptive and scalable distributed solutions within many areas, for example solar...

SINTEF has a strong competency within mathematical modelling and analysis. Using information collected from measurement at physical equipment complex systems can be analyzed and represented by...

Smart design of sensors and onboard AI enables safer, more capable, and more efficient autonomy for unmanned ground vehicles and drones. Autonomous vehicles rely on their ability to sense and...

SINTE offers full range of competence in the development and characterization of materials and components for electrolysis technology. Electrolysis is the process of converting water to oxygen...

Subsea gas blowouts and gas releases pose a threat to human life, offshore assets and the environment. A risk assessment relies amongst others on estimates of gas concentrations in the atmosphere...

The Flow Technology group at SINTEF has developed a unique infrastructure for testing, demonstration and scale up of advanced reactor concepts for decarbonization of the industrial and energy...

SINTEF Industrial Process Design (IPD) has extensive experience supporting the Norwegian process industry in its digital transformation. The goal is to reduce unwanted process variation, optimise...

SINTEF has experience in AM with the most common materials for such processes, and SINTEF is also establishing/developing new materials for AM. Furthermore, characterization and testing of...

SINTEF is involved in all stages of bioprinting, from the development and optimization of materials, to the development of three-dimensional structures containing cells, and the analysis of the...

A digital twin for additive manufacturing (AM) fuses data from part design, function and process simulation, and process monitoring for supporting quality control and certification of parts. The...

Companies from different sectors have seen the potential in making spare parts with AM, and SINTEF is cooperating with several of these. The spare parts can then be produced on demand, and they...

We develop methods and models that assess – in a systems perspective – societal impacts of emerging technologies and structural change in terms of the UN's SDG indicators. Sustainability -...

Developing next generation technologies and chemistries requires state of the art physicochemical characterization capabilities. SINTEF has world class instrumental facilities covering all aspects...

After silicon has been produced from quartz and carbon, it needs to be refined to achieve high enough purity for it to be usable for solar cell production. In SINTEF we are working closely with...

SINTEF has world-leading research environments within Carbon negative solutions, and strong laboratories on relevant technologies such as biomass, hydrogen and CO₂ management....

Micro-Optics concerns development of miniature components for light manipulation, such as micromirrors, microlenses, diffractive- and meta-optical elements, and photonic integrated circuits. Our...

Optimised Air Traffic Control (ATC) involves organizing and controlling the flow of traffic in a safe and efficient manner both at airports and in the air. With the growing number of flights, it...

Railway systems are large, complex and much interconnected organisms. Because of such complexity, of their huge cost and tremendous impact on society, they need to be carefully planned in every...