SINTEF projects

Society is crucially dependent on an adequate level of security of electricity supply. This imposes requirements for the planning and operation of modern power systems.

HiPerNav will train early stage researchers (biomedical engineers and medical doctors) to become international leading experts in key areas of expertise through a novel coordinated plan of individual research projects addressing specific bottlenecks...

SINTEF possesses internationally unique laboratory facilities for multiphase flow research that have had huge benefits for the Norwegian oil industry and for the Norwegian industry cluster based on multiphase flow technology.

The main goal of INNO-Drill project is to extend, demonstrate, and make available a research-based technology platform to enable new and significantly more cost effective drilling tools and systems for deep geothermal wells in hard rock formations.

The MACROSEA project will target successful and predictable production of high quality biomass thereby making significant steps towards industrial macroalgae cultivation in Norway.

The marine biomasses used in Mar3Bio are brown algae and crustacean byproducts which are sources of the marine polysaccharides alginate and chitosan. These abundant but underexploited renewable biomasses have great potential for production of high...

The goal of the "Meet easy" project was to provide a complete, easy-to-use videoconferencing solution delivering high-end features such as high-quality audio and video with a wide field of view – in a compact form and at a fraction of the cost...

MERIT is an internally funded research project (SEP) that studies the fate and effects of subsea mine tailing disposal in Norwegian fjords

SINTEF and Institutt for Energiteknikk (IFE) have entered into agreement with seven companies on a new and exciting data collection project. The recently upgraded laboratories at Tiller and Kjeller now go directly into industrial use.

Demonstration of the next generation standardised integrated cooling and heating packages for commercial and public buildings based on environment-friendly carbon dioxide vapour compression cycles.

Enabling better collaboration between humans and decision support systems in time-critical complex domains

The primary objective of this project is to develop a methodology for optimized selection of energy storage solutions in hybrid ship power and propulsion systems.

The primary objective of PIEZOMED is to develop environmentally friendly and biocompatible high-performance piezoelectric materials for medical technology.

The amount of plastic litter, especially microplastics, in the ocean are quickly accumulating. The PLASTOX-project aims to investigate the environmental impacts resulting from microplastics.

Several severe and costly service failures have occurred in the last years in the Norwegian distribution network due to local overheating in power cables.

In the ResMap project we will perform studies that will contribute to increased understanding of bacterial antibiotic resistance in Norwegian food production, in relation to consumption of poultry risk products and impacts on human health.

The Norwegian aquaculture industry has high accident numbers compared to other industries. There is a need for measures and systems that help improve safety and working conditions for workers.

The goal of the SmartPower project is to demonstrate the usefulness of modern optimisation methods for demand response applications in energy markets. To this end, we develop a prototype for optimised power matching/load balancing in large scale...