SINTEF projects

Concrete Innovation Centre

This project use anthropological method and theory to study the health and safety in the fishing fleet.

The Multiphase Flow Assurance Centre (FACE) is a long-term collaboration between the three partners Institutt for Energiteknikk (IFE), The foundation for industrial research (SINTEF) and Norwegian Technical and Natural Science University (NTNU).

In this project, Volvo Technology will in close cooperation with SINTEF provide R&D support for PowerCell for further technology development. This collaboration is based on Volvo Technology’s PEM fuel cell stack development and SINTEF’s experience...

The FCTEDI project is exclusively concerned with the dissemination of results in fuel cell testing, quality assurance and safety of fuel cells especially efforts on harmonization, benchmarking and validation of a collection of test protocols, testing...

The main objective of the project was to design the scientific foundation for a framework for efficient, market-based balancing of power systems that can be implemented in multinational (‘regional’ in the wording of the European Commission) power...

The FeVIND project shall develop new knowledge built into new simulation tools and sub-routines, which will contribute to a more intelligent design and a reduction of todays oversized cast iron wind turbine components, new/improved materials and a...

This qualitative pilot project was the first of a series of research projects to be carried out in Malawi in the field of alcohol, drugs and development. The in-depth project explored patterns of substance use and its implications in a Malawian...

This qualitative pilot project was the second of a series of research projects to be carried out in Malawi in the field of alcohol, drugs and development. The in-depth project explored how substance use has an effect on gender based violence in...

Following an expressed need for research based evidence to guide policy making in Malawi, SINTEF has been doing research in the field of alcohol and substance use since 2007. The studies are carried out in close collaboration with key stakeholders...

BIGCO2 aimed at developing sustainable power generation technologies based on CO₂ capture and safe underground storage.

SFI Norman is an eight year research program with the vision to develop new and multi-disciplinary research on next-generation manufacturing, and create theories, methods, models, and management tools that enable Norwegian manufacturers to thrive in...

The project "Building safety in Petroleum Exploration and Production in the Northern Regions" was carried out during the period 2007–2010, and addressed safety opportunities and challenges in petroleum exploration and production in the northern...

The objective of the PQM project was to develop a new concept for power quality and reliability measurement and management. This should be done by developing and evaluating new and existing methods for measuring and handling large amounts of power...

The project was targeted towards industrial value creation. The project was timely since the international development was at its very beginning and Norwegian offshore and energy industry had a competitive advantage

This project is one of the five N-INNER projects that has received funding when N-INNER launched a call for research proposals 1 March 2007. N-INNER, the Northern European Innovative Energy Research Programme, is a joint programme between the Academy...

The subject of this project is development and qualification of a new concept of power exchange interface between transport vessels, using diesel or gas turbine electric propulsion, and harbour terminals.

Towards Hydrogen and Electricity Production with Carbon Dioxide Capture and Storage