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The objective of the SCINDEEP project is to ensure effective risk assessment and risk handling of dermal exposure to ultrafine particles (UFPs) in industries were fugitive emissions of particles is...

The aim of TAPI (Towards Autonomy in Process Industries) is to move Norwegian land-based process industries towards more autonomous operations by exploring the intersection between machine learning...

Examine potential benefits of new sensors and remotely controlled switches in secondary substations. In the pilot project demo Stavanger 25 secondary substations in downtown Stavanger and 5...

Multi-Terminal Direct Current (MTDC) transmission matured into the most feasible technology for transmission of bulk power over long distances with cables. Thus, MTDC grids are expected to emerge...

Electrification of urban transport has been identified as a key enabling technology for achieving a sustainable low carbon society. In spite of the increasing number of battery electric vehicles...

Development of methods and tools that will enable the online estimation and identification of moving objects and support the robot interaction and manipulation of such objects in real time. In...

Aluminium is extensively used in food packaging because it provides a unique durability. Longer durability leads to less food wastage.  The challenge is to make sure that the aluminium packaging...

The primary objective of SUPROX is to develop materials for fuel cells based on proton conduction in water layers of porous oxides operating at or above 80 °C as an alternative low-cost...

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

The main objectives for the ZAS project are to improve the performance and lifetime of zinc-air batteries as well as reducing their cost. In the ZAS project we will develop a rechargeable...

Publications available from the project: Føre M, Svendsen E, Alfredsen JA, Uglem I, Bloecher N, Sveier H, Sunde LM, Frank K (2018) Using acoustic telemetry to monitor the effects of crowding...

The Industrial Parks at Mo, Skogmo and Verdal, in cooperation with researchers at SINTEF and Nord University, have established a BIA network for research-based innovation projects, focusing on...

Energy system models are used, among other things, to understand different development pathways for the energy system and their consequences. The models can be used at different geographical...

Flexibility in the future smart distribution grid The main objective of the project was to contribute to increased flexibility in the future smart distribution grid, through demonstration and...

Condensed tannins (CT) are regarded as anti-nutrients as they may reduce feed intake, nutrient digestion and production in livestock. However, the inclusion of small amounts of CT in the diet of...

This project generated new and validated functionalities in the transient multiphase simulator LedaFlow(TM) in a new area of application: flow assurance predictions for well and risers. Reliable...

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...

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...

GreenCharge will empower cities and municipalities to make the transition to zero emission/sustainable mobility with innovative business models, technologies and guidelines for cost efficient and...

The goal of ANSWER is to develop thermoelectric materials with impact on global energy management by stabilizing with entropy new covalent compounds. Since 60% of the global primary energy...