The main objective is to reduce NOx and other emissions into the environment by increasing energy efficiency in demanding marine operations in the Arctic. The project suggests the development of a semi-pelagic multi trawling-technology for...
Aging population combined with the fact that we live increasingly longer represent a formidable challenge for the Norwegian welfare state. We must intensify our efforts on welfare technology if Norway should, in the years to come, deliver health...
Several municipalities have started welfare project technology, but the technology is only limited in use in Norwegian municipalities (Hoen and Tangen 2011). The municipalities need knowledge about the opportunities in this technology, and have...
The focus of EXPLOIT is to improve the sustainability of the intensive fish farming industry by integrating cultivation of mussels and seaweed with traditional salmon aquaculture.
The electronic quality manual for pelagic fish was designed in the project "Pelagic quality - from ocean to plate," which was a larger collaborative project ended in 2006 with participants from across the pelagic chain. The handbook is now revised.
Statistics of the 2007 – 2011 man-years and analyses of municipal variation in psychiatric health work in the municipalities.
"Value from waste and critical materials" is an AERTO initiative aiming on sustainable recovery of scarce metals and safe management of nanowaste. The projects' overall objective is to foster greater RTO cooperation within Europe and to achieve...
Protection and Fault Handling in Offshore HVDC Grids
Survey among users of the physical rehabilitation services supported by ICRC Special Fund for the Disabled in Vietnam. Description and assessment of impact and further service needs.
Recent environmental considerations, as salmon lice, escape of farmed fish and release of nutrients, have prompted the Norwegian aquaculture industry to consider the use of closed fish production systems. The use of such systems is amongst other...
The focus of APROPOS is to develop novel eco-efficient bio-mechanical processing solutions to enrich intermediate fractions from industrial high protein and oil-containing process residues originating from agriculture and fisheries.
DeVID will contribute to added value based on cost efficient solutions and increased productivity for customers, Distribution System Operators and vendor industry. This will be achieved through development, demonstration and verification.
The purpose of the project was to describe the use of health services, and associated costs in the last years of life, and to identify factors that affect consumption at individual and system levels. The conditions for the qualitative good terminal...
The overall idea with NonStop is to establish, demonstrate and evaluate a system for automatic selection of heavy vehicles for inspection.
In this strategic project, SINTEF develops new and innovative sensor technology for 3D imaging based on structured light.
The project's main objective is to develop new energy-efficient processes for the production of high quality aluminum components for use in vehicles and aircrafts. This will make the production process cheaper. Norwegian forging companies have thus...
FARSEEING develops and evaluates technology for preventing fall-related incidents among seniors. Falls are the largest cause of injury among elderly in the western world. More than half of seniors above 80 years old fall at least once every year. In...
BA2015 (Construction2015) is a program focused on the construction sector aimed at collecting, developing, and implementing processes, systems, and knowledge that will result in measurable productivity improvement in construction projects.
