MAGNIFICENT-Additively manufactured Magnetic High Entropy Alloys for Renewable Electricity
The aim ogf the project is to produce magnetic materials with superior and long-lasting magnetic properties based on high entropy alloys (HEA), using machine learning and additive manufacturing for materials selection and synthesis as well as high throughput materials characterisation at the micro and nano level.
Automatized follow-up of safety instrumented systems
The project will develop specifications that simplify and automate design and operation of safety systems in the petroleum industry. The industry partners will, based on the R&D activities in the project, develop new solutions for collecting, analyzing and sharing failure data of safety systems during design and operation.
CO2LOS II - CO2 ship transport -new solutions
Project goal: Develop a toolbox for CO2 transportation, with applicable solutions to reduce the cost of CO2 transportation by utilizing new technology and investigate optimization possibilities in the logistic chain.
3D-PIEZO – Lead-free piezoelectric devices by additive manufacturing (3D printing and multilayer)
The 3D-PIEZO project aims to develop a manufacturing chain for 3D printing and multilayer lamination of piezoelectric elements for ultrasonics and other applications. The project will apply lead-free (Pb-free) high performance piezoelectric ceramic materials. SINTEF is working closely with two small companies: Ceramic Powder Technology AS, a Norwegian producer of advanced ceramic oxide powders, and Cerhum S.A., a Belgian specialist in 3D printing of ceramics
Decision support for fishing vessels based on marine ecosystem models and fishery data
FishGuider will increase the income and reduce the costs related to catch of pelagic fish species such as herring, cod and capelin. This will be achieved by development and validation of new theory for fish migration and a novel guidance system for fishing companies.
At SINTEF we have started a strategic project to investigate the possibilities and application areas of quantum computing.
BioCarbUp - Optimising the biocarbon value chain for a sustainable metallurgical industry
In the project BioCarb+ (Enabling the biocarbon value chain for energy); 2014-17, a huge effort was made towards studying the biocarbon value chain and its different value chain elements with respect to improvement possibilities while satisfying end-user demands. BioCarb+ was a broad competence buildings project, focussing both on energy applications and biocarbon as a reductant in metallurgical processes. Now a new competence building project, Optimising the biocarbon value chain for a sustainable metallurgical industry (BioCarbUp), is starting and will run for 4 years. This time the focus is entirely on biocarbon as reductant in metallurgical industries.
CoolFish will develop technologies and concepts for more integrated, energy-efficient and climate friendly cooling, freezing and heating onboard fishing vessels. It will also increase the knowledge transfer between research and industry, both nationally and internationally.