Department of Biotechnology and Nanomedicine at SINTEF, has several projects focusing on increased value creation and generation of novel products from marine biomass and marine organisms....
...biotechnology is a key research area at SINTEF Materials and Chemistry. Industrial biotechnology uses enzymes and micro-organisms to make biobased products in sectors such as chemicals, pharmaceuticals, food and feed ingrediens, detergents, paper and pulp, textiles and bioenergy....
By Functional Metagenomics R&D, SINTEF aims at identifying new and improved enzymes for industrial bioprocesses and novel bioactive compounds for pharmaceutical applications (e.g. new antibiotics and anti-cancer compounds)....
SINTEF has a strong competency within mathematical modelling and analysis. Using information collected from measurement at physical equipment complex systems can be analyzed and represented by models. With careful selection of useful data effective instrumentation with sensors can be achieved in a cost-efficient...
...sustainable and modern energy system. We develop and apply models for handling uncertainty, analysing profitability, emissions, socio-economic and environmental effects. The models and analyses are used by both public institutions and industries to plan and form knowledge based policies and support decisions...
SINTEF performs experimental and theoretical research and development along the value chain from mineral processing and materials characterisation to high temperature production, smelting and refining. ...
AM research group is the most merited in Norway and is well recognized as a key resource in Europe. We have conducted industrial focused research on additive manufacturing, commonly termed 3D-printing, together with the Norwegian University of Science and Technology (NTNU) since 1988. During this time...
...understand how and to what extent buildings promote, or inhibit, the purpose they are built for. Our buildings are built for specific purposes – be it teaching, working or living in. We develop methods to assess the quality of use in buildings, so that we can improve existing buildings and the operation...
...generation (also called DG), is that the power plants have installed low capacity related to conventional power plants. Hydro plants between 100 kW and 5 MW (and sometimes even up to 10 MW), are often denoted as "small scale". To this time the generation of electricity has mainly be performed by large power...
Studies and analyzes of various parties in the aquaculture and fishing industry. Reports Market analysis Industry Analysis Ripple effect analysis Foresight Analysis...
More stringent customer requirements and regulatory requirements make it necessary for the players in the industry to work systematically to ensure that requirements are met. Environmental management and quality assurance systems System audits, environmental, quality, private standards Support in certification...
Related project RICO Uncertainty Quantification (UQ) in AI is essential for evaluating the reliability and robustness of model predictions. It highlights where models are confident, uncertain, and the overall trustworthiness of their outputs. Probabilistic AI, with its foundation on probabilistic reasoning...
SINTEF has more than 30 years of experience in research and development of downstream conversion technology gained through long-term co-operation with the industry. ...
Signal processing is a branch of electrical engineering used to model and analyse analog and digital data representations of physical events. All the technology we use today and even rely on in our everyday lives (computers, radios, videos, mobile phones) is enabled by signal processing. Hence, it truly...
SINTEF has over 75 years of experience of ship model testing in our test facility in Trondheim. But we also have a large experience in doing speed trails and field measurements. SINTEF can provide a wide range of field measurements from testing of new builds to test helping the customer with problem solving...
SINTEF performs feasibility studies and provide high level advisory support for potential producers and end users of hydrogen technology with focus on production from renewable energy and end use in fuel cells....
...make the goods transport more sustainable, safe and secure. This will require a better and more seamless cooperation between the different actors. Both the understanding of the business models of others as well as an integration of information systems and services are needed. More transport for less traffic...
The construction sector is a significant source of CO2 emissions and a central economic activity. Optimization can help the sector through the green transition and greatly improve resource efficiency while respecting the actors' other interests....
...of new energy storage materials and the engineering integration of electrochemical devices in real systems. The development of electrochemical systems today is progressing at an unprecedented rate. Lithium-ion batteries are pursuing new materials with higher energy and expanding into new application areas...
...stable electricity supply where the power grid and electrical appliances / equipment functions without disturbing each other. In addition to traditional challenges concerning weak distribution grids and disturbing equipment, more energy efficient appliances and renewable energy generation introduces new...