...increasing the vulnerability of the built environment, and building structures and infrastructure in parts of the country must withstand even more stress. To maintain the expected service life of the built environment, we need better methods for assessing risk and technical solutions that consider the local climate...
...industry and academia with the aim of reducing and eliminating emissions, cutting costs, making industrial processes more green and sustainable. In addition, we focus on innovation and advanced production to create new industries and jobs. SINTEF can offer access to unique infrastructure and academic...
A circular economy aims to keep products, components, and materials at their highest utility and value at all times. A change towards circular economy will be crucial for value creation, economic growth and waste- and resource management in the coming decades....
...(IoT) is the technology that links our various devices to the internet and makes them intelligent. Cars, fridges and workplace production systems are just a few examples of things that can be made to communicate with each other and with us, their users....
...a future sustainable bio economy. In Industrial biotechnology enzymes and microorganisms are used to create products in the fields of fine- and bulk chemicals, pharmaceutical, food and feed, paper, textiles, energy, materials and polymers....
...known North Sea fields has been produced and finding more is becoming increasingly difficult. A good alternative is to find means of extracting the remaining known oil, i.e. Enhanced Oil Recovery. SINTEF's research in this direction involves lab experiments and simulation of the use of low saline water...
In the future, data will be a key economic asset. The ability to manage and extract value from proprietary data will provide industry players with a competitive advantage, making these data key drivers of economic growth and job creation....
Artificial ... processed by humans. Using artificial intelligence, Norway now has the opportunity to gain a competitive advantage by utilising the high-quality data and knowledge that we already possess....
SINTEF utvikler beslutningsstøtte for bærekraftig høsting av naturlige bestander og biologiske og teknologiske løsninger for industriell dyrking av biomarine ressurser. Vi utvikler energieffektiv prosessering, foredling og lagring som ivaretar kvalitet. Våre modeller kan beregne fangst- og produksjonspotensial...
Concrete SINTEF has the professional capacity and expertise needed to solve any task concerning concrete, from small assignments to large R&D projects. Together with private and public actors, we minimize the environmental impact and lifetime costs for buildings and infrastructure. We know of the public funding...
SINTEF has decades of research experience in environmentally friendly and energy- and cost-effective bioenergy SINTEF's expertise helps industry, government and other organizations to assess and implement the use of biomass and waste for energy purposes. Putting these energy sources to work requires...
...high-quality building and satisfied users. The building process encompasses the entire life cycle of a building, from requirements clarification, programming, idea and concept development, to design and construction, operation and use phase and finally disposal. In a rapidly changing and increasingly competitive...
...project investigation, consultancy and third-party control of most types of constructions. We see constructions and physical infrastructure in a life cycle perspective. We are involved in large and small projects within building physics, energy use, climate change and climate adaptation. The projects deal...
...better water infrastructure and new solutions for safe and sustainable management, treatment, and water distribution. Climate change, biodiversity loss, population growth and urbanization, aging infrastructure, regulations, digitalization, sustainability requirements, and recycling affect the need for...
...laboratory and field investigations, numerical analyzes as well as risk and vulnerability analyzes within: Tunnel and underground technology, including mines Geotechnics, including foundation solutions, securing and stability Buildings, infrastructure and other facilities in Arctic areas Extraction and utilization...
...transport of heat, moisture and air in materials, building components and buildings. Together with the construction industry, we work to understand and manage these processes, especially in roofs and external walls. We work in large and small projects within both rehabilitation and new constructions. We develop...
...sustainable energy covers technology within CCS, renewables, energy storage, hydrogen and fuel cells. The applied and innovation-driven research aim at making CCS and renewable technologies and energy systems reliable and affordable....
...biomarine resources. By cultivating and harvesting marine species that are lower down the food chain, we can develop more sustainable resources and climate-friendly ways of producing feed and food, while also finding new sources of bioactive substances, materials, chemicals and energy. We distinguish between...
We help in creating a modern, sustainable and greener energy system analysis for the future. We create and apply models to handle uncertainty, profitability, emissions, and other aspects of the system, so that policy-makers and industrial actors can plan and act based on knowledge....
...nanotechnology to prevent, diagnose and treat illness. SINTEF collaborates with industry and research organisations to develop nanomedicines for hard-to-treat diseases ranging from cancer to severe infections. We formulate and encapsulate drugs for efficient delivery and optimal effect, offer advanced characterization...