ADVENCCS focuses on CO2 capture from the ferroalloy industry, which is currently responsible for 3 Mt/year of Norway’s CO2 emissions. By developing novel technologies and competitive process concepts that integrate CO2 capture and energy recovery...
AleMo develop high-pressure die cast aluminium alloys with improved properties and/or reduced CO2 footprint to increase the use of aluminium in electrically-powered vehicles.
A Living Lab approach towards community engagement and awareness raising to facilitate Climate Positive Circular Communities transition
A new secretariat to energise Batteries Europe
COASTAL project seeks to mitigate the negative effects of harmful algal blooms (HABs) by developing novel miniaturized sensing screening tools for rapid and sensitive detection of Paralytic Shellfish Toxins (PSTs). Successful implementation of the...
The COMPASS project's main goal is to create and test new drilling and completion technologies to boost the number of economically viable high-temperature geothermal wells.
Within the EU, up to one third of energy for industrial thermal processes is lost through waste heat. The potential power generation from this resource through full use of ORC technology would represent around 7,6 million tons of CO2 equivalent saved...
An innovative project offering a CO2-reducing, remote façade maintenance system that will contribute to green change both nationally and internationally.
The project will develop and implement a digitized learning process, and decision support system that provides more predictable production time, reduced waste, predictable cured sausage quality, increased employee involvement and better overall...
FORSEL will develop tools and methodologies that will help Norwegian grid companies to utilize the opportunities for flexibility in the power grid and make good choices when it comes to future load and the connection of new electricity customers to...
The main goal of GIGAGREEN is to develop and scale up innovative manufacturing processes or Li-ion battery components that follow a Design for Manufacture approach helping Europe to become a global leader in the Li-ion battery industry.
Wearable blood pressure (BP) monitoring allowing continuous measurements without interfering with daily life activities.
ZeroW will provide credible solutions for significantly reducing food loss and waste, involving all actors in the food system in a collaborative framework, to accelerate the just transition to a social, economic and environmentally sustainable food...
Originated from the research group AICAN, NTNU and SINTEF have developed a new web-based learning tool called LearnPathology.
Maritime energy transition involves multiple forms of innovation: Implementation of new technologies, value chain development and new forms of collaboration, as well as policy and regulatory changes.
MetCCUS is a metrology project with focus on CCUS.
The IMF 3 project has helped SINTEF and IFE develop the potential for future experiments, cutting edge research, as well as releasing FlowDa, which provides open access to extensive historical multiphase flow data for research and industrial use.
Our vision is that offshore wind farms connected to an offshore grid will provide a large share of the energy supply in Europe to reach climate targets.