Development of an energy efficient method for thermal energy storage using ice slurry in dairies, with a focus on reducing peak loads, optimising energy use and ensuring high product quality.
Scalable, Plug & Play and Modular DC Power Systems for low-emission Large Vessels
Efficient HV-electric modular battery and distribution systems for sustainable WAterborne VEssels
The project will develop new knowledge and propose measures to reduce the risk for personnel in the aquaculture industry. A particular focus is safety challenges that arise at the interface between different organisations.
The project aims to change the way buildings manage energy consumption through innovative sensor-based control of ventilation systems.
Healthcare researchers at SINTEF will conduct a research project for the Program for Urban Research (KS), with Stavanger Municipality as the project owner. The purpose of the project is to shed light on the challenges in mental health and substance...
In this pilot project, food waste in Norwegian grocery stores will be mapped to highlight effective measures and assess opportunities for increasing the use of biogas and combustion for feed.
BeBoP Hydrogen aims to develop better and more cost-effective components for fuel cell systems, making them more efficient and reliable for heavy-duty vehicles and other mobility sectors.
INESCTEC.OCEAN is a Portuguese Centre of Excellence addressing marine structures, marine robotics, ocean energy and ocean data, with SINTEF OCEAN as strategic partner.
The CO2Value project transforms CO2 emissions from industrial sources into sustainable feed ingredients, advancing carbon capture and utilization technology, supporting carbon management, and enhancing aquaculture sustainability within a circular...
Compliance by Design of Data/AI Operations and Pipelines
The project is a nine-year research-based evaluation of the Escalation Plan for Mental Health. The evaluation will provide knowledge about implementation and results and form the basis for adjustments of the plan along the way.
The project focuses on demonstrating and verifying a concept for enabling large-scale and hybrid flexible resources.
Accelerate the maritime energy transition and reduce emissions from ships through R&D for innovation and value creation within the Norwegian maritime and energy industries.
FME ZeMe developes the fundamental knowledge and technologies needed by the Norwegian metallurgical industry to become climate neutral by 2050.
gigaCCS will create competitive CCS technologies, increase value, and reduce risk for industry and society through strategic competence and capacity building, supporting emissions reduction targets.
InterPlay aims to contribute to the holistic and long-term planning of the energy system, in order to meet our climate goals while conserving nature and biodiversity.
OptiFLEX will investigate the interaction between very large rotors (>20MW), towers and the floater supporting them, to precisely understand vibrations, mitigate fatigue and avoid failure.