Spartacus aims to develop low-cost, decentralized wastewater treatment systems using local biomass. It seeks to convert wastewater into reusable or potable water at pilot scale (TRL4). Reducing contaminants, improving sustainability, and supporting...
TraCES investigates how new industries such as offshore wind, hydrogen and CO₂ storage can be scaled up in parallel with the decarbonisation of remaining petroleum activities to provide decision-makers with concrete and evidence-based advice for...
The aim is to ensure onboard and onshore competence for low emission, efficient and safe operation of Wind-Assisted Propulsion System (WAPS) ships, to enable industry to invest and upscale WAPS.
This project is working on new insulation liquids for transformers that can be safer, more sustainable, and better at cooling.
Carbon-negative pressurized hydrogen production from waste using an energy efficient protonic membrane reformer.
Demonstrating a High-energy and High-power hybrid battery storagE soLutIonS platform for multiple grid services
Our focus is on developing human-centric, inclusive, and sustainable solutions that enable seamless collaboration between AI-driven automation and human skills. Through innovative technologies, such as augmented reality, real-time AI training, and...
The FUSE vision is to rapidly reduce emissions from the global fleet by unlocking the full potential of operational data through fusing AI and ship hydrodynamics for next generation voyage optimization.
The purpose of the research project is to generate new knowledge about how children experience living temporarily outside their parents’ home after a care takeover by the child protection service, both in the short and long term.
The project will improve the access to locally produced spare parts and other custom-made parts to the seafood industry in the Arctics, by using 3D printing with metal alloys and polymer composites.
AI POCUS CCC aims to enhance military triage and combat causality care (CCC). Creating artificial intelligence (AI)-guided ultrasound solutions to contribute to faster diagnoses, improved treatment outcomes, and reduced unnecessary evacuations from...
The main goal of the project is to document and quantify the effect of Blue Lice’s technology as a preventive measure against sea lice infestations during a full salmon production cycle at sea.
The Mecalo project will use hydrogen to convert CO2 emissions from metal production into a raw material that can be returned to the value chain. This way, the production of critical raw materials like silicon and manganese can be made CO2-neutral...
The NEXPECH2 project is meeting the growing demand for energy while reducing greenhouse gas emissions by developing a next-generation photoelectrochemical (PEC) system that uses sunlight to split water into green hydrogen (H₂) at standard atmospheric...
The main objective of REED project will be the development of a Manufacturing as a Service (MaaS) platform that will provide the enabling technologies, equipment and services for the manufacturing of bulky parts of the capital goods sector, assuring...
reSail will advance wind-assisted propulsion by improving the understanding of the wind conditions faced by wind-assisted propulsion systems (WAPS).
The goal of the TWinYards project is to find out how we can make Norwegian shipyards more efficient by using digital twins and artificial intelligence. This will enable the shipyards to reduce costs and contribute to sustainable operations for...
Our primary objective, and vision, is to enable early AKI diagnosis through the determination of renal blood flow autoregulation.