...significant impact on the marine industry and Norway as the 5th largest ship owning country. Several technologies could be used to strongly reduce these emissions, for example use of zero-carbon fuels such as hydrogen and ammonia, electrification and Carbon Capture and Storage (CCS). The deployment of zero-carbon...
...project aims at developing better and more predictable processes for casting and finishing OF large parts. The project will place emphasis on developing large aluminium sand castings for the ocean space, such as subsea, offshore, ships, deep sea fishing, aquaculture, and other marine applications, but these...
Norwegian national advisory unit for Ultrasound and image-guided therapy (USIGT) has expertise in ultrasound and image-guided treatment. This includes ultrasound in neurosurgery, ultrasound in laparoscopy, ultrasound in endovascular treatment of eg. aneurysms, and ultrasound in use during bronchoscopy, as...
...cost-effective casing system concept to TRL 4, which sustains its integrity under the operation conditions (400°C-550°C, H2S and CO2 environments) during its service lifetime (20 years), and possible 'accidental' temperature fluctuation loadings....
...grids are expected to emerge in the future power grids in Europe and Japan to support energy policy objectives for integration of renewables like offshore wind energy; for strengthening the power exchanges between neighbouring countries and to create a more efficient transnational power market. However...
...assessment of NBM-based medicinal products and medical devices. REFINE long-term vision is that the REFINE framework will support: Regulatory science to quickly analyse whether a new NBM raises new challenges to testing. Producers, CRO/CDMOs to design safer products, and more efficient testing & manufacturing...
...objective of PIEZOMED is to develop environmentally friendly and biocompatible high-performance piezoelectric materials for medical technology. Medical technology is rapidly developing to improve diagnosis and medical treatment tools and providing important health benefits. Advances in medical technology...
...methods for the manufacturing and use of AM mould inserts for injection moulding, so that the industry can reduce costs and time in the product development phase Such mould inserts can also be used in regular production of small series. The industry needs more than fast and inexpensive prototypes. It is...
In this project, SINTEF and NTNU will build competence and contribute to the further development of PEM water electrolysis technology with respect to cost and durability The main activities of the project are: Investigation of PEM water electrolyser cells electrochemically to determine changing material...
...lifetime and performance of fuel cells, electrolysers and gas separation membranes. The nationally coordinated project FOXCET addresses recent advances in proton and oxygen ion conducting materials for applications in the energy sector, notably high temperature fuel cells, steam electrolysis, and gas separation...
...of Abnormal Behaviour and Threats in crowded Spaces, was launched in August 2009, and is jointly funded by the European Commission and the partners involved who form an international consortium consisting of FOI (SE), BAE Systems (UK), Detec (NO), Home Office - Centre for Applied Science and Technology (CAST)...
KRAV is a research project within combined heat and power production from biomass. Goal To increase the knowledge within small-scale biomass CHP systems to be able to support Norwegian industry and energy companies within this field To develop an innovative concept for small-scale biomass CHP systems...
Compliance by Design of Data/AI Operations and Pipelines Objective Artificial intelligence (AI) and data services have experienced rapid and remarkable advancements in recent years, driving breakthroughs across services, capacities and technologies across various domains. While automation has made significant...
...marine robotics, ocean energy and ocean data, with SINTEF OCEAN as strategic partner. Led by Portuguese INESC TEC, the project - taking place between 2025 and 2031 - features Fórum Oceano, Cluster do Mar Português, and APDL - Administração dos Portos do Douro, Leixões and Viana do Castelo (Portugal)....
...combustion engine tailored to withstand hydrogen degradation, ensuring material integrity and durability of critical components throughout the engines’ lifetime. In response to the global demand for lower emissions and climate neutral solutions, Bergen Engines are aiming to develop a combustion engine capable...
To develop and evaluate a new community-based comprehensive, holistic, goal-oriented multi-symptom rehabilitation programme tailored to the needs and circumstances of each individual. Overview Despite medical advances, people with Progressive Multiple Sclerosis (pwPMS) continue to experience symptoms...
AutoDrive objectives aimed for the design of (i) fail-aware (self-diagnostics), (ii) fail-safe, (iii) fail-operational (HW and SW redundancy) electronic components and systems architecture that enable the introduction of automated driving in all car categories. The heterogenous V2X communication platform...
...private and public stakeholders to implement large energy storage systems combined with renewable intermittent energy sources in order to maximize the utilization of the produced electricity. Energy storage can also contribute to peak shaving by storing energy from the grid in low demand periods and provide...
AI Platform for Integrated Sustainable and Circular Manufacturing Objective Circular TwAIn is developing a novel AI platform for circularity with the aim to increase the performance, resilience, and sustainability of direct manufacturing and process industries. The project is based on two fundamental...
...reduce the cost of green hydrogen, and the Autostack project is investigating how such a cost reduction can be achieved through mass production of PEM (proton exchange membrane) electrolyser stacks. The current state of the art production methods are low-volume and based on manual processes. Mass production...