...to instability and require corrections by additions of fluoride or removal of excess bath. The development of the Pot Integrated Abart (PIA) technology from REEL will address this issue by having dedicated dry scrubbers for each pot. A research PIA unit has currently been built and testing was started...
The potential for large-scale hydrogen provision in UK, Netherlands, Germany, Switzerland and Norway have been investigated through dedicated case studies in the ELEGANCY project. Webinar <!-- [if gte mso 9]> Normal 0 21 false false false NO-BOK X-NONE X-NONE <![endif]--><!-- [if gte mso 9]> <![endif]--><...
SINTEF is involved in all stages of bioprinting, from the development and optimization of materials, to the development of three-dimensional structures containing cells, and the analysis of the printed structures with in vitro assays. 3D bioprinting employs soft biocompatible materials together with...
Presenters: Peder Eliasson and Michael Jordan, SINTEF Industry A reliable monitoring system is essential for safe and cost-efficient CO2 storage. The webinar will discuss emerging technologies for acquisition and interpretation of geophysical data for efficient and accurate CO2 monitoring. This will...
This webinar will present ongoing work on the modelling and simulation of isolated offshore energy systems with the integration of wind energy, energy storage and flexible loads. Presenters: Harald Svendsen, Research Scientist, SINTEF Energy Research, Andrzej Holdyk, Research Scientist, SINTEF Energy...
This spring we will promote the research conducted by our twelve talented PhD students. Five webinar sessions are scheduled, each with two or three PhD presentations. Webinar This is the fourth...
...amounts of data will be exploited in development and training of digital tools that reflect how gas, oil, and water flow through pipelines. The data, in concert with statistical processing methods, machine learning (ML), uncertainty quantification, and predictive physics-based models, will move current...
...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...
... It’s a mass of wet wipes, sanitary pads and other waste that people have flushed down the toilet. Photo: Julia Farkas/SINTEF Standard Rare earth elements are key components in many of the technologies that we use in our everyday lives – from batteries and mobile telephones to fertilisers. But these...
...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...
...eco-friendly and locally-sourced electricity, and is the basis for the research project called PV-Adapt. One answer to new energy demands is to install building-integrated PV (BIPV) cells, either in the form of roof tiles or facade elements. However, the feasibility of this will require lower costs and more...
...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...
...industry. Offshore wind energy will play a key role in stimulating growth and investment in Europe over the next decade. Moreover, Europe, as a first mover, is set to gain significant benefits from exporting both products and services as offshore markets around the world develop. This can be achieved...
...the direct costs and the costs caused by loss of life and illness/injury’. Photo: Work: SINTEF was commissioned by the Norwegian Labour Inspection Authority (NLIA) to compile a report showing the estimated annual social cost of deaths, injuries, treatment at emergency medical centres and specialist healthcare...
...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...
Children and young people with ADHD can find it difficult to keep appointments and easy to forget what they have to bring with them in different situations. Welfare technology can help. Photo: ThinkStock Welfare technology has long been associated with helping the elderly cope at home for as much of...