A recent innovation has the potential to accelerate the introduction of essential carbon capture processes in a range of industries. The technology has recently been demonstrated at a waste combustion plant in Bergen, with excellent results.
Mineral recovery by mining generates large volumes of surplus crushed rock that end up polluting natural environments. If we succeed in generating new knowledge, such surpluses can instead be used to manufacture concrete or improve agricultural soils.
Researcher Hanne Haslene-Hox at SINTEF claims that bacteria are much better than their reputation suggests. Each of us hosts as many as 38 million of them in our bodies.
As early as next year, a hundred new hydrogen trucks will be rolling Norwegian roads – with zero emissions and a range of 500 kilometres. And that’s not all! It takes less than fifteen minutes to fill their tanks.
By imitating nature, it may be possible to recover seabed minerals by extracting hot water from the Earth’s crust. We can harvest green energy and be sensitive to the environment – all at the same time.
Both the glass and aluminium industries cast glass in furnaces that generate large volumes of greenhouse gases. Researchers believe that replacing natural gas with hydrogen will enable us to remove greenhouse gas emissions and promote smarter production.
Conventional breeding techniques result in major and uncontrolled modifications to the genetic material of plants and animals. If arguments based on the ‘precautionary principle’ are used as blindly on this issue as in the gene technology debate, then we are condemning the world to starvation.
Did you know that the chemical industry supplies products to virtually all other value chains, including the food, construction, health and transport sectors? All these industries are now having to renew themselves as part of the green transition, and SINTEF is working to help them.
If the Norwegian government rejects the majority opinion of the Gene Technology Committee, it will miss a long overdue opportunity to boost food safety, improve animal welfare and promote more eco-friendly pesticides.
SINTEF researchers are applying methodologies used to transport oil and gas in their efforts to upscale a technology for carbon capture and storage. This is good news for the climate.
Necessary reductions in greenhouse gases will be achieved too late if we have to wait for all our aircraft, ships and trains to transition from fossil fuels. This is why we need biofuels – in spite of the criticisms levelled at their use in a recent article published on the opinions website ‘NRK Ytring’. Biofuels are no ‘climate change mitigation ruse’, as these authors would have you believe.
Today, products that utilise rare materials are for the most part manufactured in China. However, the EU has recently decided to boost its raw materials supply security. Researchers and the minerals industry are now looking to Norway.
Researchers have recently discovered a new way of making consumer items. They’ve developed a machine, based on AI technology, that can customise personal care products to your own requirements.
The addition of slag has been shown to reduce greenhouse gas emissions from concrete manufacture by more than 95 per cent. Researchers have now discovered that the concrete delivers.
Last week, the Hungarian Katalin Karikó and the American Drew Weissman were awarded the Nobel Prize for Medicine for their research into the mRNA-technology applied to develop the vaccines used to combat Covid-19. But what exactly is mRNA technology?
Every organism needs to breathe – including cells that we use in in vitro microphysiological systems. We now have promising results with a material that enhances the quality of our experiments.
Norwegian hydrogen research laboratories have recently been celebrating breakthroughs that can help heavy industry to achieve climate neutrality. But current Norwegian government policy means that these findings will most likely only benefit our competitors.
Bacteria discharged to the oceans in sewage and wastewater thrive on the biofilms that form on plastic waste. This may be leading to the somewhat unanticipated problem of antimicrobial resistance.
According to researchers, so-called ‘industrial symbioses’ and ‘green hubs’ are offering answers to the challenge of meeting Europe’s climate change mitigation targets.
Unless we acquire greater knowledge about what happens at the atomic and molecular scale during materials recycling, progress towards a truly circular economy will grind to a halt.
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