The wind’s sweep across desert sand provides important information in the hunt for methane gas leaking from oil platforms. Researchers have now applied this knowledge in the hunt for the climate change driver methane.
Locomotives that run on diesel can be electrified. This would both cut CO2 emissions and significantly reduce overall energy consumption, according to a new study.
Such storage will be crucial if we are to halt climate change, which is already costing us enormous sums of money and causing suffering for humans and animals.
Constructing offshore wind turbines is both costly and challenging, but researchers are working to make offshore wind more profitable and secure.
An ineffective negotiation system was the main impression people left with from the climate summit in Baku. Restoring trust in this system must be the top priority for the next conference.
The transport of dense gases and liquids is becoming increasingly relevant in relation to carbon capture. New research is helping us understand more about how this can be done most efficiently.
It is essential that Norwegian towns and cities become climate-neutral. But how do we get this done? On the site of the old Oslo airport at Fornebu, researchers are demonstrating how real transformation can be implemented in practice.
A cure for global warming: Technologies exist that can get us out of this mess. Let’s take a look at them.
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.
He’s been called the father of carbon capture and storage in Norway – but Erik Lindeberg isn’t resting on his laurels. At 76, he’s still crusading to make sure this technology is put to use as quickly and comprehensively as possible, to help the world avoid the worst consequences of global warming.
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.
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.
Students, researchers and the building industry are collaborating to adapt our homes to climate change. And they’re identifying solutions that hadn’t been obvious before.
International shipping does not want to be a climate bad guy and is aiming to be emission-free by 2050. A new tool designed by researchers in Trondheim can help shipowners who are searching for green solutions.
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.
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.
Road pricing may soon be replacing toll charges on Norwegian roads. But researchers still don’t know if this will help to reduce and regulate road traffic.
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.
Four of the six Gulf States are among the top five biggest greenhouse gas emitters per capita. Why? Oil is the answer, but not quite in the way you might think.
What should power the future’s shipping fleets? How can we change the way we build buildings so that they’re truly climate neutral? If we’re going to actively alter the planet’s climate, how should we study this?
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.
It is essential to speed up electrification of the Norwegian heavy transport sector. We believe that this is possible in spite of full capacity utilisation in the electricity grid. Here are our three recommendations.
Calculations reveal that hydrogen, batteries and solar panels will make it possible to use electric construction machinery on sites where access to the grid is limited.
According to researchers, so-called ‘industrial symbioses’ and ‘green hubs’ are offering answers to the challenge of meeting Europe’s climate change mitigation targets.
