Transforming industrial CO2 waste into valuable feedstock
A EU-funded project will promote CO2 capture and improve economic sustainability by converting waste CO2 to value added products.
A EU-funded project will promote CO2 capture and improve economic sustainability by converting waste CO2 to value added products.
Ensuring material integrity throughout the hydrogen value chain - from production to transport, storage, and end use - is crucial for safe and efficient use of both hydrogen and ammonia.
A new EU funded project aims to efficiently produce hydrogen from waste, ensuring strong energy performance with a fully carbon-negative approach.
SINTEF showcases our latest hydrogen achievements at EU Hydrogen Week 2024.
After eight years of pioneering research, the Norwegian CCS Research Centre (NCCS) held its closing conference on 13 and 14 November in Trondheim.
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.
For the past three years, MaritimeNH3 has investigated the potential of ammonia to be a safe, clean and cost-efficient alternative to fossil fuels in the maritime industry.
An EU-funded project will improve data centres´ energy efficiency and sustainability by transforming energy management with innovative “immersion cooling” technology.