News, insights, and thoughts on the carbon revolution — from the scientists making it happen.
Developing pathways to turn historic CO₂ into carbon-negative building materials.
Pioneering a UK ecosystem for sustainable aviation fuel made from air.
Scaling a world-leading carbon removal hub in Canada that turns CO₂ into rock.
By recovering historic CO₂ emissions from the atmosphere, we can turn our biggest existential problem into our greatest opportunity to thrive.
Designing direct air capture technology to thrive on intermittency can help to incentivise the build-out of critical new renewable infrastructure.
Electrochemical direct air capture is an efficient, scalable, and affordable approach to carbon removal. Find out how it works and why it’s different to other DAC technologies.
The huge variety in methods makes it difficult to compare direct air capture technologies apples to apples. Here’s a snapshot of the key differences between each.
Optimising direct air capture’s energy requirement is critical to unlocking megatonne-scale carbon removal. A new breed of electrochemical technologies might just have the answer.
Direct air capture is a versatile climate technology that can help us to mitigate the climate crisis and tackle its primary cause — provided we scale it quickly enough.
The funding will help us to unlock megatonne atmospheric carbon removal by the end of the decade.
Navigate the excitement and noise surrounding this powerful new climate technology to learn what it’s all about.