Measuring the carbon challenge of our era.
To keep warming under control, we must both decarbonate our usages and actively capture our excess. Here's the data, unfiltered.
Global CO₂ concentration crossed an unprecedented 424 parts per million in 2024. Emissions exceed 41.6 billion tonnes annually, saturating the planet's natural carbon sinks.
The Earth loses an average of 10.9 million hectares of forest every year. This decline weakens natural carbon absorption and makes green engineering essential.
The global market for permanent CO₂ capture, recycling and storage is set to jump from $100M in 2024 to over $1.6 billion by 2030, driven by net-zero mandates.
The carbon feed
Our weekly watch on carbon capture innovations, regulations and scientific breakthroughs.
The European Union tightens the voluntary carbon credit framework
The new CRCF regulation mandates third-party certification and per-tonne traceability. A boon for transparent players like audited methanation units.
Read articleBiogenic methanation reaches TRL 8
The first modular reactors demonstrate over 95% conversion efficiency in real conditions, paving the way for decentralized deployment.
Read articleWhy natural carbon sinks are saturating faster than expected
A Nature study shows ocean and forest absorption slowing 12% per decade. Capture engineering becomes a complement, not an option.
Read articleThe cost of a captured tonne of CO₂ drops below €100
Falling electrolysis costs and shared rural infrastructure break a major psychological threshold for capture profitability.
Read articleVideo library
Understand CO₂ capture technologies in just a few minutes.