A proof-of-concept system developed in the lab of Professor Ted Sargent uses manganese oxide and electricity to pull CO₂ efficiently from real-world air conditions.

Most policies designed to reduce carbon emissions have focused on reducing reliance on fossil fuels, primarily through state ...

Discover how oceans, living organisms, and plants naturally absorb carbon dioxide and why plants play a vital role in our planet’s balance. Explore the groundbreaking invention by physicist Klaus ...

Researchers at Northwestern University in the US have developed a proof-of-concept direct air capture system that uses ...

The Narwhal reports Canada’s largest nickel mine aims to utilize carbon-capturing brucite in its waste to store over a megatonne of CO2 annually.

Louisiana has more proposed carbon capture and sequestration projects than any other state, according to a new analysis of ...

Elon Musk wants to turn one of the planet’s biggest problems into literal rocket fuel. His pitch is deceptively simple: capture carbon dioxide from the air, combine it with hydrogen, and feed it into ...

A Canadian direct air capture (DAC) developer is pivoting from carbon removal (CDR) and storage to supply, seeking a stake in the merchant CO2 market as Western investors cool on CDR.

Five years ago, Will Kain and his team at Westchester-based Avnos started work on a system that would suck carbon and water out of the air.  Then, the ...

Carbon capture, utilisation and storage is a key transition tool, but is it giving high-polluting companies a chance to shirk ...

The UK Government’s Clean Growth Strategy targets storage of at least 50 million tonnes of CO2 per year by 2030, rising to 170 million tonnes annually by 2050. The BGS estimates that the Central North ...

Explore how the Sustainable Markets Initiative highlights the financial gaps stalling carbon capture projects, with insights from key industry players.