U. of I. engineers Paul Rozzi, professor Kyle Smith and Jeong Le have developed a new battery-type device that captures CO2 from the air. Credit: Michelle Hassel. Engineers have developed a new device ...

Montreal-based Deep Sky became the first North American company to deliver verified carbon removal credits from direct air capture technology, announcing on Monday it provided credits to Microsoft ...

Swiss company Climeworks’ ‘Mammoth’ opened for business in May, but can it do what the company has promised and sequester huge quantities of carbon dioxide using direct capture technology? The ...

UK clean energy technology firms have set up a joint venture to build and operate Europe's biggest direct air capture project. Carbon capture technology developers Airhive and Mission Zero ...

Matt Lee had been creating nanostructured materials for all sorts of applications at Los Alamos National Laboratory for 10 years when his friend Charles Cadieu came to him with the idea of removing ...

A project to suck carbon out of the atmosphere in Louisiana—which faced closure under the Trump administration—is among nearly 2,000 clean-technology initiatives getting a surprise funding lifeline ...

Direct Air Capture represents a growing approach in carbon engineering designed to reduce atmospheric CO2 and support negative emissions goals. By extracting carbon directly from the air, this ...

A pub in California is pulling carbon dioxide from the air to carbonate pints. If the business model works, it could give the broader carbon-capture industry a boost. Credit... Supported by By Rachel ...

Researchers characterized two moisture-swing polymers for direct air capture, finding that macropore structure governs CO2 sorption capacity and kinetics. (Nanowerk News) Researchers have identified ...

Atmospheric CO₂ concentrations reached 420 μmol/mol in 2022, escalating at 2.4 μmol/mol annually and driving urgent calls for carbon-negative solutions. While direct air capture (DAC) technology can ...

Many direct air capture systems rely on heat and oxygen-sensitive materials, which can make them energy-intensive, less efficient, and less durable in real-world air conditions. Researchers devised an ...