Record-Breaking "Molecular Sponge" Pulls Carbon from Air Faster Than Ever Before
By Bakar institute of Digital Materials for the Planet. Excerpt: A new material developed by BIDMaP researchers captures CO₂ from outdoor air with unprecedented speed, marking a critical leap toward practical direct air capture technology. As atmospheric carbon dioxide levels continue to climb, the scientific consensus is clear: reducing emissions alone is no longer enough. To avert the worst effects of climate change, scientists must also figure out a way to actively remove vast quantities of CO₂ that are already lingering in the sky. One of the most promising technologies for this task is Direct Air Capture (DAC), machines that filter carbon dioxide directly from the atmosphere. ...a team of researchers from Omar M. Yaghi’s Lab —whose pioneering work on reticular chemistry was recognized with the Nobel Prize in 2025—has reported a major breakthrough. In a study published today in Nature Sustainability, the team unveils COF-1000, a new material that captures carbon dioxide from outdoor air faster than any other material reported to date....
Full article at https://bidmap.berkeley.edu/news/record-breaking-molecular-sponge-pulls-carbon-air-faster-ever.
See also New Scientist article, Nobel prizewinner Omar Yaghi says his invention will change the world.