The oceans play a pivotal role in drawing down atmospheric carbon dioxide (COâ‚‚) and have so far acted as a brake on the full ...
Berkeley chemists have created a reusable material that pulls carbon dioxide from the air and holds onto it until it can be ...
Compared to synthetic materials used for direct air capture, it captures carbon about 10 times faster as well.
COF-999, a covalent organic framework, is designed to capture CO2 from open air using its intricate porous structure. Under a microscope, COF-999 appears as tiny particles filled with millions of ...
New material developed by UC Berkeley scientists enhances carbon capture efficiency, offering a breakthrough in removing CO2 ...
Scientists at UC Berkeley have developed a material they believe will greatly improve direct air capture — the term for removing carbon dioxide from the air at any location, as opposed to carbon ...
A typical large tree can suck as much as 88 pounds of carbon dioxide out of the air over the course of a year. Now scientists at the University of California, Berkeley say they can do the same job ...
A typical large tree can suck as much as 40 kilograms of carbon dioxide out of the air over the course of a year. Now scientists at the University of California, Berkeley say they can do the same ...