SCIENCE IN THE NEWS DAILY
New Holey Material Soaks Up CO2
from BBC News Online
UK researchers have developed a porous material that can preferentially soak up CO2 from the atmosphere. NOTT-202 is a "metal-organic framework" that works like a sponge, absorbing a number of gases at high pressures.
But as the pressure is reduced, CO2 is retained as other gases are released. The development, reported in Nature Materials, holds promise for carbon capture and storage, or even for removing CO2 from the exhaust gases of power plants and factories.
Metal-organic frameworks have been considered promising structures to trap gases for a number of years. They are so named because they comprise atoms of a metallic element at their core, surrounded by scaffolds of longer, carbon-containing chains. These complex molecules can be made to join together in frameworks that leave gaps suitable for capturing gases.
Connect With Us:
PODCAST & VIDEO: 3D Printing Replacement Body Parts
Regenerative medicine, a fledgling field with the aim of regrowing parts from a person’s own cells, is being amplified with 3D-printing technology, which can now use organic materials to create scaffolds that cells need to grow into their final forms. Richard Wysk, a professor of industrial and systems engineering at North Carolina State University, discusses the latest successes with this research, and the timeline for creating more complicated structures.
To view all multimedia content, click "Latest Multimedia."
Receive notification when new content is posted from the entire website, or choose from the customized feeds available.