Atmospheric air with low concentrations of carbon dioxide is passed through an aqueous solution of IPDA, where the carbon dioxide rapidly reacts to create a solid product. Carbon dioxide is subsequently re-released with mild heating of the product in suspension, for storage or new applications. Note: Licensed picture (Tokyo Metropolitan University/Newsflash)
Copyrights: Tokyo Metropolitan University/Newsflash
01 June 2022
Researchers at Tokyo Metropolitan University have created what they say is the fastest carbon dioxide catcher ever, possibly heralding a new era in the fight against carbon emissions linked to climate change. The new carbon capture system is said to remove carbon dioxide directly from the...