Researchers at the Korea Institute of Materials Science (KIMS) have developed a laser-engineering method to increase the carbon dioxide adsorption capacity of metal-organic frameworks. By precisely modifying the structure of these high-surface-area materials, the team improved how they interact with and capture CO2 molecules. This advancement in material science could lead to more efficient carbon capture systems. Improving the density and effectiveness of CO2 adsorption is a critical step toward scaling sustainable carbon removal technologies for industrial use.
