New Porous Material Developed to Capture Greenhouse Gases More Efficiently Than Trees

Scientists from Heriot-Watt University and international partners have created a novel material that can store carbon dioxide and other gases, offering a faster alternative to natural processes.

A collaborative research team has developed a new type of porous material capable of storing significant amounts of greenhouse gases.
The material, described as a 'cage of cages,' shows potential for rapid carbon capture, outperforming traditional methods like tree planting.
Computer simulations and AI technologies were crucial in predicting how the molecules assemble, speeding up the material's development.
The discovery is seen as a crucial step towards using such materials for environmental protection and possibly medical applications.
Challenges remain in transitioning from lab-scale experiments to market-ready solutions.