Tag

Porous Materials

All articles tagged with #porous materials

Mining the Air: MOFs Could Turn Atmospheric Gases into Feedstocks
science28 days ago

Mining the Air: MOFs Could Turn Atmospheric Gases into Feedstocks

Nobel laureate Susumu Kitagawa argues that metal-organic frameworks (MOFs) and other porous materials could allow humanity to “mine” raw materials from the air—capturing gases like CO2, nitrogen, and hydrogen from water vapor to create fuels and chemicals. His work focuses on making MOFs more robust, selective, and hydrophobic to improve gas capture while avoiding energy-wasteful separations. The vision, while promising, faces high costs, energy demands, and political hurdles, and could take decades to realize as the world shifts toward a dilute-molecule economy.

"Enhanced Water Adsorption Capacity in Fullerene-Pillared Porous Graphene"
science-and-technology3 years ago

"Enhanced Water Adsorption Capacity in Fullerene-Pillared Porous Graphene"

Researchers from Chiba University in Japan have developed fullerene-pillared porous graphene (FPPG), a carbon composite with highly designable and controllable pore structures. FPPG with a 25 ± 8% fullerene filling ratio exhibited the largest water vapor adsorption capacity at 40% relative humidity, due to the production of large uniform nanopores. This novel material has potential applications in gas and liquid purification and concentration processes, which could significantly improve energy efficiency and reduce costs.

"Revolutionary Porous Materials: Advancing Electronics and Photocatalysis"
science-and-technology3 years ago

"Revolutionary Porous Materials: Advancing Electronics and Photocatalysis"

Researchers at KAUST have developed a simple and reproducible technique for creating highly porous poly(aryl thioether) materials, which have potential applications in photocatalysis and optoelectronics. The material, made through a polycondensation reaction, exhibits a high surface area and pore size of less than a nanometer. It has shown promise in removing organic micropollutants and toxic mercury ions from water. The researchers aim to collaborate with the electronics industry and water treatment facilities to further explore the material's potential.