Activated carbon is a critically important, highly tunable material that drives innovation across advanced technologies—from energy storage in supercapacitors and lithium-sulfur batteries, to life-saving medical blood purification, carbon dioxide capture, nuclear safety filtration, and high-sensitivity sensors—all enabled by its immense surface area, nanoscale pore architecture, and electrical conductivity.
Case Details
1. Energy storage – electrode material for supercapacitors and sulfur host in lithium-sulfur batteries.
2. Gas capture and separation – captures CO₂ and separates O₂, N₂, or H₂ via pressure swing adsorption.
3. Nuclear safety – filters radioactive iodine and noble gases in nuclear facilities.
4. Biomedical blood purification – core material in hemoperfusion cartridges for toxin removal and dialysis support.
5. Electromagnetic shielding and sensors – used in EMI shielding, radar-absorbing materials, and high-sensitivity gas or pressure sensors.
6. Catalysis and pollutant degradation – metal-free catalyst for advanced oxidation and support for industrial catalysts.
