Enhancing Air Quality via Electromagnetic Field Decontamination and Trioxygen Eradication: An Experimental Study

This research focuses on the advancement of a trioxygen-removing apparatus capable of effectively eliminating high concentration trioxygen at normal temperatures. The apparatus is designed for integration into an electromagnetic field decontamination structure. The trioxygen removing apparatus consists of a carrier with honeycomb-shaped via holes. The via holes are coated with specialized layers containing trioxygen eradication components on their inner wall surfaces. The length of the via holes is optimized to ensure a minimum trioxygen eradication efficiency of 90% under specific working conditions. These conditions include normal temperature, an air speed range entering the via hole of 0.5–1.5 m/s, and a generated trioxygen concentration of 4 mg/m3 or higher.