| Title |
A Study of Ozone Generation Characteristic using Ceramic Catalyst Tube of Ti-Si-Al |
| Authors |
Kook-Hee Cho ; Young-Bae Kim ; Dong-Hoon Lee |
| Abstract |
A novel ozonizer has been developed using a high frequency surface discharge and a high purity Ti-Si-Al ceramic catalyst as its dielectric component. A cylindrical thin compound ceramic catalyst in reactor is adhered to inside of the film-like outside electrode. And, when experiment condition are oxygen gas temperature of 20[℃], inner reactor pressure of 1.6 atm 600[Hz] and flow late of 2[ l /min]. the ozonizer can easily produce ozone concentration(50 ～ 60[g/㎥] for oxygen) and power efficiency(180[g/kWh] for oxygen) without using a special enrichment means. At 2[ l/min], 20[℃], 1.6[atm], 600[Hz] and 40[W], the result of simulation to gas temperature of reactor using general code Phoenics, the maximum temperature of reactor was 132[℃] in reactor. And, the result electric field simulation of Ti-Si-Al type reactor using general code Flux 2D, maximum electric field was 0.131E+08[V/m]. |