| Title |
Effect of Magnetic Field on NOX Removal for Wire-Plate Plasma Reactor |
| Authors |
박재윤(Park, Jae-Yun) ; 고희석(Go, Hui-Seok) ; 손성도(Son, Seong-Do) ; 이동훈(Lee, Dong-Hun) ; 김종달(Kim, Jong-Dal) |
| Keywords |
de-NOx ; magnetic field effect ; wire-plate reactor ; corona discharge |
| Abstract |
In this paper, the effect of magnetic field was measured on NOx(NO+NO2) removal and consumption power for wire-plate plasma reactor with magnetic field applied to electric field vertically. NOx of the simulated diesel engine flue gas were removed by the corona discharge generated by DC, AC and Pulsed voltages in wire-plate reactor. Consumption power increased with discharge voltage. However, when magnetic field was applied to electric field vertically, consumption power slightly decreased. NOx removal rate and arc transition voltage for plasma reactor with magnetic field were higher than those for plasma reactor without magnetic field. Consumption power decreased, however NOx removal significantly increased, when water vapour bubbled by dry air was put into simulated flue gas. |