EVALUATION OF ENERGY UTILIZATION EFFICIENCIES FOR SO2 AND NO REMOVAL BY PULSED CORONA DISCHARGE PROCESS
作者： Y. S. Mok , S. W. Ham , I. S. Nam
关键词: Voltage 、 Capacitance 、 Energy (signal processing) 、 Radical 、 Flue gas 、 Chemistry 、 Plasma 、 Sulfur dioxide 、 Analytical chemistry 、 Corona discharge
摘要: Pulsed corona discharge process was applied to the removal of sulfur dioxide and nitrogen oxides from simulated flue gas. The energy transfer efficiency pulse generation circuit utilization efficiencies for SO 2 and NO are evaluated discussed. When pulse-forming capacitance five times larger than geometric reactor, maximized, requirements SO 2 removal could be lowered. With regard radical efficiency, producing small amounts radicals frequently found more advantageous large less frequently. Removal SO 2 increased with peak voltage, but nearly independent voltage when field intensity high enough induce (above 10 kV cm −1 in this system).
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