脉冲等离子体烟气脱硫反应器电极配置对能量利用的影响

Influence of the Electrode Configuration of a Pulse Plasma-based Flue Gas Desulfurization Reactor on Energy Utilization

实验研究了线-板式脉冲电晕放电烟气脱硫反应器的电极结构配置对脉冲能量利用的影响。结果表明在一定实验条件下增加电晕线数、减小线板间距能提高反应器对脉冲能量的利用;在电场长度一定下,线线间距为线板间距的0.6～1倍时,反应器对脉冲能量的利用达到最大。

The influence of the electrode configuration of a wire-plate pulse corona discharge-based desulfurization reactor on pulsed energy utilization is investigated by tests. Test results indicate that under certain test conditions an increase in corona discharge wires and a decrease in wire-plate spacing can enhance the utilization of pulsed energy by the reactor. At a given electric field intensity when the wire-wire spacing is 0.6 - 1 times that of the wire-plate, the utilization of pulsed energy by the reactor will reach a maximum value.