在隔膜电化学反应器中，通过成对电解同时获得阳极活性氯溶液和阴极H₂O₂溶液，实现了对烟气中NO_x的两级氧化脱除。通过实验验证成对电解所构建的两级氧化的脱除效果，并对影响装置NO_x脱除率的各种因素进行了研究。结果表明，成对电解能够高效脱除烟气中的NO_x；在阴极空气流量为1 L/min、电流密度为1.5 mA/cm²、烟气NO质量浓度为1 000 mg/m³、烟气流量为0.5 L/min的条件下运行60 min，获得了对NO_x 95.6%的脱除率。

Anode electrolyte containing active chlorine and cathode electrolyte containing H₂O₂ are simultaneously obtained by paired electrolysis in a divided electrolytic cell,by which a two-stage oxidation process for removing NO_x in flue gas are constructed.Experiments are carried out to verify the enhancement effect of two-stage oxidation removal of NO_x by the paired electrolysis.Factors that affect NO_x removal efficiency of the device are discussed.The results show that the paired electrolysis can efficiently remove NO_x from flue gas.The removal efficiency of NO_x can reach 95.6% in 60 min when the flow rate of air at cathode is 1 L·min^-1,current density is 1.5 mA·cm^-2,NO concentration in flue gas is 1 000 mg·m^-3,and the flow rate of flue gas is 0.5 L·min^-1.

禹子渊(1996-),男,硕士研究生,研究方向为烟气净化,yzyyzyha@qq.com