中文摘要：

在水溶液电解质中，以活性炭纤维（ACF）为电极，采用微孔曝气方式，吸附-电催化氧化两步联动降解非水溶性气态VOCs。以苯为研究对象，正交实验和单因素分析实验结合，正交实验确立最佳实验条件为：鼓气速率80L／h、苯，乙醇（体积）=30／150、电压10V、电解质浓度2g／L；最佳实验条件下，气相中苯的去除率为93．3％。单因素分析实验考虑了鼓气速率、苯浓度、电解电压、电解质浓度等因素的变化对去除率的影响。

英文摘要：

This paper presents a bench-scale experiment on degrading volatile organic exhaust gas （benzene as an ample） by using setups made of activated carbon fiber （ACF） electrodes and a micro-aeration system. Optimum parameters are determined by orthogonal test and single-factor effect analysis with respect to aeration rate, volume ratio of benzene/ethanol （representing benzene concentration）, voltage and electrolyte concentration. The research result indicates that under the optimal condition, removal of gaseous benzene can be 93.3%.