Electrochemical removal of synthesis solution containing 50 mg/L auramine-O through Ti/PbO₂ electrodes and carbon felt air-diffusion electrode to in situ generate hydrogen peroxide (H₂O₂) by the oxygen (O₂) reduction. The effects of operating conditions, FeSO₄·7H₂O concentrations, current density, initial concentration, initial pH value and sodium sulfate (Na₂SO₄) concentration were investigated. For reaction of 60 min, the auramine-O removal rate reached 99% and total organic carbon (TOC) removal rate was close to 64.27%. This means that the organic macromolecules in the pollutants have been completely destroyed and broken down. The degradation of auramine-O under electro-Fenton (EF) process using Ti/PbO₂-carbon felt was analyzed from the dimensions of TOC, mineralization current efficiency, energy consumption, degradation mechanism and kinetics. Comparing EF-Ti/PbO₂ with Ti/PbO₂ anode, AO (anodic oxidation)-Ti/PbO₂ anodic oxidation using Ti/PbO₂ anode and EF-Pt EF process with Pt anode, the consequences demonstrated that Ti/PbO₂-EF process by hydrogen peroxide produced in situ was the best choice than others.

通过Ti / PbO ₂电极和碳毡空气扩散电极电化学去除含50 mg / L金胺-O的合成溶液，通过氧（O ₂）还原原位产生过氧化氢（H ₂ O ₂）。操作条件，FeSO ₄ ·7H ₂ O浓度，电流密度，初始浓度，初始pH值和硫酸钠（Na ₂ SO _{4）的影响}）浓度进行了调查。在60分钟的反应中，金胺-O的去除率达到99％，总有机碳（TOC）去除率接近64.27％。这意味着污染物中的有机大分子已被完全破坏和分解。从TOC，矿化电流效率，能耗，降解机理和动力学等方面分析了使用Ti / PbO _2-碳毡在电芬顿（EF）工艺下对金胺-O的降解。比较EF-Ti / PbO ₂与Ti / PbO ₂阳极，AO（阳极氧化）-Ti / PbO ₂阳极氧化（使用Ti / PbO ₂阳极）和EF-Pt EF工艺与Pt阳极，结果表明Ti / PbO ₂原位生产过氧化氢的-EF工艺是最佳选择。