CAJ | 학술논문

采用电化学氧化对模拟高氨氮废水进行预处理，考察了不同电极材料、电流密度、氯离子浓度和pH值等因素对氨氮去除效果的影响。研究结果表明，高电流密度和氯离子浓度有利于氨氮的去除，试验得到的适宜电解氧化条件为：电流密度15mA／cm3，氯离子浓度4000mg／L，采用Ti／RuO2～IrO2电极为阳极，电解2h。当初始氨氮浓度为500mg／L时，氨氮去除率可达99．9％。
채용전화학양화대모의고안담폐수진행예처리，고찰료불동전겁재료、전류밀도、록리자농도화pH치등인소대안담거제효과적영향。연구결과표명，고전류밀도화록리자농도유리우안담적거제，시험득도적괄의전해양화조건위：전류밀도15mA／cm3，록리자농도4000mg／L，채용Ti／RuO2～IrO2전겁위양겁，전해2h。당초시안담농도위500mg／L시，안담거제솔가체99．9％。
By choosing electrochemical oxidation of simulated high strength ammonia wastewater, and investigating the effects on ammonia removal of different electrode materials, current density, chloride concentration and ph and other factors, the ex- periment shows that high current density and chloride concentration profit for the removal of ammonia nitrogen. Electrolytic oxidation condition goes as follows： current density is 15 mA/cm2and chloride concentration is 4 000 mg/L using Ti/RuOz-IrO2 electrode as ＇after electrolysis for 2 hours, ammonia nitrogen removal rate will