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Heterogeneous Fenton System Dynamic Decolorization of Simulated Dye Wastewater

机译:Fenton系统对模拟染料废水的动态脱色。

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Using heterogeneous Fenton system dynamic method,a decolorization test was operated for three kinds of simulated dye wastewater (Reactive Red KE-3B,Reactive Yellow KE-4R and Reactive Blue KN-R).Through the single factor experiments to examine the pH,H2O2 dosage,catalyst dosage,reaction temperature and residence time of simulated dye wastewater effected on the simulated dye wastewater decolorization rate.Determined the best decolofization reaction conditions as pH value of 4,the H2O2 concentration of 800 mg/L,catalyst dosage of 20g,reaction temperature of 60 °C and reaction residence time of 9 minutes.Under this reaction conditions,in heterogeneous fenton system,degradation rate of the three kinds of simulated wastewater reached 95.01%,93.86% and 97.74%,respectively.
机译:采用非均相Fenton系统动力学方法,对三种模拟染料废水(活性红KE-3B,活性黄KE-4R和活性蓝KN-R)进行脱色测试。通过单因素实验检测pH,H2O2模拟染料废水的用量,催化剂用量,反应温度和停留时间对模拟染料废水的脱色率有影响。确定最佳脱滤反应条件为pH值为4,H2O2浓度为800 mg / L,催化剂用量为20g,反应温度为60°C,反应停留时间为9分钟。在此反应条件下,在非均相芬顿体系中,三种模拟废水的降解率分别达到95.01%,93.86%和97.74%。

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