过氧化氢湿式氧化法处理偶氮染料废水的动力学及可生化性影响研究OA北大核心CSTPCD
Kinetic and biodegradability influence of azo dye wastewater treatment by wet peroxide oxidation
在100 mL连续釜式反应器中，研究了过氧化氢湿式氧化法（WPO）处理酸性红B染料模拟废水的影响因素、可生化性变化和动力学特征。结果表明，WPO法适于处理浓度较高的偶氮染料废水，废水进水pH宜保持在中性；能明显改善偶氮染料废水的BOD5/CODCr值，提高废水可生化性；通用动力学模型能较好地预测酸性红B染料废水的湿式氧化宏观过程。
The influence factors, biodegradability changes and dynamic characteristics of Acid Red B simu⁃lated dye wastewater by wet peroxide oxidation (WPO) treatment was explored in a 100 mL continuous pres⁃sure reactor. The results showed that WPO was suitable for treating high concentrations of azo dye wastewa⁃ter and the wastewater influent pH was appropriate to keep in neutral. WPO could obviously improve the BOD5/CODCr values of azo dye wastewater a…查看全部>>
吴志敏;张丽
广东职业技术学院，广东佛山 528041广东职业技术学院，广东佛山 528041
化学化工
过氧化氢湿式氧化偶氮染料废水可生化性动力学
wet peroxide oxidationazo dye wastewaterbiodegradabilitykinetic
《印染助剂》 2016 (2)
17-21,5
广东省优秀青年老师培养计划资助项目（Yq2013173）
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