铁碳微电解和芬顿氧化法在制药废水处理中应用与研究分析

铁碳微电解和芬顿氧化法在制药废水处理中应用与研究分析-1-铁碳微电解铁碳微电解和芬顿氧化法在制药废水处理中应用与研究芬顿氧化法在制药废水处理中应用与研究邱国栋1朱沈武2（江苏维尔思环境工程有限公司，江苏盐城）摘要：本研究分别利用铁碳微电解法和铁碳微电解+芬顿氧化法对高浓度的制药废水进行预处理，通过对比实验前后的COD值、氨氮及其去除率，探讨铁碳微电解法和Fenton氧化法对制药废水预处理效果。铁碳微电解+芬顿氧化处理比铁碳微电解处理在高浓度的制药废水的预处理过程中COD降低更加明显、COD去除率更高，提高了废水的可生化性。关键词：铁碳微电解；芬顿氧化法；制药废水；可生化性；去除率ResearchandApplicationofIron-carbonMicro-electrolysisandFentonOxidationinPharmaceuticalWastewaterTreatmentAuthor：QiuGuodong1ZhuShenwu2(JiangsuWealthEnvironmentalEngineeringCo.,Ltd.JangsuYancheng)Abstract:Iron-carbonmicro-electrolysisandFentonoxidationwererespectivelyusedtotreatpharmaceuticalwastewaterinthisstudy.Theeffectofiron-carbonmicro-electrolysisandFentonoxidationinpharmaceuticalwastewatertreatmentwasdiscussedbycomparingtheCODvalue,ammonianitrogenandremovalrate.Comparingiron-carbonmicro-electrolysisandCombinationofiron-carbonmicro-electrolysisandFentonoxidationinhighconcentrationpharmaceuticalwastewatertreatment,theCODwasmoreobviouslydecreased,theCODremovalratewashigher,andthebiodegradability