摘要
采用微电解-微波紫外光氧化物化组合反应体系,对C.I.活性红88染色废水进行处理,并辅以氧化剂H-1提高处理效果。研究结果表明,当氧化剂H-1用量3.0 g/L、铁炭床微电解反应时间30 min、微波紫外光反应器中停留20 min时,废水的脱色率和CODCr去除率可分别达到95%和65%以上。
Combined reaction system of microelectrolysis-microwave/ultraviolet oxidation was applied to treatment of C. I. Reactive Red 88 dyeing effluents, with addition of oxidant H-1 to improve the treating effect. It was found that decolorization rate and removal of CODcr could reach more than 95 % and 65 % respectively with oxidant H-1 30 g/L, ferric carbon microelectrolysis for 30 minutes and duration in MV/UV reactor for 20 minutes.
出处
《印染》
北大核心
2010年第15期11-12,32,共3页
China Dyeing and Finishing
基金
国家863重点攻关项目"新型物化组合技术与设备"(2002AA601300)资助
关键词
废水处理
活性染料
微电解辐射
微波
waste water treatment
reactive dyes
micro electrolysis radiation
microwave
