摘要
采用絮凝-光催化氧化工艺成功地处理了实际染料废水；研究了COD光催化降解动力学。COD和BOD5浓度分别为2169mg／L、295mg／L的染料废水，经絮凝-光催化处理后，出水COD和BOD5分别为214mg／L、18．5mg／L，去除率分别为90．1％、93．7％。向光催化体系中加入H2O2，可促进COD与BOD5的去除。该工艺可处理高浓度染料废水。
A new reactor system is designed to combine flocculent process with photo-catalytic reactor and applied to treat dye waste water from a dye ball. After being treated by means of flocculent-photo-catalysis, the concentration of COD and BOD5 of waste water decreases from 2 169 mg/L or 295 mg/L to 214 mg/L or 18.5mg/L respectively. The removal rate of COD and BOD5 is up to 90. 1% and 93.7% respectively. The system can treat dye waste water with a higher organic concentration.
出处
《土壤与环境》
CSCD
1999年第3期189-192,共4页
Soil and Environmental Sciences
关键词
絮凝
光催化
染料废水
动力学
flocculent
photo-catalysis
dye waste water
kinetics
