首页|铁碳微电解-芬顿-厌氧-好氧等组合工艺处理原料药废水的中试研究

铁碳微电解-芬顿-厌氧-好氧等组合工艺处理原料药废水的中试研究

扫码查看
考虑到高浓度原料药生产废水具有高COD、高毒性、可生化性差的特点,单纯采用生化处理工艺很难使出水水质稳定达标排放,首先采用铁碳微电解和Fenton氧化工艺对原料药废水预处理,再通过厌氧-好氧-臭氧氧化等多级组合工艺进行深度处理.经过多次中试试验,验证该组合工艺具有经济和技术的可行性,出水水质的COD浓度可达到60 mg/L以下,并为实际工程工艺稳定运行提供最优参数.
Pilot Study on the Combined Process of Iron Carbon Microelectrolysis Fenton Oxidation Anaerobic Aerobic Treatment of Raw Material Wastewater
Considering the characteristics of high concentration raw material production wastewater with high COD,high toxicity,and poor biodegradability,it is difficult to achieve stable and up-to-standard discharge of effluent water solely using biochemical treatment processes.Firstly,iron carbon microelectrolysis and Fenton Oxidation processes are used to pretreat raw material wastewater,and then multi-stage combination processes such as anaerobic-aerobic-ozone oxidation are used for deep treatment.Through multiple pilot tests,the economic and technical feasibility of this combination process is verified,with the COD concentration in the effluent water below 60 mg/L,and optimal parameters are provided for the stable operation of actual engineering processes.

raw material production wastewateriron carbon microelectrolysiscombined processpilot

赵娟、李进

展开 >

赣州中环博宏环境科技有限公司,江西赣州 341000

江西青峰药业有限公司,江西赣州 341000

原料药生产废水 铁碳微电解 组合工艺 中试

2024

化工设计通讯
湖南化工医药设计院

化工设计通讯

影响因子:0.126
ISSN:1003-6490
年,卷(期):2024.50(8)