摘要
以7-ADCA生产过程中产生的废硫酸调节废水pH值,用芬顿法对某制药厂污水站生化出水进行深度处理,通过正交实验和单因素分析获得最佳反应控制条件为初始pH值4.0,废硫酸投加量0.9mL/L,H_2O_2(27.5%)投加量0.70mL/L,FeSO_4·7H_2O投加量0.60g/L,反应时间90min。在此条件下COD去除率可达58.33%,不仅实现了以废治废,而且为达标排放提供了重要保证。
Using 7 - ADCA waste sulfuric acid to regulate pH value, advanced treatment of the biochemical effluent from a pharmaceutical plant＇s sewage station by Fenton method was studyed. The best reaction control conditions were obtained through orthogonal test and single factor experiments： initial pH value was 4.0, dosage of waste sulfuric acid was 0.9mL/L, dosage of 27.5% H202 was O. 70 mL/L, dosage of FeSO4 · 7H20 was O. 60 g/L, reaction time was 90rain. Under these conditions COD removal rate could reach 58.33%. This process not only realized treating waste by waste, but also provided an important guarantee for meeting effluent standard.
出处
《山东化工》
CAS
2017年第10期204-205,207,共3页
Shandong Chemical Industry
关键词
7-ADCA废硫酸
制药废水
芬顿
深度处理
7 -ADCA waste sulfuric acid
pharmaceutical wastewater
Fenton
advanced treatment
作者简介
王俊超（1985-），山东临沂人，大学本科学历，主要从事水环境、大气环境以及固体废物的污染控制研究。
