摘要
在高浓度含氰废水的预处理工程中,本研究通过分析不同的加盐量、电流、反应时间,来确定电化学工艺最适合的反应条件。实际运行数据分析表明,在CN-浓度为1730 mg/L、电化学反应区容积为500 L、反应时间为3.0 h、极板电流为1.0 A、加盐量为4 g的情况下,含氰废水出水中的氰化物含量可降到60 mg/L左右,去除率达96%以上。
In the pre-treatment engineering of high concentration cyanide containing wastewater,the most suitable reaction conditions for the electrochemical process are determined by analyzing different salt addition amounts,currents,and reaction times.Through actual operation data analysis,it is shown that under the condition of CN-concentration of 1730 mg/L,electrochemical reaction zone volume of 500 L,reaction time of 3.0 h,electrode current of 1.0 A,and salt addition of 4 g,the cyanide content in the effluent of cyanide containing wastewater can be reduced to about 60 mg/L,with a removal rate of over 96%.
作者
刘润劼
Liu Runjie(Xiamen Green Power Environmental Governance Engineering Co.,Ltd.,Xiamen 361009,China)
出处
《皮革制作与环保科技》
2024年第8期29-31,共3页
Leather Manufacture and Environmental Technology
关键词
电化学
含氰废水
加盐量
电流
反应时间
electrochemistry
cyanide containing wastewater
salt addition amount
current
reaction time
