摘要
8个回路的Bi TAC电解槽,其中1个回路更换为n-Bi TAC,7个回路改造为i-Bi TAC。分析改造前后的运行数据,说明改造后电流效率提升,成品碱品质提高,电压降低。
Electrolyzers BiTAC in 1 of 8 loops were upgraed into n - BiTAC and 7 into i- BiTAC. The running data before and after upgrade were analyzed, showing that upgrading efficiency, increase in quality of finished caustic soda product and reduction resulted increase in current in voltage.
出处
《氯碱工业》
CAS
2015年第6期13-16,共4页
Chlor-Alkali Industry
关键词
电解槽
离子膜法电解
槽电压
电流效率
烧碱
elctrolyzer
ion-exchange memnbrane electrolysis
cell voltage
current efficiency
caustic soda
