Position: Home > Articles > Study on Electrodepositing Manganese Dioxide by Different Anodes in Waste Manganese Sulfate Based on Double Membrane Three Chambers
Journal of Green Science and Technology
2019
(6)
78-80
阳极对膜电沉积硫酸锰废液中二氧化锰研究
作 者：
姜波;王三反
单 位：
兰州交通大学环境与市政工程学院
关键词：
膜电解;硫酸锰废液;电流效率;阳极材料
摘 要：
采用双膜三室,考察了三种不同阳极处理已拟合条件下的模拟某电镀厂高浓度硫酸锰废液,阳极室电沉积二氧化锰,对其产品形貌进行电镜扫描,并分析了其经济效益。结果表明:在使用钛基二氧化铅电极下,阳极液中锰的转化率为63.7%,电流效率为93.8%,并且其槽电压为14.3 V,电耗为19.40 kW·h/kg,此阳极电解下的经济效益最高。
译 名：
Study on Electrodepositing Manganese Dioxide by Different Anodes in Waste Manganese Sulfate Based on Double Membrane Three Chambers
作 者：
Jiang Bo;Wang Sanfan;School of Environmental and Municipal Engineering,Lanzhou Jiaotong University;Engineering Research Center for Cold and Arid Regions Water Resource;
单 位：
Jiang Bo%Wang Sanfan%School of Environmental and Municipal Engineering,Lanzhou Jiaotong University%Engineering Research Center for Cold and Arid Regions Water Resource
关键词：
membrane electrolysis;;manganese sulfate;;current efficiency;;anode material
摘 要：
Using a double membrane and three chambers, three kinds of different anodized treatments were used to simulate the high concentration of manganese sulfate waste liquid in an electroplating plant, and the anode chamber was electrodeposited with manganese dioxide. Scanning electron microscope(SEM)is applied to the product morphology. The economic benefits are also analyzed. The results show that the conversion of manganese in the anolyte was 63.7%; the current efficiency is 93.8%; the cell voltage is 14.3 V and the power consumption is 9.40 kW·h/kg.The economic benefit under electrolysis is the highest.
相似文章
-
连续式三槽型电解槽结构设计及强酸性离子水制备工艺参数研究 [董铁有, 洪妍] 食品科学 2005,26 (S1) 19-22
