新型活性阴极在隔膜电解槽的应用

摘要

This article through the electroplating method of nano structure nickel alloy deposition in the original common diaphragm cathode, the development of novel active cathode, reduces the cathodic polarization overpotential. At the same time, the active cathode technology and modified diaphragm and expanded anode technology integration, so that the ordinary diaphragms into energy-saving diaphragm electrolyzer diaphragm electrolytic cell, reduce the overall voltage, to achieve the purpose of energy saving.%通过电镀法将纳米结构镍合金沉积在普通隔膜阴极上，开发新型活性阴极，降低阴极极化过电位。将该活性阴极技术与改性隔膜和扩张阳极技术集成，使普通隔膜电解槽改造成为节能型隔膜电解槽，降低隔膜电解槽的整体电压，达到节能降耗的目的。