摘要
基于三维电极电化学技术较高的反应效率和不产生废弃物等优点,将这一先进的反应器运用到烟气脱硫领域。用活性炭作为工作电极,在通电状况下,将模拟烟气通入反应器发生反应。通过一系列试验,分析了填充床厚度、槽电压、进气流量、通电时间对脱硫率的影响,并且探讨了该反应的反应原理。
The method of three-dimensional electrode has many virtues such as high reaction efficiency and bringing no offal, etc. So adapt the advanced reactor to flue gas desulfurization. The electrolysis reaction has been carried out in a packed bed consisting of granular activated carbon. Through a series of tests, studied the influences of the thickness of packed bed, voltage, in-flow, electrolytic time to the desulfurization rate, then analyzed the response principle of the react.
出处
《环境污染与防治》
CAS
CSCD
北大核心
2006年第3期191-193,共3页
Environmental Pollution & Control
关键词
电化学反应器
三维电极
烟气脱硫
活性炭
Electrochemistry reactor Three-dimensional electrode Flue gas desulfurization Activated carbon
