摘要
稀土矿物质活性炭吸附废水后酸度在原有基础上降低,pH值上升。废水经过稀土磁化装置后水分子变小,溶解氧的活性增强,通过电场传递电子来完成氧化还原反应的电子传递。稀土-钛-铂合金电极板,可以降低反应的氧化还原电位,使反应的能量壁垒得到降低。根据同性相斥,异性相吸原理,独特的稀土隔膜性能使电解后的阳极水和阴极水不混合而且同时分别具有酸性和碱性功能,达到能量守恒定律。
After the adsorption of rare-earth mineral activated carbon to wastewater,the acidity decreases and the pH value increases.After the wastewater is magnetized by rare earth,the water molecule becomes smaller,the activity of dissolved oxygen is enhanced,and the electron transfer is completed by the electron transfer of the redox through the electric field.Rare earth-titanium-platinum alloy electrode plate can reduce the redox potential of the reaction and reduce the energy barrier of the reaction.According to the principle that the same sex repels and the opposite sex attracts.The unique performance of rare earth diaphragm makes the electrolyzed anode water and cathode water not mixed,but also have acidic and alkaline functions respectively,reaching the law of energy conservation.
作者
宋玉琴
SONG Yuqin(Baotao Huanyu Electronics Co.,Ltd.,Baotao,Inner Mongolia Autonomous Region,014030 China)
出处
《科技创新导报》
2021年第26期57-61,共5页
Science and Technology Innovation Herald
关键词
稀土矿物质活性炭
稀土-钛-铂合金
稀土隔膜电解
工业废水
Rare earth mineral activated carbon
Rare earth-titanium-platinum alloy
Rare earth diaphragm elec-trolysis
Industrial wastewater
