Synthesis of Chlorobenzaldehyde by Indirect Electrooxidation Method 间接电氧化法合成氯代苯甲醛
The conclusion of the experiment is that the concentration of o-chlorobenzaldehyde in the oxidation process should be controled inferior to four percent. 实验认为,氧化过程醛的浓度应控制在4%以下;
Isomer separation of chlorobenzaldehyde and benzene homologue by capillary gas chromatography with β-cyclodextrin derivatives as stationary phase 自制环糊精衍生物毛细管柱气相色谱法分离氯苯甲醛和苯系物位置异构体
Single reactor technology in the chloration process in o chlorobenzaldehyde production was replaced by double reactor in series technology. It can improve reaction conditions, cut down consumption, make full use of chlorine and reduce pollution. 在邻氯苯甲醛的氯化工序中,采用双釜串联技术代替单釜技术,可以改善反应条件、降低消耗、提高氯气利用率以及克服环境污染。