摘要
在环己烯水合反应过程中,温度是反应结果的重要影响因素。实验表明,提高反应温度,有利于环己烯水合生产环己醇,提高环己烯转化率,但同时也促进了环己烯副反应的速率,产生更多的MCPE和DCHE杂质。
The temperature was an important influcence factor in cyclohexene hydration process. Experiments showed that increase of reaction temperature was beneficial to cyclohexene hydration production of cyclohexanol, and raised the transformation rate of cyclohexene but also promoted the rate of cyclohexene side effects, would produce more MCPE and DCHE impurities
出处
《化工技术与开发》
CAS
2015年第5期33-35,共3页
Technology & Development of Chemical Industry
关键词
环己烯
水合反应
温度
MCPE
cyclohexene
hydration reaction
temperature
MCPE
