CAJ | 학술논문

在固定床反应器中考察了环己烯水合反应,同时采用一种新型微混合器促进油水两相的混合. 结果表明,该微混合器用于环己烯和水反应时可极大地促进环己烯和水的混合,并进而促进水合反应的进行. 环己烯转化率和环己醇选择性分别达到9%和99%, 同时反应时间缩短至0.3 h.
재고정상반응기중고찰료배기희수합반응,동시채용일충신형미혼합기촉진유수량상적혼합. 결과표명,해미혼합기용우배기희화수반응시가겁대지촉진배기희화수적혼합,병진이촉진수합반응적진행. 배기희전화솔화배기순선택성분별체도9%화99%, 동시반응시간축단지0.3 h.
Cyclohexene hydration was investigated in a fixed-bed reactor with a micromixer. The results showed that the use of the micromixer increased the solubility of cyclohexene in the aqueous phase and thus promoted the reaction. The conversion of cyclohexene and selectivity for cyclohexanol reached 9% and 99%, respectively. The reaction time was shortened to 0.3 h.