CAJ | 학술논문

对利用一种新型立板式隔板精馏塔切割直馏汽油工艺进行了研究.首先,利用模拟软件HYSYS对该分离过程进行模拟,得到较优的工艺条件.在此基础上,利用立板式隔板塔实验装置,考察了塔顶总回流量、液体分配比等操作参数对产品的影响及装置的操作稳定性.结果表明,塔顶总回流量的增大有助于产品的分离,且液体分配比的选择范围更广.液体分配比的改变对中间侧线产品质量的影响较大,是操作的关键变量.
대이용일충신형립판식격판정류탑절할직류기유공예진행료연구.수선,이용모의연건HYSYS대해분리과정진행모의,득도교우적공예조건.재차기출상,이용립판식격판탑실험장치,고찰료탑정총회류량、액체분배비등조작삼수대산품적영향급장치적조작은정성.결과표명,탑정총회류량적증대유조우산품적분리,차액체분배비적선택범위경엄.액체분배비적개변대중간측선산품질량적영향교대,시조작적관건변량.
Straight-run gasoline separation was studied with a novel column structure, the dividing wall column. This process was simulated with a commercial software HYSYS, and then the optimized design parameters were obtained. Based on these parameters, operation conditions such as the reflux ratio and the liquid split ratio were investigated with a pilot plant. Experimental results revealed that a higher reflux ratio is beneficial to the product separation, while the energy consumption is relatively higher.Also, the liquid split ratio has a wider range for selection, which is an important factor for the product quality.