CAJ | 학술논문

针对灵活多效催化裂化(FDFCC)工艺,以工业装置数据为基础建立了重油提升管催化裂化10集总和汽油提升管催化裂化7集总动力学模型,求取了10集总模型的43个动力学参数和7集总模型的18个动力学参数.结果表明,所获得的模型动力学参数是可靠的,所建立的模型能够较好地预测FDFCC装置的产品产率,并对汽油组成和丙烯产率具有良好的预测性.
침대령활다효최화열화(FDFCC)공예,이공업장치수거위기출건립료중유제승관최화열화10집총화기유제승관최화열화7집총동역학모형,구취료10집총모형적43개동역학삼수화7집총모형적18개동역학삼수.결과표명,소획득적모형동역학삼수시가고적,소건립적모형능구교호지예측FDFCC장치적산품산솔,병대기유조성화병희산솔구유량호적예측성.
Based on the features of flexible dual-riser fluid catalytic cracking (FDFCC) process, two lumped kinetic models, a 10-lumped kinetic model for heavy oil riser reactor and a 7-lumped kinetic model for gasoline riser reactor, were established. According to the data from a commercial unit of FDFCC, 43 kinetic parameters for the 10-lumped kinetic model and 18 kinetic parameters for the 7-lumped kinetic model were obtained. The results showed that the values calculated by the model agreed with the commercial data well and the two models could be applied to predict the yield and composition of products in commercial FDFCC unit, especially for the gasoline and propylene.