各位研究生同学：
应大家学习需要，我所特邀请洁净能源国家实验室副主任、法国卡昂大学Jean-Pierre Gilson教授讲授“Catalytic Processes in Oil Refining & Petrochemistry”专业课程，2学分。此门课程对于工业催化专业是专业必修课，对于物理化学Ⅰ专业是专业选修课。
课程大纲：
This course serves as a first introduction to the related fields of oil refining and petrochemistry. Basic notions of thermodynamics, kinetics, chemical reaction/reactor engineering and catalysis are assumed to be mastered.
The first lecture will concentrate on introducing the complexity of this important industrial segment where economics, politics, environmental awareness… mix with science and engineering; these industrial activities have also a direct impact on our everyday lives. Then the role of a refinery will be defined as a toolkit to balance supply of oil with demand for specific products.
Three different catalytic process types will be illustrated in detail:
1) Hydrotreating processes: HDS, HDN, HDM are specifically designed to reduce heteroatoms (S, N, Metals) down to levels strictly regulated (10 ppm S for instance) while leaving other properties constant
2) Milld conversion processes: these change very little the molecular weight of the feedstocks and promote isomerization or aromatization (Hydroisomerization and Reforming) in order to meet fuel specifications (octane number of gasoline) and generate H2
3) Deep conversion processes: these (FCC, Hydrocracking) dramatically reduce the molecular weight of heavy oil fractions to produce mostly transportation fuels (gasoline, kerosene, gasoil)
Each of these families of processes illustrate the 3 major types of catalytic processes used in oil refining and chemical processing in general (fixed beds with extrudates, moving beds with spherical catalysts, fluidized beds with microspheres).
Other emerging processes will also be discussed allowing a broadening of the feedstocks (natural gas, coal and biomass): Fischer-Tropsch, MTG/O, HDO... Finally the problem of H2 balance in modern refineries will be discussed.
In petrochemistry, the accent will be put on the generation and use of olefins and aromatics and the synergies with oil refining. A great deal of these catalytic processes will be zeolite based.
This course is designed for graduate students and extensive class participation is requested; it will be given in a style similar to the internal formations given in oil and catalyst companies. It can prepare interested students for more specific training (work in a refinery environment) or as a solid background for fundamental and applied research in catalysis.
上课地点：能源楼1号楼一楼会议室
请工业催化专业的学生按时上课，物理化学Ⅰ专业的学生积极选课。
联系人：于晓
电话：84379558
Email : jiaoxue@dicp.ac.cn
附件：课程表
