“Principles of Catalysis” is the core course of the national key discipline (cultivation) of industrial catalysis China University of Petroleum (East China). After years of research and exploration in teaching, the course team has built a complete set of catalysis principle course system for graduate students of chemical engineering and technology with characteristics of petroleum universities in China for the first time. The general guiding ideology of the course is "facing the needs of disciplines, based on the forefront of science, creating petroleum characteristics, and cultivating international innovation and entrepreneurship talents". We have built a high-level, multidisciplinary, passionate and innovative teaching team, and introduced foreign experts with high academic achievements and innovative spirit to participate in the teaching activities. The course details the structure, composition, working principle and characterization techniques of various catalysts used in petroleum processing, petrochemical industry and natural gas chemical industry in the form of special lectures. Based on the scientific research experience of team teachers, the course team tracked the important progress in the field of catalysis in China and abroad, and wrote teaching textbooks with characteristics of petroleum universities, such as "Nanocatalytic Technology", "Introduction to Catalysis Principles", "Petroleum Processing Catalysts" and "Catalytic Reaction Engineering (I, II)", as teaching reference books. We have cultivated a large number of excellent master and doctoral students by carrying out the teaching of “Principles of Catalysis” course from bilingual high-quality course to all-English course, and the online all-English course has realized the synchronous cultivation of Chinese and foreign graduate students.
Overview
Syllabus
- Chapter 1 Introduction to Catalysis
- 1.1 improtance of catalysis
- 1.2 The history of catalysis
- 1.3 Definition and concepts of catalysis
- 1.4 Classification of catalysis
- 1.5 Adsorption and surface reaction
- 1.6 Homogeneous and enzyme catalysts
- 1.7 Properties of catalyst
- 1.8 Chemical properties and components of catalyst
- Chapter 2 Acid-base Catalysis
- 2.1 Acid Catalysis
- 2.2 Acid Catalyst
- 2.3 Characterization of acid-base catalyst
- 2.4 Acid-base catalyzed reactions
- Chapter 3 Zeolites and mesoporous materials
- 3.1 Zeolite and mesoporous materials
- 3.2 Zeolite Structure
- 3.3 Acidity and shape-selectivity of zeolites
- 3.4 Zeolite synthesis
- 3.5 Synthesis of mesoporous materials
- 3.6 Hierarchical zeolites
- Chapter 4 FCC Process
- 4.1 Fluid Catalytic ZCracking (FCC )
- 4.2 FCC catalysts
- Chapter 5 Catalyst Deactivation
- 5.1 Catalyst deactivation
- 5.2 Deactivation by Sintering
- 5.3 Deactivation by Poisoning
- 5.4 Deactivation by Coking
- Chapter 6 Clean gasoline and diesel production technology
- 6.1 Principle of catalytic hydrogenation
- 6.2 Influencing factors of hydrogenation reaction
- 6.3 Catalytic Hydrogenation and Clean Oil Production
- 6.4 Desulfurization and upgrading of FCC gasoline
- 6.5 Desulfurization and upgrading of inferior diesel
- 6.6 Catalytic Hydrocracking Process
- 6.7 Hydrocracking reaction
- 6.8 Influencing Factors of Hydrocracking
- Chapter 7 Catalyst technology for clean oil production
- 7.1 Composition and activity of hydrofining catalyst
- 7.2 Activity of hydrofining catalyst
- 7.3 Catalytic mechanism of metal sulfides
- 7.4 Hydrocracking catalyst
- Chapter 8 Production technology of lube base oil
- 8.1 Production process of lube base oil
- 8.2 Traditional Production Technology of Oil——Solvent Deasphalting
- 8.3 Traditional Production Technology of Oil——Solvent Refining
- 8.4 Traditional Production Technology of Oil——Solvent Dewaxing
- Chapter 9 Heavy oil catalytic conversion technology
- 9.1 Characteristics and principle of heavy oil hydrogenation
- 9.2 Process and catalyst for heavy oil hydrogenation
- Chapter 10 Production process and catalyst of high octane gasoline components
- 10.1Alkylation process and catalyst
- 10.2 Isomerization process and catalyst
- 10.3 Etherification process and catalyst
- Final test
Taught by
China University of Petroleum(East China)
