9.1. Introduction 9.2. Biocatalysts 9.2.1. Enzymes 9.2.2. Ribozymes 9.2.3. Abzymes 9.2.4. Multienzyme complex 9.2.5. Cells 9.2.6. Biocatalyst Selection 9.3 Immobilization 9.4 Properties of Immobilized Biocatalysts

北京化工大学：《生物工艺学》课程电子教案（PPT课件）Chapter 07 Scale-up of Aerobic Processes

北京化工大学：《生物工艺学》课程电子教案（PPT课件）Chapter 06 Modes of Process Operation

北京化工大学：《生物工艺学》课程电子教案（PPT课件）Chapter 05 Reactor Design and Instrumentation

6.1 Introduction 6.2 General rules of hydrogenation, dehydrogenation reactions 6.3 Synthetic ammonia preparation by nitrogen hydrogenation 6.4 Methanol synthesis 6.5 Styrene preparation from ethylbenzene

Ethylene oxide preparation by ethene epoxidation Heterogeneous catalytic oxidation Homogeneous catalytic oxidation Introduction Acrylonitrile preparation by propene ammoxidation Phthalic anhydride preparation by aromatic oxidation

5.1 Introduction 5.2 Syngas prepared by coal 5.3 Syngas preparing by natural gas 5.4 Syngas prepared by residue oil 5.5 Shift process of carbon monoxide

4.1 Introduction 4.2 Aromatic transformation 4.3 C8 aromatic separation 4.4 Development direction of aromatic production

3.1 Chemical reactions of thermal cracking process 3.2 Technological parameters and operation 3.3 Tube cracking furnace and cracking 3.4 Pre-fractionation and purification of cracked gas 3.5 Compression and refrigeration 3.6 Rectification separation system of

2.1 Raw material resource and processing 2.2 Chemical production process and process flow 2.3 Main efficiency index of chemical process 2.4 Influence of reaction conditions on chemical 2.5 Catalyst performance and utilization 2.6 Mass balance calculation and heat balance calculation