Microchemical Engineering and Technology
- 1st Edition - July 28, 2025
- Authors: Guangsheng Luo, Kai Wang, Jian Deng
- Language: English
- Paperback ISBN:9 7 8 - 0 - 4 4 3 - 1 8 5 2 2 - 9
- eBook ISBN:9 7 8 - 0 - 4 4 3 - 1 8 5 2 3 - 6
Microchemical Engineering and Technology focuses on the development, basic principles, characteristics, and advantages of micro chemical technology. The book summarizes the basic… Read more
Microchemical Engineering and Technology focuses on the development, basic principles, characteristics, and advantages of micro chemical technology. The book summarizes the basic laws of micro-scale single-phase flow, the micro-scale mixing process, and the enhancement of micro-scale mixing performance. It introduces gas-liquid, liquid-liquid, and gas-liquid-liquid micro-dispersion equipment and dispersion law, micro-scale heat/mass transfer performance, as well as homogeneous and heterogeneous micro-scale reactions, micro-scale absorption, extraction, and reaction processes enhancement technology.
For the application of microchemical technology in the area of material interpretation, nano material preparation technology, fiber material preparation technology and special structure material preparation technology are introduced. Final content describes typical cases of industrial applications of gas-liquid absorption micro chemical equipment, liquid-liquid extraction micro chemical equipment, and chemical synthesis micro chemical equipment.
For the application of microchemical technology in the area of material interpretation, nano material preparation technology, fiber material preparation technology and special structure material preparation technology are introduced. Final content describes typical cases of industrial applications of gas-liquid absorption micro chemical equipment, liquid-liquid extraction micro chemical equipment, and chemical synthesis micro chemical equipment.
- Characterizes the close integration of theory and practice
- Discusses basic theories of micro chemical technology
- Analyzes industrialization trends of micro chemical technology
Scholars, engineers, students and technicians in chemical engineering, applied chemistry, pharmaceutical and environmental engineering
1 Overview of Micro Chemical Technology
1.1 The development history of micro-chemical technology
1.2. Basic principles and characteristics of micro chemical technology
1.3. Classification of micro chemical equipment
1.4. Development trend and application prospects of micro chemical technology
2 Micro-scale single-phase flow and mixing
2.1. Micro-scale unidirectional flow and mixing
2.2. Micro mixer
2.3. Micro-scale hybrid performance characterization method
2.4. Micro-scale hybrid performance and its enhancement
3 Micro-scale Multiphase Flow and Dispersion
3.1. Forces and Dimensionless Standards at the Microscale
3.2. Microchannel equipment, microdispersion method and flow pattern
3.3. Basic law and mathematical model of gas/liquid micro-dispersion
3.4. Basic law and mathematical model of liquid/liquid micro-dispersion
3.5. Gas/liquid/liquid, liquid/liquid/liquid and other multi-phase micro-dispersion process
4 Micro-scale transfer performance
4.1. Micro-scale heat transfer performance
4.2. Micro-scale gas/liquid mass transfer performance
4.3. Micro-scale liquid/liquid mass transfer performance
5 Micro-scale Response Performance
5.1. Homogeneous microreaction
5.2. Gas-liquid heterogeneous microreactions
5.3. Liquid/liquid heterogeneous microreactions
5.4. Gas/Liquid-Solid Multiphase Microreactions
6 Micro-device-based separation process enhancement technology
6.1. Theoretical basis for strengthening the separation process in micro equipment
6.2. Micro-device-based absorption process and process enhancement
6.3. Micro-device-based extraction and separation technology and process enhancement
6.4. Micro-device-based reactive extraction process and process enhancement
7 Micro-device-based reaction process enhancement technology
7.1. The principle of reaction process strengthening
7.2. Strengthening of homogeneous reaction process
7.3. Gas/liquid heterogeneous reaction process enhancement
7.4. liquid/liquid heterogeneous reaction process enhancement
7.5. Intensification of liquid/solid heterogeneous reaction process
8 Controllable Preparation of Nano and Micro Materials Based on micro chemical Processes
8.1. The basic principle of strengthening the material preparation process
8.2. Controllable preparation technology of nano materials
8.3. Preparation of nano-micron fiber materials
8.4. Preparation technology of microspheres and microparticle materials with special structures
9 Scale-up and Industrial Application of micro chemical Equipment
9.1. Scale-up of micro-chemical equipment
9.2. Research and application of membrane dispersion micro-mixer
9.3. Research and application of micro-sieve equipment
9.4. Research and application of micro-flute reactor
1.1 The development history of micro-chemical technology
1.2. Basic principles and characteristics of micro chemical technology
1.3. Classification of micro chemical equipment
1.4. Development trend and application prospects of micro chemical technology
2 Micro-scale single-phase flow and mixing
2.1. Micro-scale unidirectional flow and mixing
2.2. Micro mixer
2.3. Micro-scale hybrid performance characterization method
2.4. Micro-scale hybrid performance and its enhancement
3 Micro-scale Multiphase Flow and Dispersion
3.1. Forces and Dimensionless Standards at the Microscale
3.2. Microchannel equipment, microdispersion method and flow pattern
3.3. Basic law and mathematical model of gas/liquid micro-dispersion
3.4. Basic law and mathematical model of liquid/liquid micro-dispersion
3.5. Gas/liquid/liquid, liquid/liquid/liquid and other multi-phase micro-dispersion process
4 Micro-scale transfer performance
4.1. Micro-scale heat transfer performance
4.2. Micro-scale gas/liquid mass transfer performance
4.3. Micro-scale liquid/liquid mass transfer performance
5 Micro-scale Response Performance
5.1. Homogeneous microreaction
5.2. Gas-liquid heterogeneous microreactions
5.3. Liquid/liquid heterogeneous microreactions
5.4. Gas/Liquid-Solid Multiphase Microreactions
6 Micro-device-based separation process enhancement technology
6.1. Theoretical basis for strengthening the separation process in micro equipment
6.2. Micro-device-based absorption process and process enhancement
6.3. Micro-device-based extraction and separation technology and process enhancement
6.4. Micro-device-based reactive extraction process and process enhancement
7 Micro-device-based reaction process enhancement technology
7.1. The principle of reaction process strengthening
7.2. Strengthening of homogeneous reaction process
7.3. Gas/liquid heterogeneous reaction process enhancement
7.4. liquid/liquid heterogeneous reaction process enhancement
7.5. Intensification of liquid/solid heterogeneous reaction process
8 Controllable Preparation of Nano and Micro Materials Based on micro chemical Processes
8.1. The basic principle of strengthening the material preparation process
8.2. Controllable preparation technology of nano materials
8.3. Preparation of nano-micron fiber materials
8.4. Preparation technology of microspheres and microparticle materials with special structures
9 Scale-up and Industrial Application of micro chemical Equipment
9.1. Scale-up of micro-chemical equipment
9.2. Research and application of membrane dispersion micro-mixer
9.3. Research and application of micro-sieve equipment
9.4. Research and application of micro-flute reactor
- Edition: 1
- Published: July 28, 2025
- Language: English
GL
Guangsheng Luo
uangsheng Luo is Cheung Kong distinguished professor, professor of Department of Chemical Engineering, Tsinghua University, fellow of The Chemical Industry and Engineering Society of China and The Royal Society of Chemistry. His research interests include micro chemical systems, separation science and technology, and functional materials. He has published the book titled "Micro Chemical Engineering and Technology " in Chinese.
Affiliations and expertise
State Key Lab of Chemical Engineering Department of Chemical Engineering Tsinghua University Beijing ChinaKW
Kai Wang
Dr. Kai Wang obtained his Ph.D. degree in 2010 from the Department of Chemical Engineering, Tsinghua University. During 2015 to 2016, he worked as a visiting scholar in Department of Chemical Engineering, Massachusetts Institute of Technology. He is now working as an associate professor in the State Key Laboratory of Chemical Engineering, Department of Chemical Engineering,Tsinghua University. His research interest is flow chemistry principle and technology, especially for the continuous synthesis of fine chemicals and pharmaceutical intermediates. He has published more than 150 research papers and revised more than 60 Chinese patents.
Affiliations and expertise
Associate professor, the State Key Laboratory of Chemical Engineering, Department of Chemical Engineering, Tsinghua University, China.JD
Jian Deng
Dr. Jian Deng obtained his Ph.D. degree from the College of Chemistry and Chemical Engineering of Lanzhou University. After finishing a two-year post doctor in University of Wisconsin-Milwaukee, he worked in pharmaceutical industry for six years. He is now working as an associate researcher in the State Key Laboratory of Chemical Engineering, Department of Chemical Engineering, Tsinghua University. His research interest focuses on synthesizing organic chemicals, polymers, and other fine chemicals by using flow and microreactor technology.
Affiliations and expertise
Associate researcher in the State Key Laboratory of Chemical Engineering, Department of Chemical Engineering, Tsinghua University, China.Read Microchemical Engineering and Technology on ScienceDirect