Microinterfacial Mass Transfer Intensification
- 1st Edition - September 5, 2025
- Author: Zhibing Zhang
- Language: English
- Paperback ISBN:9 7 8 - 0 - 4 4 3 - 1 8 7 2 7 - 8
- eBook ISBN:9 7 8 - 0 - 4 4 3 - 1 8 7 2 8 - 5
Microinterfacial Mass Transfer Intensification provides new and updated technical information, along with basic theory. The book covers several representative industrial applicati… Read more
Microinterfacial Mass Transfer Intensification provides new and updated technical information, along with basic theory. The book covers several representative industrial application cases and can be used as a reference for scholars, engineers, students, and technicians in oil refining, petrochemical, fine chemical, coal chemical, chemical and biochemical pharmacy, food processing, waste gas and wastewater treatment, and other pan-chemical manufacturing.
- Provides new concepts, theories, methods, technologies, mathematical models, and applications in microinterfacial mass transfer intensification technology
- Brings students to cutting-edge level in engineering and science research on complex interfacial phenomena
- Provides professionals working in advanced materials, manufacturing, and process intensification R&D with a fundamental basis for understanding current, cutting-edge research topics
- Written by a top international researcher in the field
Scholars, engineers, students and technicians in oil refining, petrochemical, fine chemical, coal chemical, chemical and biochemical pharmacy, food processing, waste gas and wastewater treatment and other pan-chemical manufacturing
1. Introduction
Introduction
Interface mass transfer and reaction
Mass transfer intensification based on microchannel and external field
Mass transfer intensification based on mechanical energy
Conclusion
2. Basic theoretical problems of microinterfacial mass transfer intensification
Overview
Meaning of microinterface
Concepts of microinterfacial intensification of mass transfer and reaction
Principle of microinterfacial reaction intensification
Determination of τs and δl
Liquid film mass transfer coefficient ks on catalyst surface
Internal pressure of microbubbles
Collision and coalescence of microbubbles
Conclusion
3. Marangoni effect and interface microstructure
Marangoni interface turbulence
Formation and scale of microstructure at Marangoni interface
Microstructure of Marangoni interface in liquid-liquid mass transfer
Gas liquid Marangoni effect and interface microstructure
Marangoni interfacial turbulence and characterization of interface microstructure
The effect of Marangoni effect on the efficiency of mass transfer equipment
4. Preparation technology of gas and liquid microparticles
Overview
Main physical and chemical characteristics of microbubbles
Generation, development and collapse mechanism of bubbles
Preparation technology of microbubbles
Micro droplet preparation technology
Microemulsion preparation technology
Emulsion stability and demulsification
Anti-bubble preparation technology
Conclusion
5. Q-CT testing technology
Overview of Q-CT method
Millimeter-centimeter bubble particle testing
Microbubble testing
Liquid phase microparticle testing
Error correction
Conclusion
6. Online measuring and imaging system OMIS of microinterface system
Overview
Introduction to OMIS system
OMIS data acquisition and determination
Microparticle testing in microinterface fixed-bed reactor
Microparticle testing in microinterface slurry-bed reactor
Conclusion
7. Mathematical model for structure-effect regulation of microinterfacial system
Overview
Mathematical model of bubble scale for microinterfacial system
Mathematical model of gas holdup Φg for microinterfacial system
Mathematical model of gas-liquid interfacial area for microinterfacial system
Mathematical model of mass transfer coefficient for microinterfacial system
Mathematical model of microinterfacial reaction system for structure-effect regulation
Conclusion
8. Effects of the parameters on microinterfacial reaction system
Overview
Estimation of physicochemical parameters of microinterfacial reaction system
Effects of physicochemical parameters on microinterfacial mass transfer
Effects of gas liquid ratio
Effects of operating pressure
Effects of operating temperature
Conclusion
9. Physicochemical properties of microinterfacial gas-liquid system
Overview
Structures and characteristics of microinterfacial gas-liquid system
Physical properties of microinterfacial gas-liquid system
Chemical properties of microinterfacial gas-liquid system
Microbubbles and the origin of life
Conclusion
10. Application of microinterfacial mass transfer intensification technology
Overview
Application in petrochemical production
Application in the production of fine chemicals
Application in the synthesis of pharmaceutical chemicals
Application of waste treatment
Introduction
Interface mass transfer and reaction
Mass transfer intensification based on microchannel and external field
Mass transfer intensification based on mechanical energy
Conclusion
2. Basic theoretical problems of microinterfacial mass transfer intensification
Overview
Meaning of microinterface
Concepts of microinterfacial intensification of mass transfer and reaction
Principle of microinterfacial reaction intensification
Determination of τs and δl
Liquid film mass transfer coefficient ks on catalyst surface
Internal pressure of microbubbles
Collision and coalescence of microbubbles
Conclusion
3. Marangoni effect and interface microstructure
Marangoni interface turbulence
Formation and scale of microstructure at Marangoni interface
Microstructure of Marangoni interface in liquid-liquid mass transfer
Gas liquid Marangoni effect and interface microstructure
Marangoni interfacial turbulence and characterization of interface microstructure
The effect of Marangoni effect on the efficiency of mass transfer equipment
4. Preparation technology of gas and liquid microparticles
Overview
Main physical and chemical characteristics of microbubbles
Generation, development and collapse mechanism of bubbles
Preparation technology of microbubbles
Micro droplet preparation technology
Microemulsion preparation technology
Emulsion stability and demulsification
Anti-bubble preparation technology
Conclusion
5. Q-CT testing technology
Overview of Q-CT method
Millimeter-centimeter bubble particle testing
Microbubble testing
Liquid phase microparticle testing
Error correction
Conclusion
6. Online measuring and imaging system OMIS of microinterface system
Overview
Introduction to OMIS system
OMIS data acquisition and determination
Microparticle testing in microinterface fixed-bed reactor
Microparticle testing in microinterface slurry-bed reactor
Conclusion
7. Mathematical model for structure-effect regulation of microinterfacial system
Overview
Mathematical model of bubble scale for microinterfacial system
Mathematical model of gas holdup Φg for microinterfacial system
Mathematical model of gas-liquid interfacial area for microinterfacial system
Mathematical model of mass transfer coefficient for microinterfacial system
Mathematical model of microinterfacial reaction system for structure-effect regulation
Conclusion
8. Effects of the parameters on microinterfacial reaction system
Overview
Estimation of physicochemical parameters of microinterfacial reaction system
Effects of physicochemical parameters on microinterfacial mass transfer
Effects of gas liquid ratio
Effects of operating pressure
Effects of operating temperature
Conclusion
9. Physicochemical properties of microinterfacial gas-liquid system
Overview
Structures and characteristics of microinterfacial gas-liquid system
Physical properties of microinterfacial gas-liquid system
Chemical properties of microinterfacial gas-liquid system
Microbubbles and the origin of life
Conclusion
10. Application of microinterfacial mass transfer intensification technology
Overview
Application in petrochemical production
Application in the production of fine chemicals
Application in the synthesis of pharmaceutical chemicals
Application of waste treatment
- Edition: 1
- Published: September 5, 2025
- Language: English
ZZ
Zhibing Zhang
Zhibing Zhang is professor and director of the Department of Chemical Engineering at Nanjing University, and fellow of The Chemical Industry and Engineering Society of China (CIESC). He is committed to mass transfer and separation, multichemical reactor intensification, process and equipment design for green chemical process, etc., and is the first proposer and practitioner of the technology of microinterfacial mass transfer intensification around the world, and has published the book titled "microinterfacial mass transfer intensification" in Chinese.
Affiliations and expertise
School of Chemistry and Chemical Engineering, Nanjing University, Nanjing, China