Microfluidics for Chemical Engineering: Flow and Reaction, Microreaction, On-line Detection, and Product Engineering presents the fundamentals of microfluidic flow and dispersion and provides new insights on the use of microfluidics in the field of chemical engineering. The book provides a timely, comprehensive, and detailed overview, demonstrating this state-of-the-art methodology, research advances, and classic instances, and providing insightful, forward-looking perspectives. Content ranges from flow and dispersion in microfluidics, microreaction regulation via the coalesce and transfer of droplets, to product engineering regarding controllable fabrication of microparticles and microfibers with advanced functions. The chapters clearly summarize the design concepts and general strategies involved as well as the involved mechanisms and classic instances. Instructive advice is also featured throughout on rational regulation of multiphase flows and interfaces in microfluidics, thus offering guidance for process intensification of chemical engineering. It is primarily written for advanced graduate/postdoc students and researchers chemical engineering, but with relevance to materials scientists, physical and materials (including polymer) chemists, physicists, biochemists, as well as pharmaceutical and biomedical scientists.
Table of Contents
1. IntroductionPart I Multiphase flow and dispersion in microfluidics
2. Controllable microfluidic dispersion of microscale fluids
3. Formation mechanisms of droplets in microfluidics
4. Hydrodynamics of multiphase flows in microfluidics
5. Scale-up of microfluidic devices for high-throughput droplet production
Part II Microfluidics for microreaction
6. Controllable coalescence of droplets in microflow for microreaction
7. Transfer of droplets across microfluidic laminar interfaces for microreaction
8. Smart microfluidic devices equipped with responsive nanocatalysts for tunable microreaction
PART III Microfluidics for product engineering
9. Microfluidic fabrication of functional homogeneous microparticles
10. Microfluidic fabrication of functional porous microparticles
11. Microfluidic fabrication of functional core-shell microparticles
12. Microfluidic fabrication of functional multicompartmental microparticles
13. Microfluidic fabrication of functional non-spherical microparticles
14. Microfluidic fabrication of functional microfibers
15. Summary and outlook