Polymeric Membrane Formation by Phase Inversion

1st Edition - March 19, 2024
Editors: Naser Tavajohi, Mohamed Khayet
Language: English
Paperback ISBN:
9 7 8 - 0 - 3 2 3 - 9 5 6 2 8 - 4
eBook ISBN:
9 7 8 - 0 - 3 2 3 - 9 5 6 2 9 - 1

Polymeric Membrane Formation by Phase Inversion analyzes the four main phase inversion techniques. Effective parameters in each technique are covered, along with the methodolo… Read more

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Polymeric Membrane Formation by Phase Inversion analyzes the four main phase inversion techniques. Effective parameters in each technique are covered, along with the methodologies needed to prepare advanced membranes for specific separations in both liquid and gas phases. Roll-to-roll casting, spinning hollow fiber, and electrospinning nanofibers are presented, along with an analysis of the impact of solvent toxicity, membrane production, and the source of raw materials on the environment. The book describes a roadmap for designing different morphological characteristics for preparing specific membranes for special applications, along with the merits and disadvantages of each method. This book provides an easy, comprehensive reference for academic and industry professionals working in membrane engineering.

Cover image
Title page
Table of Contents
Copyright
Contributors
Book Editors Biography
Introduction
Chapter 1. Nonsolvent-induced phase separation
1. Introduction
2. Membrane fabrication by NIPS technique: Principal and basic understanding
3. Fundamentals and mechanism of NIPS
4. New generation of NIPS membranes
5. Conclusion
Chapter 2. Thermally induced phase separation
1. Background
2. Preparation parameters
3. Role of mass transfer in TIPS process
4. Applications of TIPS membranes
5. Summary and future perspective
List of abbreviations
Chapter 3. Polymeric membranes prepared by vapor-induced phase separation process (VIPS)
1. Introduction
2. Principle and main mechanisms during the VIPS process
3. Membrane morphologies obtained by VIPS process
4. Effect of operating parameters on membrane morphology and properties
5. Application of VIPS process
6. Conclusions and future studies
Chapter 4. Evaporation-induced phase separation
1. Introduction
2. Thermodynamics, boundary conditions, and morphology
3. Application of EIPS membranes
4. Conclusion
Chapter 5. Hollow fiber membranes
1. Introduction
2. Spinning techniques for hollow fiber membrane preparation
3. Phase inversion steps in hollow fiber membrane preparation
4. Hollow fiber membrane end-up formation
5. Different approaches and sustainable trends in hollow fiber membrane preparation
6. Membrane applications based on different spinning characteristics
7. Conclusions
List of abbreviations
Chapter 6. Nanofiber membranes
1. Introduction and overview of nanofiber membranes
2. Nanomaterials in electrospun nanofiber membranes
3. Governing parameters for electrospun nanofiber membranes
4. Optimizing effective parameters for the preparation of electrospun nanofiber membranes
5. Summary and future directions
Chapter 7. Mixed matrix and nanocomposite membranes
1. Introduction to MMM
2. Type of fillers
3. MMM preparation
4. Applications and performance
5. Conclusions and future trends
Chapter 8. Modified membranes
1. Introduction
2. Preparation of UF membranes
3. Fouling mitigation and reduction/prevention strategies
4. Membrane modification approaches
5. Summary and perspectives
Chapter 9. Solvent in polymeric membrane formation
1. Introduction
2. Criteria for selecting solvents in membrane fabrication
3. Popular solvents in membrane fabrications
4. Conclusions and future perspectives
Chapter 10. Polymeric materials for membrane formation
1. Introduction
2. Polymer types for membrane formation
3. Methods of improving the structure of polymeric membranes
4. Characterization methods
5. Conclusion and future direction section
Chapter 11. Modeling membrane formation
1. Introduction
2. TIPS, VIPS, and NIPS process from the thermodynamic perspective
3. Models and simulations of membrane formation via phase inversion processes
4. Developments and applications of the dynamic modeling tools
5. Using machine learning
6. Conclusion
Chapter 12. New applications of polymeric phase inversion membranes
1. Introduction
2. Applications of polymeric phase inversion membranes in various membrane contactor operations: Membrane distillation, membrane crystallization, and membrane condenser
3. Conclusions and future prospects
Chapter 13. Sustainability in membrane production
1. Introduction
2. The choice of polymers
3. The choice of solvents
4. The source of electricity
5. Waste management
6. End-of-life membrane
7. Conclusion
Chapter 14. Future directions
Index

Naser Tavajohi

Dr. Naser Tavajohi is an Associate Professor in the Chemistry Department at Umeå University. Naser earned his master’s degree in chemical engineering with a specific focus on separation processes. During his master's program, he studied the fabrication, modeling, and optimization of flat sheet membranes using non-solvent-induced phase separation. In 2015, Naser received his Ph.D. from Hanyang University and the University of Calabria. His Ph.D. thesis focused on the preparation of hollow fiber membranes through thermally induced phase separation. He stood out as one of the pioneering researchers emphasizing the significance of sustainability in membrane production, as evidenced by several papers published during his Ph.D. years. After two postdoctoral experiences, Naser became an Assistant Professor in the Chemistry Department at Umeå University in 2019. In 2021, he was selected as a young talented researcher at the Faculty of Science and Technology at Umeå University by the Royal Swedish Academy Skytteanska Samfundet. In 2022, he became a docent, and in 2023, he was promoted to Associate Professor. Throughout his academic journey, he introduced an array of alternative solvents for the preparation of polymeric membranes via phase inversion. Dr. Tavajohi and his team are dedicated to developing the next generation of polymeric membranes for use in liquid separation, gas separation, and the energy sector. For more insights into his research endeavors, visit his laboratory website: www.nordicmembrane.com.

Affiliations and expertise

Department of Chemistry, Umea University, Umea, Sweden

Mohamed Khayet

Dr. Mohamed Khayet is director of the University Complutense of Madrid (UCM) Research Group “Membranes and Renewable Energies (MER)” and Professor (Applied Physics Area) at the Faculty of Physical Sciences (UCM) (Department of Structure of Matter, Thermal Physics and Electronics). He got his Ph.D. (1997) in Physical Sciences and he realized various research stays in various international institutions (Industrial Membrane Research Institute in Ottawa, Canada; Institute of Nuclear Chemistry and Technology in Warsaw, Poland; Centre for Clean Water Technologies at the University of Nottingham in UK; Singapore Membrane Technology Centre and Nanyang Technological University in Singapore, Yale University in New Haven, USA; University of California Berkeley in USA, etc.). Among other grants, he got the Fulbright Grant (2019). He is an expert in the field of membrane science, nanotechnology and renewable energies. He has coordinated various national and international projects (over 20) funded by different institutions (European Union, Middle East Desalination Research Centre, Spanish Ministries; Companies such as Abengoa, etc.) on membranes and modules engineering for different separation processes. He published over 200 papers in international journals, filed 6 International Patents, published 5 books and various book chapters in the field of membrane science and related technology. Among other recognitions, he received the Prince Sultan Bin Abdulaziz International Prize for Water (PSIPW) in 2012. He edited various special issues in international journals such as Desalination, Polymers and Membranes. He acted as Editor of the international Journal “Desalination” (2018-2022) and served as associated editor of different journals. Currently, he is member of the Editorial Board of various journals related with water treatment, renewable energy, nanotechnology, membrane science and separation processes.

- Google Scholar: https://scholar.google.com/citations?user=H_lnjFkAAAAJ&hl=en

- Scopus: https://www.scopus.com/authid/detail.uri?authorId=56517090400

- ORCID ID: https://orcid.org/0000-0002-5117-2975

Affiliations and expertise

Complutense University of Madrid, Spain

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