This book provides an overview of the most recent advances and innovations in the subject of hydrogen separation, its applications, and the role of membranes in this process. It starts with the fundamental principles underlying hydrogen separation and the various types of membranes that are used for hydrogen separation. Furthermore, it explains different fabrication methods, including characterization techniques used to evaluate performance and properties. Finally, it covers diverse applications of hydrogen separation membranes backed by case studies and examples.
Features:
- Covers several forms of hydrogen membranes, such as polymeric, metallic, and ceramic membranes and provides a thorough understanding of their manufacturing, construction, and applications
- Explores recent advancements in materials used for the fabrication of hydrogen membranes
- Focuses on theoretical concepts and practical applications of hydrogen separation membranes
- Explains the role of hydrogen membranes in the transition toward a sustainable energy future
- Discusses real-world case studies, industrial applications, and potential future uses
- Emphasizes real-world applications of hydrogen membranes in fields such as fuel cells, hydrogen generation, and carbon capture
This book is aimed at academics, energy professionals, engineers, researchers, and scientists working on sustainable energy solutions. Readers will obtain a detailed grasp of hydrogen membrane technology, from basic principles to sophisticated applications, giving them the capacity to innovate further.
This book provides an overview of the importance of hydrogen separation, its applications, and the role of membranes in this process. It starts with the fundamental principles underlying hydrogen separation, various types of membranes, and different fabrication methods including characterization techniques, and applications.
1. Introduction to Hydrogen Membranes and Hydrogen Separation.
2.
Different Types of Hydrogen Membranes and Its Materials.
3. Fabrication
Techniques for Hydrogen Separation Membranes.
4. Challenges, Applications,
and Performance Evaluation of Hydrogen Separation Membranes. 5.Future
Perspectives and Case Studies.
Vamsi Krishna Kudapa has been an Associate Professor in the Department of Chemical and Petroleum Engineering, UPES, Dehradun since 2013. Before UPES, he worked as an Assistant Professor and Head of the Department of Petroleum Engineering, Sri Aditya Engineering College, Andhra Pradesh. He pursued his Ph.D. in Oil & Gas Modeling and Simulation from UPES, Dehradun in 2018. He has 30 publications, two patents and five book chapters to his credit. He is currently working on hydrogen energy and solar energy applications in agriculture, the application of nanoparticles in drilling fluids and cementation, enhanced oil recovery, and modeling and simulation of unconventional gas reservoirs.
Surajit Mondal completed his master's in Energy Systems and Ph.D. in the Renewable Energy domain in 2020. He teaches undergraduate, post-graduate, and Ph.D. scholars at the University of Petroleum and Energy Studies. He has published over 40 International research and review articles as an author/co-author. He has published 65 patents and granted 18 patents against his name. He has completed 2 DST (Govt. of India) funded projects of INR 1 Crore approx. in the field of Energy Systems/Sustainability.
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