Book: Membrane Separation Technology in Energy and Chemical Processes

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last updated：Jan 08, 2015

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A detailed book on energy and chemical process membrane separation technology.

This book focuses on membrane separation, a new process technology that is useful for solving global environmental issues and developing new energy sources. It summarizes the trends in the development and application of polymer membranes, the development and application trends of new membrane materials that have rapidly advanced in the 21st century, such as zeolites, silica, and carbon membranes, which are porous inorganic membranes. It also discusses the application of these membranes in carbon dioxide separation, hydrogen separation, and various chemical processes, fuel cells, and bioprocesses, in order to envision the direction we are heading. For the practical application of membranes, it is essential to establish various technological elements, starting from the research of membrane materials, followed by membrane fabrication technology, modularization technology, and the construction of separation systems. This book introduces numerous real-world examples, and it is expected to provide many insights. In the future, membrane separation is anticipated to increase in importance as a technology for sustainable development of the Earth, attracting many researchers. I am confident that this book will also serve as a valuable text for researchers who are about to embark on research and development.

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basic information

■Publication Date: December 19, 2014 (Friday) ■Format: A4 hardcover, 306 pages ■Price: 64,800 yen (tax included) → STbook member price: 61,560 yen (tax included) ■Supervision: Hidetoshi Kita, Yamaguchi University ■Table of Contents Chapter 1: Separation Technology and Applications Using Membranes Chapter 2: Separation Mechanisms and Development Trends of Polymer Gas Separation Membranes Chapter 3: Separation Mechanisms and Development Trends of Inorganic Separation Membranes Chapter 4: Carbon Dioxide (CO2) Separation Membranes Chapter 5: Hydrogen Separation Membranes Chapter 6: Application of Membrane Separation in Chemical Processes

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64,800 yen (including tax) → STbook member price: 61,560 yen

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Applications/Examples of results

As a foundational technology for realizing a low-carbon society, membrane separation is gaining attention as a large-scale energy reduction technology for the separation and recovery of carbon dioxide as a measure against global warming gases, as well as for the development of new energy sources such as hydrogen energy and biomass energy. Separation membranes must meet various requirements, including not only permeability and selectivity but also durability, operability, and economic viability, based on practical applications. Even for polymer membranes, there is a demand for the development of membranes that can meet long-term durability and high-performance requirements. On the other hand, inorganic membranes such as silica and zeolite membranes are highly regarded for their separation performance and membrane stability, but when considering mass production, they are clearly inferior to polymer membranes in terms of productivity and cost, necessitating further investigation in the future.

Detailed information

Membrane Separation Technology in Energy and Chemical Processes ■Publication Date: December 19, 2014 (Friday) ■Format: A4 hardcover, 306 pages ■Price: 64,800 yen (tax included) → STbook member price: 61,560 yen (tax included) ■Supervised by: Mr. Hidetoshi Kita / Yamaguchi University