Best Books on Gas Separation and Purification

“Industrial Gas Handbook: Gas Separation and Purification” Book Review: This book is created for students and engineers who work in the field of Mechanical Engineering. It concentrates on the principles and practical use of separating and purifying industrial gases. It provides a detailed explanation of processes for cooling and separating air, as well as purifying and cleaning oxygen. It covers topics such as insulation, safety, cost-effectiveness, liquefying and storing products, and transportation. The book uses tables, charts, and figures to help describe equipment and processes. It presents the topics in a practical and theoretical way to enhance understanding.

“Gas Cyclones and Swirl Tubes: Principles, Design, and Operation” Book Review: This book is written for undergraduate students studying Mechanical Engineering and Chemical Engineering. It concentrates on cleaning devices and centrifugal gas, providing information on all aspects. It explains the fundamental principles and basics for designing and operating these devices. The book includes discussions on how to optimize the performance of cyclones and swirl tubes, and it explores different methods to improve performance. It also covers the applications of cyclones as separators for gases and liquids, as well as for separating gases and solids. These devices are commonly used in processes like removing mist and dust.

“Hydrogen Production, Separation and Purification for Energy (Energy Engineering)” Book Review: This book is useful for undergraduate students and researchers studying Energy Engineering. It specifically focuses on the latest research, developments, and methods for producing hydrogen in energy development. It highlights the importance of hydrogen as a fuel for the future generation. The book provides a detailed explanation of different concepts for hydrogen production, including the use of structured catalysts, biofuel starting materials, and transition metal catalysts. It also covers the different types of membranes used for hydrogen separation, such as industrial membranes, polymeric membrane materials, and carbon-based membranes. Additionally, the book explores various other methods for producing, separating, and purifying hydrogen.

“Liquid Membranes: Principles and Applications in Chemical Separations and Wastewater Treatment” Book Review: This book is written for students studying Chemical Engineering, Biomedical Engineering, and Biotechnology. It explores the principles and uses of Liquid Membranes for separating substances and treating water. The book offers information about the most up-to-date and organized technologies and methods used for separation processes. It also explains the mechanisms of carrier-facilitated transport using liquid membranes. The book includes discussions on active transport, bioconversion reactions, and bulk hybrid aqueous processes involving liquid membranes. It further explains various applications of this technology, such as creating sensing devices and recovering toxic metals and fermentation products.