A Novel Green Treatment for Textiles: Plasma Treatment as a Sustainable Technology
Purchasing Options
Features
- Emphasizes the importance of plasma treatment as a green and sustainable technology
- Discusses current methods of treating textiles
- Addresses the environmental, economic, and social costs of various methods
- Presents the Twelve Principles of Green Chemistry for technology in textiles treatment
Summary
Focusing on green chemistry and sustainability, this book discusses how plasma treatment has been used to modify textile properties. The book highlights the benefits of generating plasma and the reaction mechanisms between the surface of a textile and plasma species. The text addresses factors such as the nature of plasma gas, gas flow rate, system pressure, and discharge power that affect the final results of plasma treatments. An opening chapter presents current "brown" methods of treating textiles, exploring the environmental, economic and social costs of these methods. Throughout the book, the author presents the twelve principles of green chemistry and how they can be applied to the textile industry.
Table of Contents
Introduction
12 Principles of Green Chemistry For Textile Wet Processing
Importance of Green Chemistry In Textile Wet Processing
Water Requirement For Textile Wet Processing
Sustainability Consideration of Conventional Textile Wet Processing
Development of Non-Aqueous Green Treatment
References
Chemistry of Textile Materials
Textile Fibers
Classification of Textile Fibers
Essential Properties of Textile Fibers
Cellulosic Fibers
Protein Fibers
Synthetic Fibers
References
Chemical Processes For Treating Textile Fibers
Pretreatment Process
Dyeing Process
Printing Process
Finishing Process
References
Introduction
What Is Plasma?
Mechanisms of Plasma Treatments
Generation of Plasma
Different Plasma Treatment Operating Systems
Factors Affecting Plasma Treatment
Production of Plasma Species
References
Application of Plasma Treatment in the Pretreatment of Textiles
Plasma Pretreatment For Cellulosic Fibers
Plasma Pretreatment For Protein Fibers
Plasma Pretreatment For Synthetic Fibers
References
Application of Plasma Treatment in the Dyeing of Textiles
Effect of Plasma Treatment on Dyeing of Cellulosic Fibers
Effect of Plasma Treatment on Dyeing of Protein Fibers
Effect of Plasma Treatment on Dyeing Synthetic Fibers
References
Application of Plasma Treatment in the Printing of Textiles
Effect of Plasma Treatment on Printing of Cellulosic Fibers
Effect of Plasma Treatment on Printing of Protein Fibers
Effect of Plasma Treatment on Printing Synthetic Fibers
References
Application of Plasma Treatment in Finishing of Textiles
Effect of Plasma Treatment on Finishing Cellulosic Fibers
Effect of Plasma Treatment on Finishing Protein Fibers
Effect of Plasma Treatment on Finishing Synthetic Fibers
References
Sustainability of Plasma Treatment in Textile Application
Economic Aspect
Environmental Aspect
Social Accountability Aspect
References
Future Development
References
Author Bio(s)
C.W. Kan is an Assistant Professor at the Institute of Textiles and Clothing, The Hong Kong Polytechnic University.
