Natural Dyes for Sustainable Textiles

1st Edition - September 1, 2023
Authors: Padma Shree Vankar, Dhara Shukla
Language: English
Paperback ISBN:
9 7 8 - 0 - 3 2 3 - 8 5 2 5 7 - 9
eBook ISBN:
9 7 8 - 0 - 3 2 3 - 8 5 2 5 8 - 6

Natural Dyes for Sustainable Textiles describes how manufacturing processes that are safer, more energy efficient, and more sustainable can be achieved through the use of natura… Read more

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Natural Dyes for Sustainable Textiles describes how manufacturing processes that are safer, more energy efficient, and more sustainable can be achieved through the use of natural dyes.

There are three main elements of sustainability, they are: economic, social, and environmental, and natural dyes can make a positive contribution to all three. A number of the textile industry’s largest producers have adopted natural dyes as part of their bid to make their products more sustainable, in response to consumer demand as well as their own consciousness of environmental issues. This unique book draws on the latest research to provide practical technical advice on safer and greener processing of fabric, minimizing the use of hazardous chemical dyes. Details of preparation methods at stages including wet processing, dyeing, and effluent management are provided with specific information on how the methods improve efficiency, as well as other advantages and limitations of each technology.

Cover image
Title page
Table of Contents
The Textile Institute Book Series
Copyright
Preface
1. Sustainability and its significance in textile wet processing
1.1. Introduction
1.2. Sustainable textile
1.3. Textiles wet processing
1.4. Sustainable textile
1.5. Textile wet processes and sustainability
1.6. Desizing
1.7. Scouring
1.8. Bleaching
1.9. Mercerization
1.10. Dyeing
1.11. Printing and final finishing
1.12. Textile wet process: eco-friendly/sustainable approach
1.13. Conclusion
2. Role of natural dyes in making sustainable textiles
2.1. Introduction
2.2. Conclusions
3. Using chemical management system in natural dyeing process to make it sustainable
3.1. Introduction
3.2. Dyeing process
3.3. Use of natural dyes and chemical management
3.4. Chemical management
3.5. Futuristic approaches for go-green
3.6. Conclusions
4. Room temperature natural dyeing for energy conservation
4.1. Introduction
4.2. Natural dyeing
4.3. Replacement of heat while dyeing
4.4. Examples of low temperature dyeing
4.5. Case study of low temperature dyeing
4.6. Futuristic approach
4.7. Conclusions
5. Waterless natural dyeing to make it sustainable
5.1. Introduction
5.2. Promising solutions
5.3. Waterless dyeing
5.4. Supercritical fluid
5.5. Supercritical CO2
5.6. Advantages of using supercritical CO2
5.7. Disadvantages of using supercritical CO2
5.8. Supercritical fluid carbon dioxide dyeing
5.9. Waterless natural dyeing
5.10. Futuristic approach of waterless dyeing
5.11. Conclusions
6. Use of newer technologies in natural dyeing—plasma and electron beam
6.1. Introduction
6.2. Plasma technology
6.3. Use of plasma technology in textile finishing
6.4. Case study one
6.5. Conclusions
6.6. Electron beam-mediated natural dyeing of synthetic fabrics
6.7. Conclusions
7. Natural dyeing on polymeric material
7.1. Introduction
7.2. Advantages of polymeric versus natural fibers
7.3. Disadvantages of polymeric versus natural fibers
7.4. Pretreatments of polymeric textile before natural dyeing
7.5. Dyeing of polymeric textile
7.6. Materials
7.7. Analytical methods
7.8. Dyeing procedures
7.9. Natural dye/color extraction
7.10. Surface modification methods of polyester
7.11. Measurement of color strength and related parameters
7.12. Determination of colorfastness properties
7.13. Results and discussion
7.14. Shades of dyed polyester
7.15. Conclusions
8. Sustainable processing of textiles
8.1. Introduction
8.2. Sustainability of natural dyes
8.3. Environmental consideration in natural dyeing
8.4. Economic impact through sustainable natural dyeing
8.5. Social importance
8.6. How can one make natural dyeing sustainable?
8.7. Water-less dyeing processes
8.8. Conclusion
9. Effluent management from natural dyeing unit
9.1. Introduction
9.2. The environmental benefits and impacts of natural dyes
9.3. Ill effects of textile wastewater on the environment
9.4. Effluent treatments
9.5. Conclusion
10. Sustainable measures taken in natural dyeing units
10.1. Introduction
10.2. Conclusions
11. Traditional block printing for sustainability
11.1. Introduction
11.2. Traditional textile printing
11.3. Block printing
11.4. The block printing process
11.5. Techniques of block printing
11.6. Types of hand block prints
11.7. Bagru printing
11.8. Dabu printing
11.9. The traditional process of Bagru printing
11.10. Direct dye printing
11.11. Resist printing
11.12. New era with “Bagru” print for modern consumers
11.13. Washing
11.14. Process chart of Bagru Printing
11.15. Batik printing
11.16. Screen printing
11.17. Preservation of block printing
11.18. Conclusion
12. Sustainability in natural dye printing
12.1. Introduction
12.2. Textile dyeing and textile printing
12.3. Methods of textile printing
12.4. Traditional printing styles
12.5. Modern methods of textile printing
12.6. Types of modern textile printing methods
12.7. Digital printing on fabric
12.8. Dyes for textile printing
12.9. Textile printing with natural dyes
12.10. Natural dye ink formulations for textile printing
12.11. Screen printing modules with natural dyes
12.12. Conclusions
Index

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Padma Shree Vankar

Dhara Shukla