Sustainable Plant-Based Natural Fibres in Textiles
- 1st Edition - August 1, 2026
- Latest edition
- Editors: Sheraz Ahmad, Faheem Ahmad, Yasir Nawab, Abher Rasheed
- Language: English
Sustainable Plant-based Natural Fibres in Textiles provides insights into sustainable fibers, addressing eco-friendly textile solutions and recent advancements. Covering fiber… Read more
Robotics & automation week
Empowering Progress
Up to 20% on Robotics and Automation Resources!
It fills a crucial gap by offering accessible information on sustainable plant-based fibers, aiding individuals, professionals, and industry stakeholders in adopting environmentally- friendly practices and promoting tangible solutions for reducing the ecological footprint of the textile industry.
- Overviews sustainable, alternative, plant-based natural fibers
- Provides a detailed analysis of biodegradable textiles and their environmental impacts
- Presents practical guidance for implementation and integration
- Includes case studies of successful implementations, discusses production and processing methods, and presents suggestions for manufacturers seeking to include these innovative fibers in their operations
• Brief overview of the importance of alternative natural fibres
• Sustainable aspects and environmental benefits
• Significance in reducing reliance on traditional fibres
2. Extraction Methods
• General principles of fibre extraction
• Specific extraction processes for sisal, banana, jute, flax, ramie, and other selected fibres
• Machinery and tools used in the extraction process
3. Softening Methods
• Introduction to softening and its role in making fibres spinnable
• Softening methods for each type of fibre
• Comparative analysis of softening methods
4. Sisal Fibre
• Extraction process of sisal fibres
• Softening methods for sisal fibres
• Properties and characteristics
• Structure of sisal fibres
• Environmental footprint of Sisal fibres
• Applications in textiles, ropes, and other products
5. Banana Fibre
• Extraction process from banana plants
• Softening methods for banana fibres
• Properties and versatility
• Structure of banana fibres
• Environmental footprint of Banana fibres
6. Jute Fibre
• Extraction process and challenges in jute fibre extraction/retting
• Softening methods for jute fibres
• Physical and chemical properties
• Structure of jute fibres
• Environmental footprint of Jute fibres
7. Flax Fibre
• Overview of flax cultivation and harvesting
• Softening processes for flax fibres
• Unique properties and uses in various industries
• Structure of flax fibres
• Environmental advantages of flax fibres
8. Ramie Fibre
• Extraction and processing of ramie fibres for textile applications
• Softening techniques for ramie fibres in textiles
• Characteristics and benefits
• Structure of ramie fibres
• Environmental footprint of ramie fibres
• Applications in the textile industries
9. Kenaf Fibre
• Introduction to Kenaf Fibres
• Kenaf Fibre Extraction and Processing
• Properties of Kenaf Fibre
• Manufacturing Techniques for Kenaf Fibre Composites
10. Hemp Fibre
• Hemp cultivation and harvesting practices for textiles
• Softening methods for hemp fibres in textile manufacturing
• Properties and uses in textiles
• Structure of hemp fibres
• Environmental footprint of hemp fibres
• Legal considerations and challenges in hemp fibre production
11. Milkweed Fibre
• Introduction
• Cultivation and harvesting practices
• Properties of Milkweed Fibre
• Applications of Milkweed Fibre
• Structure of Milkweed Fibres
• Future Perspectives and Challenges
12. Other Alternative Fibres
• Brief overview of additional natural fibres
• Extraction and softening processes for these fibres
• Properties, structure, and applications
13. Applications and Innovations
• In-depth exploration of textile applications
• Innovative uses of alternative natural fibres in modern technology
• Case studies highlighting successful applications
14. Challenges and Solutions
• Challenges in sourcing and availability of the fibres
• Shortcomings in processing and extraction techniques
• Fibre Modification and Functionalisation for performance requirements
• Standardization and Quality Assurance
• Market Adoption and Consumer Acceptance
• Circular Economy and Waste Valorisation
15. Future Prospective and Research
• Research and development in improving extraction and softening processes
• Potential future applications and innovations
• The role of alternative fibres in sustainable development
16. Conclusion
• Summarising the key points covered in the book
• Emphasizing the importance of alternative natural fibres in various industries
• Encouraging further research and development in the field
- Edition: 1
- Latest edition
- Published: August 1, 2026
- Language: English
SA
Sheraz Ahmad
FA
Faheem Ahmad
Dr. Faheem Ahmad completed his PhD in Materials Science and Engineering from Koç University Istanbul, Turkey. His research work during his PhD was focused on the development of functional textiles for various applications, such as thermal insulation and medical textiles. He was awarded with PhD scholarship by higher education commission of Pakistan. He is currently working as Assistant Professor at the National Textile University Faisalabad, Pakistan.
In addition to his expertise in functional textiles, he has actively worked on alternative natural fibers, exploring their processing techniques and conducting comprehensive Life Cycle Assessments (LCAs). This facet of his work reflects a commitment to sustainable practices and the environmentally conscious development of materials. With a robust academic profile, he has authored 40 research publications and assumed the role of editor for a book.
His recent achievement involves the patenting of a technology that enables the production of spinnable fibers from agro-waste. This pioneering technology has not only demonstrated his innovative prowess but has also been licensed to one of the largest textiles manufacturing companies in Pakistan, showcasing his dedication to translating research into practical applications for industry advancement.
YN
Yasir Nawab
Dr. Yasir Nawab is a renowned scholar and researcher with a remarkable career that has had a significant impact on textile science and engineering, particularly in the textile industry. His influence is felt all over the world, providing the academic community with a plethora of knowledge and experience. He is currently an Adjunct Professor at North Carolina State University in Raleigh, North Carolina, and a Tenured Professor at National Textile University in Faisalabad, Pakistan.
Over a ten-year career, Dr. Nawab's creative leadership has played a critical role in reshaping academic environments. His dedication to promoting academic achievement is demonstrated by his strategic direction, supervision of academic programs, and development of collaborative research environments. As a thought leader, he has authored more than 170 journal publications, edited more than 10 books, directed more than ten PhDs, and made a substantial contribution to the fields of textiles and composite materials. With more than 50 conference papers to his credit, he has further expanded his influence and solidified his position as a leading worldwide authority in research.
As Co-Chairman of the Pakistan Circular Textile Platform and Mentor in the Fashion for Good Innovation Program, Dr. Nawab's dedication to sustainability is evident. His support of environmentally beneficial techniques is demonstrated by his involvement in consulting initiatives. Major research initiatives, such as the KnowTex effort, which aims to increase the worldwide competitiveness of Pakistani textile exports, demonstrate his leadership.
Dr. Nawab is a global influencer who is a member of prestigious associations such as the Materials Research Society and the Textile Institute in the UK.
AR
Abher Rasheed
Dr. Abher Rasheed has completed Textile Engineering from National Textile University, Pakistan, MS in Textile Materials and Processes from ENSAIT/ENSAM, France, and PhD in Mechanical/Textile Engineering with a focus on SMART textiles from Université de Haute Alsace, France and PostDoc from Universitat Innsbruck, Austria. He is currently serving as Associate Professor at National Textile University, Pakistan. His research interest lies in the domain of Smart and sustainable Textiles, encompassing garments, clothing, and home textiles, and he has consistently pursued advancements in clothing design, garment fit, and process optimization. He has completed several industrial projects, focused on product development and process optimization. On his credit, he has an international patent, and he has contributed extensively to the academic community through authoring 47 peer-reviewed journal articles, four book chapters, and 28 conference publications.