Biocomposites and Nanomaterials
A Circular Economy Approach
Series: Woodhead Publishing in Materials;
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107 635 Ft (102 510 Ft + 5% VAT)
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107 635 Ft
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Product details:
- Publisher Woodhead Publishing
- Date of Publication 1 December 2025
- ISBN 9780443237164
- Binding Paperback
- No. of pages560 pages
- Size 229x152 mm
- Language English 700
Categories
Long description:
Biocomposites and Nanomaterials: A Circular Economy Approach explores the transformative shift from traditional linear economic models to the innovative concept of the Circular Economy. The book delves into sustainable materials synthesis and advanced technologies that cater to eco-friendly production in industries like manufacturing and process engineering. With a focus on precision tailoring of material structures, it highlights how systematic synthesis is revolutionizing material properties to meet the growing demands of diverse applications. The book is designed to inspire sustainable innovations that align seamlessly with the principles of a circular economy.
Beyond its primary focus, the book extensively discusses biocomposites, bio-adhesives, bioplastics, keratin-based products, and pharmaceutical developments. Key topics include sustainable production techniques, heterogeneous catalysis, carbon sequestration, and waste management strategies. Real-world industrial case studies provide practical insights into transitioning to eco-friendly practices. By showcasing cutting-edge research and applications, this book serves as a comprehensive guide for integrating circular economy frameworks into material development and industrial processes.
- Covers biocomposites and innovative materials with a circular economy approach
- Addresses fundamentals, key concepts, and all pillars of the circular economy
- Includes state-of-the-art green technologies that are outlined with specific applications and an emphasis on societal benefits
- Covers synthesis and applications, as well as recycling, reuse, and end of life
- Provides future perspectives that are also discussed
Table of Contents:
1. Preparation and characterization of biocomposites and innovative materials - state of the art review
2. The circular economy for biocomposites and innovative materials - state of the art review
3. Green biocomposite materials and their synthesis for achieving carbon neutrality
4. Nano-wood composites an efficient sustainable material and their preparation - a circular economy approach
5. Biodegradable plastics using biomaterials, and their sustainability, reuse, and end of life
6. Wood-plastic composites an efficient sustainable material and their preparation - a circular economy approach
7. Commercialization of Keratin-based products - state of the art initiatives, challenges, and current issues
8. Green composite materials synthesis and applications
9. Application of biocomposites and innovations in the pharmaceutical industry for effluent treatment
10. Application of bioocomposites and advancements for Industrial wastewater treatment
11. Application of biocomposites and innovative materials for nanomedicine application in cancer therapy
12. Biocomposites and innovative materials in construction and architectural industrial sectors
13. Biocomposites and innovative materials in the polymer processing industry
14. Biocomposites and innovative materials in the polymer processing industry
15. Application of biocomposites and innovative materials for hydrogen production
16. Application of biocomposites and innovative materials for automobile application
17. Innovative composite materials for radiation shielding applications
18. Future perspectives for biocomposites and innovative materials-environmental concerns, and transition to the global circular economy
19. Techno-economic aspects, life cycle and safety assessment for biocomposites and innovative materials
20. Biocomposites and innovative materials - process economics, and policy makers initiatives
21. Case study: Biocomposites for modern housing and structures using cow dung and bamboo residues
22. Removal of atenolol and ciprofloxacin from wastewater using advanced oxidation process
23. Bioplastic preparations using sustainable biomaterials for environmental applications
