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BIOMATERIALS IN RUBBER AND POLYMER INDUSTRIES: SUSTAINABLE INNOVATIONS AND APPLICATIONS

Original price was: ₹1,400.00.Current price is: ₹1,350.00.

Authors: Prof SUNILKUMAR J. PADHIYAR, Dr HARESH K DAVE, Dr NARESHKUMAR R. VAGHELA, Mr DHIRAJ NIMJE

 

ISBN: 978-93-6096-998-1 Categories: ,
Description
Additional information

The global rubber and polymer industries are undergoing a transformative shift—one driven not only by technological innovation but also by an urgent need for environmental sustainability. At the intersection of these forces lies the remarkable potential of biomaterials. Derived from renewable sources, designed for biodegradability, and increasingly competitive in performance,
biomaterials are redefining the future of materials science in profound and practical ways. This book, Biomaterials in Rubber and Polymer Industries: Sustainable Innovations and Applications, was conceived to serve as a comprehensive reference for researchers, industrial professionals, policy-makers, and students working at the crossroads of material science, green chemistry, and industrial innovation. It captures the current landscape and forward trajectory of biomaterial development, particularly within the rubber and polymer sectors—industries
historically reliant on petroleum-based inputs but now evolving toward circular and regenerative models. The content has been structured to guide readers from foundational concepts to cutting-edge developments. Chapter 1 introduces the conceptual framework of biomaterials and their relevance in rubber and polymer applications, encompassing natural rubber,
lignocellulosic fillers, biocarbon, biodegradable elastomers, and more. It also examines challenges in scaling, life cycle impacts, and policy influences. Chapters 2 and 3 delve deeply into sources, types, processing techniques, and fabrication methods, bridging traditional manufacturing with advanced technologies like nanocomposites and surface functionalization.

From there, Chapter 4 transitions into a detailed survey of applications—spanning automotive, packaging, healthcare, construction, agriculture, and textiles—highlighting real-world case studies and emerging niches. The final chapter, Chapter 5, presents future perspectives, addressing end-of-life strategies, carbon footprint assessments, techno-economic considerations, and a practical roadmap for sustainability. What sets this book apart is its dual focus: it balances scientific rigor with industrial applicability. The aim is not only to provide technical depth but also to inspire responsible innovation. Whether you’re a researcher looking to explore biodegradable elastomers, an entrepreneur developing biopolymer packaging, or a student curious
about bio-integrated manufacturing, this text offers both insight and direction. The urgency of sustainable transformation in material industries is not just a technical challenge—it is a generational imperative. As we look to biomaterials to lead us toward a greener, more resilient future, this book serves as both a snapshot of the current frontier and a guide to the opportunities that lie ahead. We hope this work will stimulate new ideas, foster interdisciplinary collaboration, and contribute meaningfully to the advancement of sustainable materials across the globe.

Format

Paperback

Language

English

No. of Pages

289