Advanced Materials from Recycled Waste

Advanced Materials from Recycled Waste by Sarika Verma, Raju Khan, Medha Mili, S.A.R. Hashmi, and Avanish Srivastava is a timely, authoritative guide for professionals and students seeking practical, science-backed pathways to convert municipal, industrial, and agricultural waste into high-performance materials.

This book opens with clear explanations of material characterization, processing techniques, and design considerations—bridging laboratory research with real-world applications in construction, composites, polymer blends, and environmental remediation. Readers will find case studies and regional examples that make the content especially relevant to urban planners, engineers, and manufacturers in India and across Asia, while retaining global applicability for sustainability-focused teams worldwide.

What sets this volume apart is its pragmatic approach: it not only reviews emerging technologies but also evaluates economic feasibility, regulatory context, and scale-up challenges. The authors—experts in materials science and waste valorization—present comparative analyses that help project managers and R&D engineers select suitable feedstocks and processing routes for specific end-uses.

Ideal for academic libraries, engineering departments, and professionals driving circular-economy initiatives, this text equips readers with the knowledge to turn waste streams into value—reducing landfill burden and creating cost-effective, eco-friendly materials. Whether you are a researcher, policymaker, or industry stakeholder, you’ll gain actionable insights to implement sustainable material solutions locally and globally.

Secure your copy of Advanced Materials from Recycled Waste today and empower your projects with proven strategies for transforming waste into tomorrow’s materials.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.