<p><b>Sustainable Composites for Future Trends in Renewable Energy</b>&nbsp;connects sustainability principles with high-performance composite design, highlighting eco-friendly synthesis, bio-based reinforcements, circular material models, and low-carbon energy applications across solar, wind, hydro, and bioenergy. Key chapters examine lightweight structural composites, biodegradable polymers, nanocomposites for energy storage, and life cycle assessment (LCA) methods increasingly used by the industry. The book positions sustainable composites as a core enabler in the global transition toward resilient and low-carbon energy systems<b>.</b></p><p><b><br></b></p><p><b>Key Features:</b></p><p>·&nbsp; Explains sustainable composite synthesis and manufacturing paths.</p><p>·&nbsp; Highlights bio-based and biodegradable reinforcement and polymer options.</p><p>·&nbsp; Demonstrates a lightweight, durable composite design for renewable energy systems.</p><p>·&nbsp; Explores nanocomposites for energy storage and barrier performance.</p><p>·&nbsp; Connects life cycle assessment insights to real industry adoption.</p><p>·&nbsp; Links circular material strategies to low-carbon economic goals.</p>

Highlighting interdisciplinary approaches to the design and integration of nanomaterials in sustainable technologies, biomedicine, and environmental solutions. This volume continues the in-depth exploration of cutting-edge smart nanomaterials, focusing on emerging technologies, hybrid systems, and advanced functional applications Special attention is given to Explores nano-enabled systems for biomedical, environmental, and energy sectors Chapters delve into nano-enabled drug delivery systems, nano photocatalysts for environmental purification, bio-inspired synthesis methods, and scalable production strategies. The book offers critical insight into the role of nanotechnology in addressing global challenges and fostering sustainable innovation. Key Features: Present advanced applications of hybrid and multifunctional nanomaterials Explore nano-enabled systems for biomedical, environmental, and energy sectors Highlight innovative synthesis routes and performance enhancement techniques Discuss scalability, sustainability, and integration into industrial systems.