Natural Fibrous Materials for Energy and Environmental Applications

Environmental applications are a key focus, with chapters dedicated to the use of cellulose and fibrous materials in wastewater treatment, including their potential for remediating petrochemical pollutants. The extraction and modification of biomass-derived nanofibers for environmental cleanup are also discussed. The book further examines biochar production from natural fibres, the generation of biohydrogen from lignocellulosic biomass, and the applications of cellulose-degrading enzymes in industries like textiles, positioning natural fibrous materials as versatile and crucial components for sustainable energy and environmental solutions.In Chapter 1, we start with a Cellulose-Based Nanocomposites for Energy Storage Utilization. Chapter 2 looks at how Utilization of Natural Fibrous Material in The Automotive Industry, Chapter 3 focuses on how the Generation of Biofuel from Microalgae Using Thermochemical and Biochemical Conversion, while Chapter 4 highlights the role of Biomass Derived Cellulose Nanofibers - Extraction, Modification, and Applications, Chapter 5 introduces the Natural Cellulose Fibres in Waste Water Treatment Utilizations. Chapter 6 Characterizations of Natural Fiber Composites Materials, Chapter 7 explains how Challenges and Future Prospects of Natural Fibrous Materials for Energy and Environmental Applications, Chapter 8 discusses how Advances in Synthesis of Natural Fiber Composites, Chapter 9 looks at how Cellulose Based Degrading Enzymes and their Utilization in Textile Industry, Chapter 10 explores how Biochar Production Using Natural Fibers, Chapter 11 explains how Lignocellulosic biomasses for Production of Biofuels and Chapter 12 focuses on Degradation of Cellulose Using Various Enzymes and their Application in Textile Industry.This book aims to simplify complex ideas and provide practical insights into how biomass can revolutionize biofuels, helping to meet the world growing energy needs in an environmentally friendly way.