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Full Description
This book addresses the challenges and opportunities associated with the management of lignocellulosic waste in the context of climate change and sustainability. The book is divided into three sections exploring the potential of lignocellulosic waste biorefineries, examining waste management strategies in the face of climate change, and providing insightful case studies showcasing innovative waste management systems. It discusses bioprocessing techniques for converting lignocellulosic waste into fuels and chemicals, the application of laccase in lignocellulose degradation, and the utilization of microbes for developing biofertilizers from crop stubble waste. The chapters also examine the influence of climate change and emerging pollutants on agro-residue composting processes and the resulting compost quality. Towards the end, the book presents real-world examples of innovative waste management systems. This book would be useful for a wide range of professionals, researchers, policymakers, educators, and students seeking to deepen their understanding of waste management, climate change mitigation, and sustainable practices in the context of lignocellulosic waste.
Key Features:
Provides comprehensive coverage of lignocellulosic waste management and climate change
Focuses on climate change resilience and the role of waste management in mitigating environmental impacts
Presents insights into sustainable practices and circular economy approaches
Examines in-depth exploration of bioprocessing and bioconversion techniques
Includes practical strategies for converting waste into valuable resources, including fuels and chemicals
Contents
SECTION I- LIGNOCELLULOSE BIOREFINERIES. Chapter 1: Waste biorefineries for a sustainable and circular bioeconomy. Chapter 2: Bioprocessing of lignocellulosic waste for production of fuels and chemicals. Chapter 3: Application of Laccase in Lignocellulose Degradation. Chapter 4: Application of Waste Derived Biochar for Resource Recovery to Promote Circular Economy and Climate Change Mitigation. Chapter 5: Bioconversion Route of Oil Palm Residues to produce Holocellulose-Based products.
SECTION II- LIGNOCELLULOSE WASTE MANAGEMENT AND CLIMATE CHANGE. Chapter 6: Decoding the influence of climate change and emerging contaminants on the agro-residue composting process and quality. Chapter 7: Application of Black Soldier Fly Larvae in composting process. Chapter 8: Biodetoxification of lignocellulose.
SECTION III- Case Studies.Chapter 9: Waste management system hybridity: A case study from the Znojmo region, Czech Republic. Chapter 10: Potential of Indigenous Earthworms for Agro-Waste Management: A Case Study in India. Chapter 11: Institutional factors determining efficiency of waste management services in the Czech Republic and Slovakia- A case study.
