This book presents a comprehensive examination of bioenergy technologies and their role in addressing climate change, energy security and environmental sustainability. Integrating scientific advances with practical perspectives, the book explores the production, optimization and assessment of sustainable bioenergy systems while highlighting their contribution to the transition toward a low-carbon economy.
The chapters examine the fundamentals of bioenergy, microbial approaches to renewable energy generation, carbon capture and bioenergy integration, strategic planning for bioenergy projects and clean biofuel production from agro-food waste. Additional topics include sustainability assessment, water-energy interactions, organic waste degradation and the socio-economic implications of bioenergy adoption. Together, these contributions provide a multidisciplinary perspective on innovative technologies, resource recovery and circular economy principles.
Key Features
Explores emerging bioenergy technologies and biomass utilization.
Examines carbon capture, clean biofuel production and resource recovery.
Discusses sustainability assessment and strategic planning for bioenergy systems.
Highlights water-energy interactions and socio-economic impacts.
Presents multidisciplinary perspectives on climate change mitigation and the circular economy.
Readership
This monograph is a valuable reference for researchers, graduate students, policymakers and professionals working in renewable energy, environmental science and sustainable development.
