The Principles of Green Energy and Technology: Basic Concepts to Applications explores fundamental and advanced concepts in sustainable energy. Edited by Dr. Surajbhan Sevda, the book covers diverse topics, including biomass characteristics, bioenergy production, artificial photosynthesis, and bioremediation. It provides insights into the science, engineering, and applications of green energy technologies. With contributions from experts, this volume serves as a valuable resource for researchers, students, and professionals in renewable energy and environmental sustainability.
This book explores fundamental and advanced concepts including biomass characteristics, bioenergy production, artificial photosynthesis, and bioremediation. It provides insights into green energy technologies. It serves as a valuable resource for researchers, students, and professionals in renewable energy and environmental sustainability.
Preface.
1. Characteristics of Biomass: Composition, Sources, and
Sustainable Applications.
2. Exploring the Basic Concepts of Biomass Energy
for a Sustainable Future.
3. Biomass Feedstocks: Diversity, Availability and
Logistics.
4. Science and Engineering Aspects of Biomass Energy.
5.
Photosynthesis Basics: Key Concepts and Fundamentals.
6. Advancements in
Artificial Photosynthesis and Bio-Hybrid Systems: Harnessing Nature for
Sustainable Energy.
7. Green Energy Technologies for Bioenergy Production.
8.
Algae and Aquatic Plants: Energy from the Wastewater.
9. Biotechnology in
Sustainable Energy: Enzymes and Beyond.
9. Bioremediation, Mycoremediation
and Phycoremediation of Wastewater: A Promising Approach for Pollutant
Removal and Bioresource Recovery.
11. Biomass Energy in the Green Economy:
Future Prospects. Index.
Dr. Surajbhan Sevda is a distinguished researcher in bioenergy and environmental biotechnology. His expertise spans biomass utilization, microbial fuel cells, and sustainable energy production. As an editor, he brings together interdisciplinary perspectives on green technologies. His contributions to bioelectrochemical systems and waste valorization have been widely recognized, making him a key figure in advancing eco-friendly energy solutions.
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