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Full Description
Fundamentals and Advances in Sustainable Energy Processes and Applications offers a holistic approach to sustainable energy, covering the fundamentals of production, storage, and deployment, as well as new technologies and innovations, environmental issues, economic factors, energy transition, non-conventional energy resources, new opportunities, and future perspectives. The book begins by providing an overview of sustainable energy resources, introducing solar, wave, wind, nuclear, and geothermal power. The second part of the book focuses on emerging bioenergy and agroenergy production technologies, discussing biofuels, biorefinery, agroenergy, bioenergy production technologies, bioenergy via fermentation, and biogas. A final section addresses cross-cutting technologies and energy resources, with information on AI for sustainable energy, carbon capture, synfuels, carbon-free hydrogen, techno-economic analysis, and opportunities in rural areas. Part of the Elsevier Renewable Energy Fundamentals Book Series, this volume supports all those looking to gain a basic understanding of sustainable energy processes and systems, including students, graduates, junior engineers, technicians, R&D personnel, scientists, policy makers, and other professionals with an interest in clean energy and the energy sector.
Contents
1. Overview of sustainable energy resources
SECTION I: PILLARS OF CURRENT SUSTAINABLE ENERGY RESOURCES
2. Solar energy: The fastest growth in renewable energy
3. Harnessing water power: Hydropower and marine energy technologies and applications
4. Wind: Recent developments in wind energy
5. Nuclear energy: Advanced nuclear reactors and integrated nuclear-renewable energy systems
6. Application of geothermal systems for energy efficiency in industry
SECTION II: EMERGING BIOENERGY AND AGROENERGY
7. Biofuels: Ethanol production
8. Biorefinery: Obtaining biofuels from photosynthetic aquatic organisms
9. Agroenergy: Biotechnological applications in the study and development of agroenergy crops
10. Bioenergy production technologies
11. Bioenergy via fermentation: Fermentation, gas for energy
12. Biogas: Design, operation, and production of biogas
SECTION III: CROSS-CUTTING TECHNOLOGIES AND ENERGY RESOURCES
13. AI for sustainable energy
14. Carbon capture, storage, and utilization
15. Carbon-free hydrogen: Green hydrogen and synthetic fuels
16. Synfuels: Production processes of renewable aviation fuel
17. Integrating renewable energy: Electrical impact on distribution and transmission grids
18. Techno-economic analysis of renewable energy technologies
19. Opportunities and challenges of renewable energy sources
