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Full Description
Geoengineering of Hydrogen Energy provides essential knowledge on hydrogen geostorage, integrating recent advances to create a comprehensive resource crucial for the energy transition. This book synthesizes contemporary global laboratory investigations, modeling approaches, breakthroughs, pilots, case studies, and hydrogen storage projects. It addresses critical questions of viability and sustainability, aiming to enhance understanding of hydrogen subsurface storage fundamentals and applications.
Led by an experienced engineering expert, this book bridges the gap in fragmented literature, connecting hydrogen energy to the broader energy transition.
It caters to academia and industry, offering a blend of basics, advances, and applications, making it suitable for students and professionals in energy, environmental, and industrial disciplines.
Contents
1. Hydrogen the Energy Carrier
2. Hydrogen Gas Characteristics
3. Hydrogen Resources
4. Hydrogen Transportation
5. Hydrogen Storage
6. Hydrogen Geostorage
7. Geostorage Integrity
8. Geochemical Envelope
9. Geoliological Envelope
10. Cushion Gases
11. Hydrogen Separation Technology
12. Hydrogen Fuel Cells
13. Geo-Hydrogen Energy Economic Feasibility
14. Environmental and Social Impacts
15. Storage Implications and the Way Forward
