New
Subsurface Hydrogen Storage and Generation,
Edition 1 Fundamentals, Modeling, and ApplicationsEditors: By Esuru Rita Okoroafor, Anthony Kovsek, Qingwang Yuan and Abubakar Isah
Publication Date:
01 Jan 2027
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Description
Subsurface Hydrogen Storage and Generation: Fundamentals, Modeling, and Applications explores the complexities of hydrogen storage and generation in subsurface environments, providing valuable insights into reservoir engineering aspects and numerical simulation techniques. The book progresses seamlessly from introducing fundamental concepts of hydrogen in energy storage and generation to exploring advanced topics such as hydrogen sources and conversion technologies. It delves into subsurface hydrogen storage options, including capacity estimation and storage system design, discusses hydrogen injection techniques, pressure build-up considerations, and production estimation in subsurface environments, addressing losses and providing site selection guidance.The book culminates in a thorough examination of geological hydrogen resource assessment, flow prediction models, and enhanced production techniques, offering a comprehensive understanding of hydrogen utilization in diverse settings. The comprehensive examination includes geological resource assessment and production techniques for diverse settings. This valuable text delivers critical content in a structured format featuring principles, methods, examples, and applications for better comprehension.
Key Features
- Evaluates various subsurface hydrogen storage options
- Applies analytical equations tailored for understanding subsurface hydrogen behavior
- Utilizes worked examples and real-world case studies
- Presents site selection criteria for hydrogen storage, empowering users to make informed decisions
- Includes many definitions, key concepts, chapter summaries, learning objectives, and practical exercises designed to enhance understanding
About the author
By Esuru Rita Okoroafor, Assistant Professor, Texas A&M University, USA; Anthony Kovsek, Professor of Energy Science and Engineering and an Affiliate, Precourt Institute for Energy, Stanford University, USA; Qingwang Yuan, Assistant Professor, Texas Tech University, USA and Abubakar Isah, PostDoc Researcher, Texas A&M University, USA
PART 1: INTRODUCTION TO SUBSURFACE HYDROGEN
1. Introductory Concepts Related to Hydrogen in the Subsurface
PART 2: SUBSURFACE HYDROGEN STORAGE
3. Subsurface Hydrogen Storage Options
4. Subsurface Hydrogen Capacity Estimation and Storage System Design
5. Subsurface Hydrogen Injection and Pressure Buildup
6. Subsurface Hydrogen Production Estimation
7. Losses Associated with Subsurface Hydrogen Storage
8. Site Selection Criteria for Subsurface Hydrogen Storage
PART 3: HYDROGEN GENERATION
9. Geological Hydrogen Resource Assessment
10. Geological Hydrogen Flow Prediction
11. Stimulated Geological Hydrogen
12. Hydrogen from Biodegradation
PART 4: NUMERICAL SIMULATION OF HYDROGEN IN THE SUBSURFACE
13. Numerical Modelling of Subsurface Hydrogen Storage
14. Numerical Modelling of Geological Hydrogen
15. The Levelized Cost of Hydrogen
1. Introductory Concepts Related to Hydrogen in the Subsurface
PART 2: SUBSURFACE HYDROGEN STORAGE
3. Subsurface Hydrogen Storage Options
4. Subsurface Hydrogen Capacity Estimation and Storage System Design
5. Subsurface Hydrogen Injection and Pressure Buildup
6. Subsurface Hydrogen Production Estimation
7. Losses Associated with Subsurface Hydrogen Storage
8. Site Selection Criteria for Subsurface Hydrogen Storage
PART 3: HYDROGEN GENERATION
9. Geological Hydrogen Resource Assessment
10. Geological Hydrogen Flow Prediction
11. Stimulated Geological Hydrogen
12. Hydrogen from Biodegradation
PART 4: NUMERICAL SIMULATION OF HYDROGEN IN THE SUBSURFACE
13. Numerical Modelling of Subsurface Hydrogen Storage
14. Numerical Modelling of Geological Hydrogen
15. The Levelized Cost of Hydrogen
ISBN:
9780443428616
Page Count:
375
Retail Price
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University undergraduate seniors, graduate students, and industry professionals in petroleum engineering, chemical engineering, and geosciences seeking detailed technical knowledge and practical guidance on hydrogen storage and production in the subsurface
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