Angol
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. With definitions, key concepts, learning objectives, and practical exercises, it serves as a valuable resource for students and professionals aiming to excel in subsurface hydrogen engineering.
Subsurface Hydrogen Storage and Generation: Fundamentals, Modeling, and Applications is a vital resource for students, researchers, engineers and industry professionals in the field of hydrogen energy as well as policymakers seeking understanding. This text offers accessible and in-depth analysis of subsurface hydrogen storage and generation, presenting practical solutions and relevant case studies. By addressing the critical challenge of integrating hydrogen into the global energy system, the book equips readers with knowledge and tools needed to overcome technical barriers and support the transition to a low-carbon energy future.
