Geoengineering of Hydrogen Energy

Geoengineering of Hydrogen Energy, 1st Edition, is a textbook designed to prepare university students and engineering professionals for technical challenges in clean energy transition projects. The volume establishes foundational knowledge of subsurface operations, connecting basic concepts of hydrogen storage with current industrial developments.

The technical coverage details physical gas characteristics and hydrogen resource types alongside geostorage hydrodynamics. Readers examine subsurface interactions by studying both biotic and abiotic reactions occurring within subterranean environments. Further analysis focuses on the geo-mechanical properties of host rock strata and the physical mechanisms that determine long-term sealing efficiency during operational storage.

Arranged into 15 main chapters, the textbook examines transportation networks, subsurface integrity, fuel cell integration, and project economics. This material supports core curricula for university students in petroleum engineering, geoengineering, geology, chemistry, environmental science, and industrial engineering, while offering a clear reference for energy engineering researchers.