Storage of LPG in Large Rock Caverns 1st Edition

Capture the engineering edge with Storage of LPG in Large Rock Caverns — 1st Edition by Kenji Aoki, a definitive technical guide for professionals shaping the future of underground energy storage. This clear, authoritative book draws readers into the complexities of designing, constructing and operating large-scale LPG storage in rock caverns, combining geotechnical insight with practical engineering solutions.

Discover thorough coverage of rock mechanics, cavern excavation methods, structural stability, sealing and lining systems, thermal effects, leak prevention and monitoring, and safety management. Kenji Aoki translates advanced theory into actionable guidance, making this title essential for geotechnical engineers, petroleum and chemical engineers, risk managers, planners and infrastructure investors. The book emphasizes risk mitigation, regulatory compliance and long-term operability—critical considerations for coastal ports, industrial hubs and energy storage projects worldwide.

With relevance to regions where cavern storage is growing—from Japan and the Asia-Pacific to Europe and the Middle East—this edition offers globally applicable best practices and design principles adaptable to diverse geological settings. Practical illustrations and real-world problem-solving approaches help teams reduce project risk, optimize lifecycle costs and improve resilience against seismic and environmental challenges.

Whether you’re specifying a new underground LPG facility, auditing existing assets, or advising on national energy security strategies, Storage of LPG in Large Rock Caverns delivers the technical depth and practical perspective you need. Add this essential reference to your professional library and equip your projects with the informed, safety-focused engineering standards that today’s energy landscape demands. Order now to bring proven cavern-storage expertise to your next project.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.