海底氢能系统与资源潜力评价

Key Points

• The aim is to assess the mechanisms and resource potential of submarine hydrogen energy, aiming to establish a foundational framework for exploration.
• Synthesis of observational data, experimental analysis, and numerical simulation results.
• Construction of a theoretical framework for the discovery of hidden hydrogen through pathways of generation, migration, accumulation, and evaluation.
• Integration of advanced monitoring and predictive technologies for resource assessment.
• Identified distinct structural layers contributing to hydrogen generation: shallow layers from serpentinization and deep layers with unique high-pressure reactions.
• Hydrogen distribution varies by geological features, with high generation efficiency in oceanic crust and complex migration dynamics in subduction zones.
• Resource potential is influenced by generation efficiency, migration pathways, and preservation conditions, with specific environments showing either high generation or excellent storage properties.