Innovative Method to Identify Hot Dry Rock Resources | Continental China Case Study

 

1. Introduction

Hot Dry Rock (HDR) geothermal energy represents a promising frontier in sustainable energy research, offering a reliable and low-carbon alternative to fossil fuels. This study introduces a scientific method for identifying HDR target areas by integrating geological, thermal, and tectonic data. Using Continental China as a case study, the research demonstrates how systematic analysis can improve geothermal resource assessment and support long-term clean energy strategies.

2. Geological Framework Analysis

This topic examines the role of geological structures, including fault systems and crustal composition, in determining HDR potential zones. The research emphasizes how stable continental regions with favorable rock properties enhance geothermal heat retention, making them suitable for HDR development.

3. Thermal Characteristics and Heat Flow

Understanding subsurface temperature gradients and regional heat flow is essential for HDR exploration. This section discusses how thermal data mapping helps identify high-temperature zones capable of supporting efficient geothermal energy extraction.

4. Tectonic and Structural Influences

Tectonic activity significantly affects heat distribution and rock permeability. The study analyzes how tectonic settings in Continental China influence HDR formation, providing a model applicable to other continental regions worldwide.

5. Methodological Framework for Target Area Identification

This topic focuses on the integrated research methodology combining geophysical surveys, geological modeling, and thermal analysis. The framework improves accuracy in selecting viable HDR target areas and reduces exploration risks.

6. Implications for Sustainable Energy Research

The findings contribute to broader renewable energy research by offering a scalable approach to geothermal resource assessment. This topic highlights the potential impact on policy-making, energy planning, and future HDR research initiatives aimed at global decarbonization.

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