Deep Geothermal Projects

Project Outline

A comprehensive approach has been undertaken to develop a portfolio of geothermal opportunities ranging from low-temperature shallow systems to high-temperature deep geothermal resources. This work has focused on identifying, evaluating, and classifying geothermal prospects to support sustainable energy development.

Key activities included:

1. Data Integration and Assessment
   • Compilation of geological, geophysical, geochemical, and hydrological datasets.
   • Identification of key geothermal indicators across various depths and temperature ranges.
2. Workflow Development
   • Establishment of structured workflows to analyze geothermal potential systematically.
   • Application of advanced modeling techniques to predict resource distribution and behavior.
3. Favourability Mapping
   • Development of geothermal favourability maps using spatial analysis and multi-criteria decision-making frameworks.
   • Integration of machine learning and GIS tools to enhance resource prediction accuracy.
4. Resource Planning and Decision Support
   • Utilization of the favourability maps for strategic geothermal resource planning.
   • Prioritization of sites for further exploration and development.
   • Support for techno-economic evaluations, including feasibility studies, cost-benefit analysis, and risk assessments.

This structured methodology ensures a data-driven, systematic, and scalable approach to geothermal resource assessment, facilitating informed decision-making for future energy investments.