Optimizing Geothermal Energy in Iceland

A Collaborative Project between TectoHash, TerraVox and ISOR

TectoHash, in partnership with TerraVox, in collaboration with the Icelandic Institute of Energy Research (ISOR), is proud to participate in an advanced project aimed at enhancing the efficiency and reducing the operational costs of existing geothermal power capacities in Iceland. This project leverages the innovative GEMS technology (Geological Exploration Microseismic Sounding) to achieve these goals.

Project Objectives:

• Detailed Mapping of Geothermal Reservoirs: Utilizing GEMS technology for in-depth mapping of thermal fields allows us to accurately identify areas with increased fracturing where geothermal fluids migrate. This is crucial for optimal planning and placement of new wells.
• Enhanced Plant Performance: Knowledge of fractures, which serve as natural pathways for heat and steam circulation, enhances thermal exchange and significantly boosts the energy output of the station.
• Cost Efficiency: Our efforts are directed towards reducing operational expenses by utilizing geothermal resources more effectively.

Project Achievements:

The GEMS technology has proven its effectiveness by identifying not only known but also previously undetected fractures, providing invaluable information for future drilling operations. These discoveries ensure a continuous heat flow and simplify access to vast amounts of geothermal energy, making the project not only technically progressive but also economically viable.

Future of the Project:

We plan to continue monitoring and analyzing the identified fracturing zones to ensure sustainable and steady development of geothermal energy. Developing strategies for drilling new wells and optimizing current operations will remain our focus.

The project in Iceland stands as a vivid example of how scientific research and innovative technologies can play a decisive role in achieving sustainability and efficiency in renewable energy. TerraVox and ISOR continue to demonstrate their commitment to the development of geothermal energy as a key component of future energy infrastructure.