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Project InnerSpace Introduces GeoMap™ Middle East

On September 30, 2025, Project InnerSpace unveiled its latest innovation, GeoMap™ Middle East—a transformative tool designed to explore geothermal potential across the Gulf region. This groundbreaking platform aims to highlight opportunities in geothermal energy for cooling, long-duration energy storage, and reliable power generation.

Geothermal energy, derived from the Earth's natural heat, presents an extraordinary and versatile resource, particularly beneficial in regions grappling with extreme temperatures. As urbanization escalates, cities continue to face unprecedented electricity demands for cooling. In the Gulf States, cooling systems account for as much as 70% of peak electricity utilization, with GeoMap™ estimating around 14,000 gigawatts (GW) of cooling potential available for exploration.

The power of geothermal energy lies in its ability to provide stable and low-emission alternatives to fossil fuels, which is critical for the Middle East—a region characterized by rapid growth and severe climates. Notably, geothermal systems can supplement large-scale solar projects by offering long-duration energy storage that can balance the supply of intermittent renewable sources like solar and wind.

A detailed analysis using GeoMap™ reveals that the greatest geothermal prospects reside predominantly in countries such as Iran, Egypt, Iraq, and Turkey, which combined could contribute to two-thirds of the estimated capacity. Furthermore, Saudi Arabia, the UAE, and Qatar have substantial geothermal opportunities waiting to be unlocked.

The platform represents a significant shift in geothermal energy exploration by integrating millions of subsurface data points into an interactive map. This free resource empowers governments, businesses, and communities to navigate geothermal opportunities with unprecedented clarity. It also allows stakeholders to identify regions with high geothermal potential for explicit applications, such as district cooling systems.

The initiative is not just about cooling solutions; it also presents subsurface storage opportunities. Geological formations throughout the region—including Iraq, Syria, and parts of Yemen—could potentially function as ‘earth batteries.’ By storing excess energy generated from renewable sources as heat, these formations can release power exactly when it is needed, ensuring a steady supply even during peak demand.

Another point of interest is the Red Sea Rift region, particularly in western Saudi Arabia and northern Yemen, which could be ideal for gigawatt-scale power generation. There are also possibilities for geothermal-powered desalination projects that can significantly alleviate water scarcity issues faced by several nations in the area.

Jamie Beard, the Executive Director of Project InnerSpace, remarked on the potential impact of geothermal resources in the Gulf, highlighting the invaluable expertise of local oil and gas companies. With their extensive drilling knowledge and existing infrastructure, these entities possess the capabilities required for swift and large-scale geothermal development.

GeoMap™ Middle East expands on the previous iterations of GeoMap™, which have been rolled out in different regions, including Africa, North America, and Asia. Each version of GeoMap™ aims to promote global geothermal energy development by making critical geological data freely accessible. The future looks promising as the world moves toward increasing its reliance on sustainable energy sources.

In conclusion, Project InnerSpace’s GeoMap™ is more than just a tool; it represents a milestone towards achieving renewable energy goals in the Middle East. The exploration of geothermal resources holds the key to addressing the region's energy demands while minimizing environmental impact. For more information on the GeoMap™, visit GeoMap Project InnerSpace.