Projects

Mississippi has existing geothermal power plants in the state, including The Green Machine, a geothermal power plant that generates electricity from hot wastewater in an oilfield.

Mississippi geology has similarities to those in Texas and Louisiana, making the expansion into Mississippi geologies a natural path.

The United States Department of Energy has identified Mississippi as a region of interest in its Enhanced Geothermal Shot^TM and GeoVision analysis and goals.

Mississippi has an energy-intensive economy and consumes almost four times more energy than it produces with 40% of demand coming from the industrial sector.

India’s growing energy demand, driven by rapid industrialization and urbanization, creates a significant opportunity for geothermal energy as a renewable and reliable energy source, providing a baseload complement to its solar and wind developments.

Leveraging its team of technical experts and advancements in drilling and exploration technologies, GT Titan’s is positioned to deliver scalable and cost-competitive baseload renewable energy based on tested, trusted, and commercially available technology.

India has vast geothermal resources, particularly in regions which are analogous to GT Titan’s project portfolio in Texas, USA offering synergies to optimize the potential for power generation in the region.

The Indian government has expressed interest in geothermal development through draft policies and pilot projects, and as an international developer, GT Titan brings experience in collaborating with governments to establish efficient permitting processes.

Having explored for geothermal energy through oil and gas co-production, Oklahoma is primed for commercial geothermal development. The state’s extensive oil and gas industry provides opportunities to extract geothermal energy from deep wells, similar to efforts in Texas.

Oklahoma’s Anadarko Basin has high-temperature geothermal resources at depths suitable for geothermal expansion. Similar to Texas and Louisiana, Oklahoma has the potential to repurpose abandoned oil and gas wells for geothermal energy production.

The U.S. Department of Energy (DOE) has identified Oklahoma as a promising area for GT Titan's engineered geothermal, which could dramatically expand geothermal power generation. Oklahoma’s role in advanced drilling technology aligns with the DOE’s Enhanced Geothermal Shot™, which seeks to reduce the cost of geothermal energy by 90% by 2035.

Oklahoma has a high industrial energy demand, particularly in petroleum refining, chemical manufacturing, and agriculture. The state consumes more energy than it produces from non-fossil sources, making geothermal energy a stable and local alternative.

Arkansas is home to Hot Springs National Park, one of the most well-known geothermal areas in the United States, demonstrating the presence of naturally occurring geothermal activity.

Arkansas' Arkoma Basin has geological similarities to neighboring states where geothermal exploration is growing, such as Texas, Louisiana, and Mississippi. The state has a deep sedimentary basin, which is a target for GT Titan's engineered geothermal. Existing mining and natural resource industries in Arkansas have the technical expertise to support geothermal drilling and development.

The DOE’s Geo Vision analysis recognizes Arkansas as a region with geothermal potential, particularly for direct-use heating and future deep geothermal exploration. The state is situated in the Mississippi Embayment, a broader geothermal development explored in the Southeastern U.S.

Arkansas has an energy-intensive industrial sector, with steel production, aerospace manufacturing, and food processing among the largest consumers. As demand for electricity increases, geothermal is recognized as an attractive long-term solution for reliable, baseload power.