Skip to main content

Texas Reaches New Energy Milestone with First Permitted Geothermal Well

A Historic Moment for Geothermal Energy in Texas
By: Robert Buluma

In a groundbreaking development for Texas’ renewable energy landscape Rail Road Commision (RRC) has issued its first permit for a deep geo-pressured geothermal well. The permit, granted to Sage Geosystems for a site in Atascosa County, marks a pivotal shift in the state's approach to energy diversification. This milestone represents a significant advancement in geothermal energy in Texas, further cementing the state's reputation as a leader in energy innovation.

The well, located in the Anaconcho Formation south of San Antonio, is the first of its kind since regulatory authority over such projects transitioned from the Texas Commission on Environmental Quality to the RRC. The project, in partnership with San Miguel Electric Cooperative, will supply electricity while demonstrating the potential of geo-pressured geothermal energy as a viable renewable resource.

What Is Geo-Pressured Geothermal Energy?

Understanding Geo-Pressured Systems

Geo-pressured geothermal systems differ from conventional geothermal energy sources by harnessing a unique combination of high-pressure water, heat, and dissolved methane trapped deep beneath the Earth’s surface. This energy can be used for electricity generation and energy storage, making it an innovative solution for grid stability and renewable integration.

Why Geo-Pressured Geothermal Matters

  1. Renewable Energy Potential – Unlike solar and wind, which depend on weather conditions, geothermal power provides consistent, baseload electricity.
  2. Energy Storage Capabilities – The high-pressure fluids found in these reservoirs can be used in energy storage applications, helping balance fluctuations in electricity demand.
  3. Decarbonization of Texas' Energy Sector – As Texas transitions towards cleaner energy sources, geothermal power can play a significant role in reducing reliance on fossil fuels.

Sage Geosystems and San Miguel Electric Cooperative: A Strategic Partnership

The collaboration between Sage Geosystems and San Miguel Electric Cooperative highlights how traditional energy players are investing in geothermal energy in Texas. The partnership involves the development of a 3-megawatt Geo-pressured Geothermal System Energy Storage Facility, which will provide electricity to San Miguel Electric Cooperative customers.

This project demonstrates how Texas' oil and gas expertise can be repurposed for geothermal energy development, utilizing similar drilling technologies and workforce skills.

The Role of the Railroad Commission of Texas (RRC) in Geothermal Development

Streamlining Permits for Geothermal Energy

Historically, Texas' regulatory framework focused on oil and gas, but the recent transfer of geothermal permitting authority to the RRC has streamlined the approval process for such projects. According to RRC Executive Director Wei Wang, the commission is committed to adapting regulations to support the growth of emerging energy technologies while ensuring environmental and public safety standards.

Ensuring Environmental and Safety Compliance

The RRC’s regulatory framework ensures that geothermal projects:

  • Meet stringent environmental guidelines.
  • Maintain safe drilling and operational standards.
  • Support Texas’ long-term energy goals.

Geothermal Energy: The Future of Texas’ Energy Mix?

Texas’ Growing Interest in Geothermal Power

Texas has long been known for its dominance in oil and gas production, but geothermal energy is gaining momentum as a viable alternative. The state possesses deep sedimentary basins with high geothermal gradients, making it an ideal location for scalable geothermal projects.

Ex-Oil and Gas Workers Transitioning to Geothermal

One of the biggest advantages of geothermal energy in Texas is that it allows former oil and gas workers to transition into the renewable energy sector. Many of the drilling, well completion, and reservoir management techniques used in oil and gas can be directly applied to geothermal development.

Potential for Large-Scale Deployment

The Sage Geosystems project is a significant step forward, but it is just the beginning. With more investment and regulatory support, Texas could become a national leader in geothermal energy. Research from institutions like the University of Texas at Austin suggests that geo-pressured resources in the Gulf Coast region could generate gigawatts of clean energy.

Challenges and Opportunities in Texas’ Geothermal Sector

Challenges

  1. High Initial Costs – Geothermal drilling is capital-intensive, requiring significant upfront investment.
  2. Regulatory and Market Barriers – Despite progress, geothermal energy still faces challenges in market adoption and grid integration.
  3. Public Awareness – Many Texans are unfamiliar with geothermal energy’s benefits, making education and advocacy crucial.

Opportunities

  1. Leveraging Oil and Gas Expertise – Texas has the drilling technology and skilled workforce necessary for rapid geothermal deployment.
  2. Government and Private Sector Support – Increasing investment from both public and private entities is driving geothermal growth.
  3. Integration with Other Renewables – Geothermal can complement solar and wind power by providing a stable energy source.

Conclusion: A New Era for Texas Energy

The first permitted geo-pressured geothermal well in Atascosa County is a major milestone for Texas. It highlights the state’s commitment to diversifying its energy mix while utilizing existing expertise from the oil and gas sector.

With continued investment, regulatory support, and public awareness, Texas could become a global leader in geothermal energy. The success of Sage Geosystems and San Miguel Electric Cooperative’s project will serve as a blueprint for future geothermal development, paving the way for a more sustainable energy future.

Key Takeaways

  • Texas’ first permitted deep geo-pressured geothermal well signals a new era in the state's energy sector.
  • Sage Geosystems and San Miguel Electric Cooperative are leading the way in geothermal energy adoption.
  • The RRC’s regulatory support ensures that geothermal projects are developed safely and efficiently.
  • Geothermal energy offers a reliable, renewable energy source with enormous potential for Texas.

This historic milestone is just the beginning. Geothermal energy in Texas is poised for exponential growth, positioning the state as a leader in the global clean energy transition

Related: Sage Geosytems partnered with ABB in fasttracking Geothermal Energy

Source:Alphaxioms

Connect with us:LinkeidinX

Comments

Popular Posts

Eavor’s Geretsried Closed-Loop Geothermal Plant Now Powers the Grid

Eavor Technologies Achieves Historic Milestone: World’s First Commercial-Scale Closed-Loop Geothermal System Now Delivering Power in Geretsried, Germany Published: December 2025 By:  Robert Buluma The Day Geothermal Changed Forever On a crisp Bavarian morning in late 2025, a quiet revolution in clean energy officially went live.   Eavor Technologies Inc ., the Calgary-based pioneer of closed-loop geothermal technology, announced that its flagship commercial project in Geretsried, Germany has begun delivering power to the grid becoming the world’s first utility-scale multilateral closed-loop geothermal system to achieve commercial operation. For anyone who has followed the geothermal sector for the last decade, this is nothing short of seismic (pun intended). What Makes Eavor’s Closed-Loop System Truly Disruptive? Traditional geothermal plants rely on naturally occurring hot water reservoirs or enhanced geothermal systems (EGS) that require hydraulic fracturing and massiv...

Amsterdam Strikes Geothermal Gold: Hot, Thick, Permeable Reservoir Confirmed

Breakthrough Beneath the Beach: Amsterdam Region Hits Geothermal Paydirt at Strandeiland By: Robert Buluma The Netherlands just took a giant leap toward fossil-free heating. On the artificial island of Strandeiland (part of Amsterdam’s fast-growing IJburg district), the SCAN exploration well has officially confirmed what the geothermal community has been hoping for: a thick, hot, and , most importantly permeable reservoir in the Slochteren Formation. Key numbers that matter:   Reservoir thickness: 152 meters   Bottom-hole temperature: 66 °C   Permeability: confirmed via successful production and injection tests   That’s not screaming-hot by Icelandic standards, but for direct-use district heating in one of Europe’s densest urban areas, 66 °C is more than enough to supply thousands of homes with clean, baseload heat – forever. Why This Well Changes Everything for the Netherlands The Dutch government launched the SCAN program (Seismic Campaign Nethe...

Exclusive Interview: An In-Depth Look at Exergy’s Game-Changing Gemini Turbine

Exclusive interview with Exergy : discover the new Gemini dual-flow radial outflow turbine, the first single-unit ORC solution for 30–60 MW geothermal projects, offering up to 30 % lower costs and 99 % availability. By:  Robert Buluma .   An interview with  Luca Pozzoni -  Deputy CEO | Group CFO - Exergy International and the Exergy Team 1. Can you walk us through the key design innovations in your new Gemini turbine and how it differs from previous models? The major innovation of the Gemini turbine lies in the dual-flow configuration: unlike conventional radial outflow turbines which are equipped with a single bladed overhung rotor disk, the Gemini features a double-side bladed rotor disk mounted in a between-bearing configuration. This enables the efficient processing of significantly larger volumes of fluid, leading to higher power output having basically two radial outflow turbines in a single machine with enhanced operational stability and simplified mainte...

Zanskar’s Big Blind: First Blind Geothermal Discovery in 30 Years

Big Blind: The Geothermal Discovery That Changes Everything By: Robert Buluma Utah startup  Zanskar Geothermal quietly dropped one of the most important announcements in American energy in decades. They discovered and confirmed “Big Blind” ,the first completely blind, commercial-grade geothermal system found in the United States in over thirty years. Let that sink in. No hot springs.   No fumaroles.   No steaming ground.   No prior wells.   Zero surface expression whatsoever. Just desert, sagebrush, and – 7,000 feet below,  a reservoir hot enough and permeable enough to support gigawatt-scale power production. This isn’t incremental progress. This is a paradigm breaker. Why “Blind” Discoveries Matter So Much For the last 40 years, geothermal development in the U.S. has been geographically handcuffed. You could only build plants where nature advertised the resource on the surface – think Yellowstone, The Geysers, or Imperial Valley. Ever...

Karlsruhe’s Geothermal Collapse: A Costly Blow to Germany’s Energy Transition

Karlsruhe’s Geothermal Collapse: A Costly Blow to Germany’s Energy Transition By:  Robert Buluma In the heart of Baden-Württemberg, a project that once symbolized ambition, innovation, and the promise of clean geothermal heat has now collapsed quietly. What was meant to become one of Germany’s most transformative regional heating networks has instead turned into a warning sign for Europe’s energy transition. The dissolution of the regional heat association in the Karlsruhe district,made up of ten municipalities,marks a serious setback not only for Germany but for the broader global geothermal movement. This is more than a failed project. It is a lesson in communication, financing, political courage, and the true cost of clean energy. A Vision That Should Have Succeeded The plan was compelling: Harness the deep geothermal power beneath Graben-Neudorf,home to Germany’s hottest geothermal well to deliver CO₂-neutral district heating to communities from Bretten to Bruchsal, Forst, and ...

Hot Nest Norway: Geothermal Luxury Carved Inside a Mountain

Hot Nest Norway: The World’s Most Extraordinary Geothermal Spa Resort is Taking Shape Inside a Mountain By:  Robert Buluma Deep in the dramatic Gudbrandsdalen valley in Otta, Norway, something truly groundbreaking (literally) is happening. A former slate quarry is being transformed into Hot Nest Norway – a year-round luxury destination carved directly into the bedrock of the mountain, powered entirely by deep geothermal energy. This isn’t just another spa. It’s a visionary fusion of raw Norwegian nature, cutting-edge renewable energy, and jaw-dropping architecture that looks like it was designed by a collaboration between Tolkien and Tesla. What is Hot Nest Norway? Imagine walking into a mountain and discovering 3,000 m² of luxurious spaces:   20 uniquely designed hotel rooms   700 m² of geothermal-heated indoor and outdoor pools (yes, outdoor pools in the Norwegian winter – steaming at +38 °C while snow falls around you)   A fine-dining restaurant cel...

Alberta Bets $35 Million on the Future of Drilling: From Smarter Oil Wells to Geothermal and Critical Minerals Breakthroughs

Alberta launches $35-million challenge to reinvent drilling for the next 50 years   By  Robert Buluma | December 3, 2025   EDMONTON – The days of drilling straight down and hoping for the best are long gone. Today, operators in Western Canada routinely steer multi-kilometre horizontal wells with pinpoint accuracy from a single surface location. Tomorrow’s wells, however, could be guided entirely by artificial intelligence, powered by low-emission rigs, and used to unlock everything from geothermal heat to critical minerals and permanent CO₂ storage. That future just got a $35-million boost. Emissions Reduction Alberta (ERA ) officially opened applications this week for the Drilling Technology Challenge, a funding program designed to bridge the “valley of death” that too often kills promising subsurface innovations before they ever reach the field. “Many great ideas never make it past the prototype stage because the cost and risk of real-world testing are simply...

Cornell PhD: Earth & Atmospheric Sciences – Fall 2026 Opportunities

Exciting PhD Opportunities in Earth and Atmospheric Sciences at Cornell University (Fall 2026 Admission) By: Robert Buluma If you’re a prospective graduate student interested in cutting-edge research in climate science, glaciology, physical oceanography, geospace physics, volcanology, or cryosphere processes, Cornell University’s Department of Earth and Atmospheric Sciences (EAS) just announced a fantastic set of fully funded PhD positions starting in Fall 2026. The department posted a detailed call on LinkedIn (shared widely on X/Twitter by Prof. Matt Pritchard) listing specific projects and the faculty members actively recruiting students right now. These are not generic openings; each professor has described their project and what kind of student they are looking for. Here are the current opportunities (as of early December 2025): 1. Climate Dynamics   Professor: Flavio Lehner (flavio.lehner@cornell.edu)   Focus: Climate variability with emphasis on how sea-surfa...

TOPP2 Synchronised: Eastland Generation, Ngāti Tūwharetoa Geothermal Assets & Ormat Success

Milestone Achieved: New Zealand’s Newest Geothermal Power Station TOPP2 Successfully Synchronised to the National Grid By:  Robert Buluma On 3 December 2025, a significant new chapter in Aotearoa New Zealand’s renewable energy story began when the 49 MW Te Onetapu Power Plant 2 (TOPP2) , the country’s newest geothermal station , was successfully synchronised to the national grid for the first time. Located in the Kawerau geothermal field, TOPP2 is the result of a unique and groundbreaking partnership between Eastland Generation (a subsidiary of Eastland Group) and Ngāti Tūwharetoa Geothermal Assets Ltd, the commercial arm of the Ngāti Tūwharetoa Settlement Trust. A True Partnership Success Story This is not just another power station. TOPP2 represents one of the most successful examples of post-Treaty settlement iwi ownership and operation in the energy sector. Ngāti Tūwharetoa Geothermal Assets supplies the geothermal steam and heat under a long-term agreement, while Eastland Gene...

Hyundai Builds World’s Largest Single-Unit Geothermal Power Plant

Hyundai E&C Breaks Record: Building the World’s Largest Single-Unit Geothermal Power Plant in Indonesia By:  Robert Buluma In a remarkable feat of engineering, Hyundai Engineering & Construction ( Hyundai E&C) has just completed the Sarulla Geothermal Power Plant (Sarulla GPP) in North Sumatra, Indonesia now officially recognized as the world’s largest single-unit geothermal power plant with a capacity of 330 MW. This milestone not only showcases Korean engineering excellence on the global stage but also marks a significant step forward for clean, reliable renewable energy in Southeast Asia. A Giant Leap for Geothermal Energy Located in the Sarulla region of North Sumatra, the plant consists of three units that together deliver 330 megawatts of clean electricity enough to power approximately 2.1 million Indonesian households. What makes Sarulla truly special is its single-unit design. While many geothermal projects around the world are built in smaller, modular phases...