Texas' Green Gold Rush: From Coal Mine to Critical Minerals Powerhouse
📊 Key Data
Lithium Concentration: The Smackover Formation's brine contains lithium concentrations exceeding 800 PPM, far above the global average of ~100 PPM.
Lithium Production: Initial operations aim to produce 35,000–50,000 tons of lithium carbonate equivalent (LCE) annually, making it one of North America’s largest lithium producers.
Charging Speed: The project’s EV charging network claims to fully charge a passenger EV in ~5 minutes and an electric semi-truck in 20–25 minutes.
🎯 Expert Consensus
Experts would likely conclude that Texas' transition from coal to critical minerals and geothermal energy represents a strategic shift toward energy independence and sustainability, with the potential to reshape the region’s economic and environmental future.
FRANKLIN COUNTY, Texas – February 10, 2026 – On a sprawling tract of reclaimed coal land in East Texas, a project is taking shape that aims to redefine the region's identity and secure a critical link in America's clean energy supply chain. T5 Smackover Partners, a Dallas-based energy firm, today announced a transformational initiative in Franklin, Titus, and Hopkins counties that integrates geothermal power, domestic lithium production, and next-generation electric vehicle infrastructure.
The multi-billion-dollar venture seeks to turn a region once known for fossil fuels into a national hub for green technology. It’s a vision that began not in a boardroom, but with a family ranch. The land, purchased years ago from utility Luminant, was intended for personal use by T5 founder and technology entrepreneur Bruce Thompson.
"Twenty-five years ago, this property was a coal mine — which is hard to imagine today," Thompson stated in the announcement. "My original goal was simply to build a great ranch for my family. I had never even heard of the Smackover Formation until landmen began approaching us about our minerals. That sparked an intense learning journey."
That journey has culminated in a plan to leverage a unique geological formation to power a new industrial revolution, transforming the legacy of coal into a future built on critical minerals and renewable energy.
Unlocking the 'Holy Water' Beneath East Texas
The key to the entire project lies deep underground in the Smackover Formation, a geological layer stretching from Texas to Florida. While known to the oil and gas industry for decades, its true potential is only now being understood. T5's initial development, originally permitted as a geothermal well, returned temperatures far exceeding expectations, confirming the formation could support scalable, baseload geothermal power.
But the heat was only half of the discovery. The super-hot brine circulating within the formation was found to contain some of the highest concentrations of lithium reported anywhere in the world. Industry sources note that brine from the Texas Smackover can have lithium concentrations exceeding 800 parts per million (PPM), a staggering figure compared to the global average of around 100 PPM. This mineral-rich brine, which Thompson has dubbed the "holy water," also contains significant deposits of bromine, potassium, and strontium.
Based on this discovery, T5 projects its initial operations will produce 35,000 to 50,000 tons of lithium carbonate equivalent (LCE) annually. Such a figure would instantly place the East Texas project among the largest lithium production sites in North America, capable of supplying a significant portion of the continent's demand for EV batteries. For context, recent U.S. Geological Survey estimates of the neighboring Arkansas portion of the Smackover suggest it could hold enough lithium to satisfy projected 2030 global EV battery demand nine times over, if the resource is commercially recoverable.
The Modular Advantage in a Race to Production
To extract this lithium, T5 is bypassing traditional, time-intensive methods like massive evaporation ponds. Instead, it will deploy a modular Direct Lithium Extraction (DLE) strategy. DLE technologies are designed to act like a chemical sieve, pulling lithium ions directly from brine in a closed-loop process before reinjecting the water back underground. This approach dramatically reduces the project's environmental footprint, uses significantly less water, and boasts recovery rates of over 90%, compared to 40-60% for conventional ponds.
The company's 'hub-and-spoke' model, combining centralized processing with modular extraction units, is designed for speed. While competitors building massive, centralized facilities face years of permitting and construction, T5 believes its phased deployment will allow it to begin meaningful commercial production as early as 2026, accelerating into 2027. This strategy is critical in a fiercely competitive North American lithium race, where giants like Exxon Mobil and Standard Lithium are also developing DLE projects in the Smackover Formation in nearby Arkansas, targeting similar production timelines.
"We decided to hire our own technical team, invest our own capital, and do this the right way," Thompson said, noting a desire to ensure local landowners and the community benefit directly. "We love this community and want our neighbors to thrive alongside us."
Powering the Future Grid and Highways
The project's ambition extends beyond mineral extraction. The abundant geothermal energy will be harnessed using modular Organic Rankine Cycle (ORC) turbines—a reliable, 24/7 clean power source that will power the entire operation. This integration of a captive power source is a key de-risking factor for the energy-intensive DLE process.
Excess power will fuel two other strategic initiatives. The first is the development of an ultra-fast charging network for electric vehicles along the critical I-30 corridor. T5 claims its system will be capable of fully charging a passenger EV in about five minutes and an electric semi-truck in 20-25 minutes—a leap forward that could solve one of the biggest hurdles to commercial EV adoption.
The second is the deployment of 75 to 100 megawatts of mobile, dispatchable power. These grid-scale battery units can be rapidly moved to support regional grid stability during extreme weather, prevent blackouts during high demand, or provide emergency power in disaster recovery scenarios. This mobile power infrastructure adds a layer of resilience not only for the company's operations but for the entire East Texas region, which has faced significant grid challenges in recent years. By weaving together mineral extraction, power generation, and advanced infrastructure, T5's project is not just a plan to dig resources out of the ground; it's a comprehensive blueprint for a self-sustaining clean energy ecosystem.
