Texas Pipeline Project Targets Data Center and Power Plant Demand with 2.2 Bcf/d Permian Link

Energy Transfer is building a large-scale natural gas pipeline across Texas designed to channel Permian Basin supply toward the Dallas-Fort Worth area and beyond, with the company positioning the project as a direct response to surging electricity demand from data centers and power generators in the state.

The Hugh Brinson Pipeline will run approximately 400 miles from Waha in West Texas to Maypearl, south of the Dallas-Fort Worth Metroplex, and will carry up to 2.2 billion cubic feet per day of natural gas when fully expanded. The project is structured in two phases, with an initial capacity of 1.5 billion cubic feet per day targeted for completion by end of 2026.

Power and Data Center Growth Drives the Commercial Case

Energy Transfer has explicitly identified the growing natural gas requirements of power plants and data centers in Texas as a strategic driver behind the project. The company stated that the Hugh Brinson Pipeline is expected to further establish it as the premier option to support power plant and data center growth in the state.

The Dallas-Fort Worth area has experienced significant expansion of data center infrastructure in recent years, with large-scale computing facilities generating substantial increases in regional electricity demand. Power generators serving that load require reliable, high-volume natural gas supply, and the Hugh Brinson Pipeline is designed to serve that corridor directly.

A 400-Mile, Large-Bore Mainline from Waha to Maypearl

Phase I of the project involves constructing approximately 400 miles of 42-inch diameter pipeline originating at Waha, the major West Texas natural gas trading hub, and terminating at Maypearl, Texas. At that southern endpoint, the pipeline will connect into Energy Transfer's existing intrastate natural gas pipeline network and downstream infrastructure.

The 42-inch diameter specification represents a large-bore design intended to handle substantial volumes flowing out of the prolific producing regions of West Texas. Phase I capacity is set at 1.5 billion cubic feet per day, with an in-service target of the end of 2026. Alongside the mainline, Energy Transfer will construct a lateral connection called the Midland Lateral, which will span approximately 42 miles using 36-inch diameter pipe.

That lateral will link Energy Transfer and third-party processing plants in Martin and Midland Counties directly to the Hugh Brinson Pipeline, pulling volumes from processing infrastructure already operating within the Permian Basin.

Compression Additions Form the Path to Full Capacity

Rather than laying additional mainline pipe for the second phase, Energy Transfer's expansion plan centers on adding compression to the existing corridor. That compression investment would lift total throughput capacity from the Phase I level of 1.5 billion cubic feet per day to approximately 2.2 billion cubic feet per day moving from west to east.

Energy Transfer has indicated that Phase II compression could be constructed at the same time as Phase I, contingent on shipper demand. Commercial commitments from customers would therefore be the determining factor in whether the compression build is accelerated alongside the mainline construction. This approach allows Energy Transfer to scale the system's capacity incrementally without committing the full capital required for a 2.2 billion cubic feet per day system from the start of the project.

Bi-Directional Design Allows Flows in Either Direction

The Hugh Brinson Pipeline is engineered to move gas in both directions along its corridor, a feature that adds operational flexibility for shippers using the system. The primary flow direction is west to east, delivering Permian Basin supply toward the Dallas-Fort Worth area and connecting markets, at a capacity of approximately 2.2 billion cubic feet per day. In the reverse direction, the pipeline is designed to transport approximately 1 billion cubic feet per day from east to west, enabling shippers to move gas from Energy Transfer's broader intrastate network back toward West Texas markets when conditions make that movement commercially attractive.

Bi-directional functionality has become an increasingly valued design characteristic in intrastate pipeline infrastructure as natural gas price differentials between hubs shift over time, requiring systems capable of responding to flows moving in either direction based on prevailing supply and demand signals.

Maypearl Connection Opens Access to Katy, Carthage, and Gulf Coast Markets

By terminating at Maypearl and connecting into Energy Transfer's intrastate network, the Hugh Brinson Pipeline is intended to give shippers access to a range of downstream pipeline connections and market destinations across Texas and beyond.

Energy Transfer has specifically identified Carthage and Katy as markets and trading hubs reachable through the system. Carthage, in East Texas, is a significant natural gas trading hub with connections to multiple interstate and intrastate pipelines that serve the Gulf Coast and southeastern United States. Katy, located west of Houston, is one of the most actively traded natural gas hubs in the country and functions as a gateway to Gulf Coast liquefied natural gas export terminals, industrial consumers, and interconnected pipeline systems.

The combination of these downstream connections means that Permian Basin producers and gas marketers using the Hugh Brinson Pipeline would gain broader optionality for directing their volumes toward high-demand destinations across multiple market outlets.