With New Permian Takeaway Capacity Coming Online, Gas Production Could Soar

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For the first time in years, the Permian Basin’s chronic natural gas takeaway constraint is beginning to ease — and in a big way. Major pipeline projects entering service this year and next will add roughly 5.3 Bcf/d of new egress capacity from the Waha area, led by the Gulf Coast Express (GCX) expansion, Hugh Brinson Pipeline and Blackcomb Pipeline. That buildout should materially improve Waha pricing and reduce the risk of severe in-basin discounts, but it also raises a new set of questions. In today’s RBN blog, we’ll discuss the major Permian gas pipeline projects scheduled to come online in 2026 and 2027, how much new capacity they will provide, and consider what the shift means for Waha prices, Gulf Coast balances and the U.S. natural gas market.

This is the first blog in a series examining the outlook for the major U.S. producing basins. The Permian, a major topic of discussion at our upcoming School of Energy: Fundamentals, is the country’s largest oil-producing basin and one of the biggest drivers of U.S. gas growth, which makes it the natural place to begin. Its crude-oil-focused wells produce large and growing volumes of associated gas, but getting that gas out of West Texas has become one of the market’s biggest challenges and a major constraint on oil production. In the series ahead, we will look at the Permian’s major producers and the basin’s next set of challenges, including what increased production will mean for the NGL market. For today’s blog, let’s start with the big gas pipeline projects that have come online or are set to begin operations this year or next.

In June, Kinder Morgan brought its Gulf Coast Express expansion (pink line in Figure 1 below) online. The project added 570 MMcf/d, or about 0.6 Bcf/d, of capacity from the Waha hub (blue circle to left) to the Agua Dulce hub (blue circle at bottom) in South Texas. It is fully subscribed and can move about 2.6 Bcf/d in total. The new capacity helped Waha prices recover sharply from their lows (more on this below) but didn’t solve the Permian’s takeaway problem on its own.

That brings us to the Hugh Brinson Pipeline (purple line in Figure 1 above), the next big outlet for Permian gas. Phase 1 construction is complete and the line has started moving gas. Pipeline owner/operator Energy Transfer expects the ramp-up to continue through September, when the project should reach its full 1.5 Bcf/d capacity. The exact volumes moving today are not public, so while we know gas is flowing, we don’t know how much. Once fully ramped, the pipeline will give producers another route out of Waha to Maypearl, south of the Dallas-Fort Worth area. That is a big deal for Waha because it gives trapped Permian gas another path to higher-value markets in addition to the Gulf Coast. Energy Transfer will later add compression and lift west-to-east capacity to 2.2 Bcf/d, and it is targeting Q2 2027 for Phase 2 completion.

Next up is the Blackcomb Pipeline (green-dashed line)a 2.5-Bcf/d pipeline that runs from the Permian to Agua Dulce. It has begun commissioning and could enter service by the end of October, then ramp up to its full capacity through the rest of 2026. Blackcomb is operated by WhiteWater Midstream and is 70% owned by the WPC joint venture, 17.5% by Targa and 12.5% by MPLX. (WPC is owned by WhiteWater, MPLX and Enbridge.) It gives Permian producers yet another major outlet for their gas and should further ease pressure at Waha. In 2027, the planned Traverse Pipeline between Agua Dulce and the Katy/Houston area is expected to give shippers — including Blackcomb-connected supply — additional options.

Then comes Eiger Express (orange-dashed line), a new 48-inch-diameter pipeline that will move 3.7 Bcf/d from the Permian to Katy, west of Houston. It is expected to enter service in mid-2028 with 2.5 Bcf/d, with the remaining 1.2 Bcf/d coming a year later in mid-2029. The Matterhorn joint venture owns 70% of Eiger, while ONEOK and MPLX each own 15%. (The Matterhorn group includes WhiteWater, ONEOK, MPLX and Enbridge.)

Next, let’s look at the flows out of the Waha hub, because it tells the story of the past year and gives us some big clues about what comes next as new takeaway capacity comes online. As Figure 2 below shows, eastbound flows out of the hub have been running close to 14 Bcf/d for most of this year, very near the current capacity (dashed black line), leaving very little room in the system. That starts to change this fall. Capacity should rise above 16 Bcf/d in October and approach 19 Bcf/d in November as Hugh Brinson and Blackcomb ramp up.

The added capacity is important because the Waha market has been under extraordinary pressure. Waha normally trades below Henry Hub because it is a production hub with little local demand, so gas must move to the Gulf Coast, Mexico, and other demand centers. Intermittently throughout 2024 and 2025, Waha basis fell to extremely low levels. Producers without long-term offtake agreements or hedging had to accept deeply discounted prices for gas — and often negative outright prices — to keep their oil wells running. In the first half of 2026, the situation became even more grim for unhedged producers. Waha basis repeatedly fell to $5-$9/MMBtu below Henry Hub as associated gas production grew faster than new pipeline capacity could be added to move it out of the basin. 

The turn came in June and July. As the GCX expansion entered service and Hugh Brinson began moving early volumes, Waha basis tightened sharply. Prices averaged about $1.28/MMBtu below Henry Hub in July, compared with roughly $6/MMBtu below Henry Hub during the first six months of the year (dark-pink line in Figure 3 below).

We still expect some bumps over the next couple of months as the new pipelines ramp up, but at least Waha prices should be in positive territory. Our Arrow Model puts Waha around $1.08/MMBtu below Henry Hub in August and $0.95/MMBtu below Henry Hub in September; it then averages minus $1.23/MMBtu below Henry Hub for the following 14 months. In short, we do not expect the Waha price environment to look anything like it did earlier this year. Once Hugh Brinson reaches full service and Blackcomb comes online, the extreme constraint-driven discounts should mostly be behind us.

That gives Permian producers more room to grow. The Permian has reached record production levels and is expected to continue growing in the coming months, with future gains projected through 2027. We anticipate several Bcf/d of incremental production capacity over that period. We also see room for growth to accelerate, enough for our long-term outlook to assume another Permian pipeline will be needed by 2033, reflecting the need for midstream infrastructure to keep pace with production.

The question now is what happens after the gas leaves the Permian. If production continues to grow, more gas will move toward Katy and the Texas Gulf Coast just as LNG demand is ramping up. That could shift the pressure further downstream. We are already seeing weakness at Katy and Houston Ship Channel. Pipeline projects such as Trident, Blackfin and Mustang Express should add routes toward the Sabine River area and help connect West Texas supply with growing LNG demand. The question is whether that infrastructure arrives fast enough.

If it does, the Permian gets another leg of growth without recreating the Waha pricing problem. If it does not, the constraint could show up somewhere else, whether in South Texas, along the Gulf Coast or in Louisiana. That is what we’ll be watching as this series continues: How much more can the Permian produce once gas is no longer the constraint, how quickly can the downstream system absorb those volumes, and how will producers respond?

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Solitude – New Natural Gas Pipeline to Overwhelm the Permian Basin with Outbound Capacity

Thursday, 08/20/2026 Published by: John Abeln rbnenergy.com

The Permian Basin is the nation’s second-largest natural gas-producing region, and over the past couple of years it has been dominated by one overarching story: pipeline takeaway constraints and periods of negative prices at the Waha Hub. That has changed recently, however, as more pipelines out of the region have entered service. Now, a consortium led by WhiteWater Midstream has reached a final investment decision (FID) on the Solitude Pipeline System, which will have the capacity to take an astonishing 4.5 Bcf/d of gas from the Permian by the early 2030s. In today’s RBN blog, we’ll explain why Solitude has the potential to upend the Permian gas story, bringing us a market where takeaway capacity is so great that production cannot keep up and multiple lines out of the Permian run largely empty.

 

https://rbnenergy.com/daily-posts/blog/new-natural-gas-pipeline-ove...

Another use of West Texas  Permian Basin is thermal generation plants to send power to the Texas grid serving the major population centers along the I-35 corridor.  The capacity to move that power requires the building of 765 transmission lines.  The process has hit high center due to opposition by the landowners the transmission lines cross.  Without the buildout, Texas will be subject to "rolling blackouts" as power demand exceeds capacity and a necessary use of Permian gas will be stranded.

More and more gas lines coming out of Permian should open up more gas prone areas.

The Alpine High area in southern Reeves / northern Jeff Davis Counties is one that should be positively impacted by these developments.

Woodford and Barnett gas zones plus some shallower Wolfcamp as targets. Area is "proven" for the two "shale" plays - just needs better economics (in my opinion)

I should have also stated that the 765-kilovolt lines in the Permian Basin Reliability Plan are designed for bi-directional power flow, allowing electricity to move in multiple directions depending on grid demand. The lines are planned to import massive amounts of electricity from other regions (like Central and East Texas) into the power-hungry Permian Basin.  

Second Wave of Natural Gas Pipelines Has the Permian Cleared for Takeoff

Monday, 08/24/2026  Published by: Lisa Shidler  rbnenergy.com

Excerpt.  Link to full article: https://rbnenergy.com/daily-posts/blog/second-wave-natural-gas-pipe...

The Permian Basin is poised to gain several new natural gas pipelines over the next year or two, finally easing its long-standing takeaway constraints. But the changes won’t stop there. A new wave of proposed projects could further reshape the basin beyond 2027 and into the 2030s. In today’s RBN blog, we look at the major, longer-horizon plans, what they could mean for the Permian, and the new challenges that could arise as this infrastructure comes online.

This is the second blog in our series on the outlook for major U.S. producing basins, starting with the largest: the Permian. A major topic at our upcoming School of Energy: Fundamentals, the Permian is the nation’s largest oil-producing basin and a key driver of U.S. gas growth. Its oil-focused wells also generate substantial and growing volumes of associated gas. But moving that gas out of West Texas and southeastern New Mexico has become one of the market’s biggest challenges and a constraint on further oil production. In our first blog, we covered the major pipeline projects expected to enter service this year and next, which will add about 5.3 Bcf/d of egress capacity from the Waha area. In the blogs ahead, we will examine the Permian’s major producers and the challenges still to come, including the implications of rising NGL production.

Today, we explore how the Permian’s gas takeaway picture could evolve beyond 2027 and into the early 2030s. Plans can change, of course, but our outlook is based on proposed projects and their current level of development.

The growing number of LNG export facilities planned along the Texas Gulf Coast is a major reason more natural gas pipeline capacity is needed. New and expanding LNG projects at Corpus Christi and Port Arthur will increase demand for gas in markets that Permian pipelines increasingly serve, including the Agua Dulce and Katy hubs and the broader Houston-area corridor. That means the takeaway challenge is no longer simply moving gas out of West Texas. It also involves ensuring sufficient downstream infrastructure to carry those volumes from Gulf Coast market hubs to LNG export facilities (more on that below).

Texas regulators approve two massive West Texas transmission lines amid outcry from landowners

https://www.texastribune.org/2026/08/28/transmission-lines-texas-en...

Thanks, Joe.  In Texas the Oil & Gas Industry is King and the Railroad Commission prohibits public comments at their meetings.  The O&G industry has bought off all the politicians and land owners are out of luck. Money trumps property rights.  Landowners may cry but will they actually do anything about the situation.  Like vote out some incumbents?

Massive volumes of mostly Permian-sourced natural gas are already converging on the Katy, TX

Center of My Universe – A New Bidirectional Header Aims to Facilitate Rising Gas Flows Through Katy

Friday, 08/28/2026  Published by: Housley Carr  https://rbnenergy.com

Massive volumes of mostly Permian-sourced natural gas are already converging on the Katy, TX, area just west of Houston, and much more will be arriving soon as planned pipelines — including the newly proposed, 4.5-Bcf/d Solitude Pipeline System — come online in the months and years ahead. Now, a new, bidirectional header system is being built to help ease the flow of gas through the increasingly important Katy Hub, which serves as a key aggregation and distribution point for gas bound for existing and planned Gulf Coast industrial and power-generation load as well as a slew of LNG export terminals. In today’s RBN blog, we’ll discuss the Aspen Katy Hub project, which is slated for startup early next year.

Link to full article:  https://rbnenergy.com/daily-posts/blog/new-bidirectional-header-aim...

 

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