Even if Permian crude oil production were to stagnate over the next few years, the region’s output of NGLs would likely increase by half, from the current 3.2 MMcf/d to about 4.8 MMcf/d in 2030. Anticipating that growth, NGL midstreamers are planning new NGL pipeline capacity from West Texas to the Gulf Coast.
After a decade of regulatory and legal challenges, Mountain Valley Pipeline (MVP) finally came into service in the middle of last year. The 2-Bcf/d pipeline — soon to be expanded to 2.5 Bcf/d via additional compression — was designed to ease natural gas takeaway constraints out of the Marcellus/Utica and help production there break past its current plateau near 36 Bcf/d, but bottlenecks on the massive Transco Pipeline have complicated matters. In today’s RBN blog, we look at efforts to unleash more Appalachian gas in the domestic market, focusing on the Southside Reliability Enhancement Project (SREP), which has enabled more gas to reach North Carolina.
A few months ago, Enbridge unveiled its plans to expand its massive Mainline and smaller Express/Platte crude oil pipeline systems into the U.S. Midwest/Great Plains. We blogged about those plans, and followed up with a look at how the incremental volumes of Western Canadian crude on the Mainline and Express/Platte might move south from PADD 2 to where they’re wanted most: the Gulf Coast. In today’s RBN blog, we discuss efforts to piece together a more direct pipeline route from Alberta to Cushing and on to the Texas/Louisiana coast.
Odds are there’s never been a busier, more frantic time for natural-gas-related infrastructure development in Texas and Louisiana than right now. Construction is underway or imminent at no fewer than seven Gulf Coast LNG export terminals with a combined capacity of 16 Bcf/d.
The Marcellus/Utica has massive natural gas reserves, but daily, weekly and annual production in the three-state shale play is limited by three key factors: in-region demand, takeaway capacity and gas prices. In recent years, the basin’s output has been rangebound between 34 and 36 Bcf/d and Appalachian producers see only modest gains in 2025. But a handful of pipeline projects and rising gas demand from power generators suggest the Marcellus/Utica may finally be on the verge of a production breakout. In today’s RBN blog, we discuss the leading E&Ps’ production forecasts for 2025 and the prospects for considerably higher output by the end of this decade.
Marcellus/Utica natural gas production grew by leaps and bounds in the 2010s, but the pace of growth has slowed dramatically in recent years, mostly due to takeaway constraints. Finally, the prospects for renewed growth are improving. New pipeline capacity out of Appalachia is coming online — especially to the booming Southeast, and maybe the Gulf Coast too. New LNG export capacity is about to be commercialized. And a lot of new gas-fired generating capacity — much of it tied to planned data centers — is under development within (or very near) the Marcellus/Utica region. In today’s RBN blog, we examine the three big gas-demand drivers behind the shale play’s impending renewal.
Marcellus/Utica natural gas production grew by leaps and bounds in the 2010s, but the pace of growth has slowed dramatically in recent years, mostly due to takeaway constraints. Finally, the prospects for renewed growth are improving. New pipeline capacity out of Appalachia is coming online — especially to the booming Southeast, and maybe the Gulf Coast too. New LNG export capacity is about to be commercialized. And a lot of new gas-fired generating capacity — much of it tied to planned data centers — is under development within (or very near) the Marcellus/Utica region. In today’s RBN blog, we examine the three big gas-demand drivers behind the shale play’s impending renewal.
The Marcellus/Utica region is by far the most prolific natural gas production area in the U.S., accounting for about one-third of the nation’s daily output. The shale play experienced phenomenal growth in the 2010s, its gas production rising from less than 2 Bcf/d to more than 33 Bcf/d over that decade. But the pace of growth has slowed dramatically in recent years, mostly due to takeaway constraints. In today’s RBN blog, we discuss how a combination of new pipeline projects, in-basin data center development and incremental Gulf Coast LNG demand might breathe new life into the Marcellus/Utica.
The bulk of the second wave of U.S. LNG export projects will be situated along a small stretch of the Gulf Coast, from Port Arthur at the Texas-Louisiana border to the Mississippi River in southeastern Louisiana. Three of these projects — Golden Pass LNG, Port Arthur LNG and Plaquemines LNG — are under construction there and will add nearly 7 Bcf/d of new gas demand by 2028, and others could reach a final investment decision (FID) in the coming months or years. That’s prompted a frenzy of natural gas pipeline projects vying to serve this growing demand center, whether by moving incremental supply into the area or providing “last mile” delivery to the terminals. These pipeline expansions — and how well the incremental capacity, geography and timing align with liquefaction capacity additions — will drive the pace of overall gas demand growth and how the Lower 48 gas market will balance in the coming years. In today’s RBN blog, we discuss highlights from our new Drill Down Report detailing the slew of announced pipeline projects targeting LNG exports from the Port Arthur, TX/Louisiana region.
The developers of the embattled PennEast Pipeline project this week caught a big break: over the objections of the state of New Jersey and in contradiction to a prior lower court ruling, the Supreme Court said in a 5-4 decision on Tuesday that the project could exercise eminent domain in order to seize state-owned land necessary for building its 1.1-Bcf/d Appalachia takeaway pipeline. The ruling, while not a slam dunk for the pipeline’s completion, offers a ray of hope to a project that was all but dead for the past couple of years and that many had written off. It also represents an increasingly rare victory for the frequently vilified gas industry in the Northeast. The pipeline represents more capacity and greater optionality for producers in the northeastern Pennsylvania region who currently have limited takeaway options and are facing worsening pipeline constraints even as prices and downstream demand are taking off. Today, we provide an update on the PennEast project and its implications for the Appalachian gas market.
