Cheniere Energy last Friday announced it has signed precedent agreements (firm capacity deals) with foundation shippers for its 1.4-Bcf/d Midship Pipeline project, which is targeted for an early 2019 in-service date. The announcement marks the latest milestone for midstream companies looking to move natural gas production from the SCOOP/STACK shale plays in central Oklahoma to growing demand markets in the Southeast and along the Texas Gulf Coast. Production from SCOOP and STACK grew by 1.0 Bcf/d, or 60%, in the past three years to 2.7 Bcf/d in 2016 and is expected to grow by another 1.5 Bcf/d by 2021. Besides Midship, there are other projects vying to move SCOOP/STACK gas to market. But how much capacity is really needed and by when? Today we look at the Midship project and its role in alleviating potential takeaway constraints.
South Texas—and its primary trading hub, Agua Dulce—is emerging as the fulcrum for U.S. natural gas producers and growing demand markets on the Texas Gulf Coast and across the border in Mexico. Between the Freeport and Corpus Christi LNG export projects and cross-border pipeline projects to Mexico, nearly 4.0 Bcf/d of export capacity is being developed in South Texas over the next few years. Meanwhile, U.S. producers as far north as the Marcellus/Utica are jockeying to capture this new demand. Large investments are being made to expand and reverse traditional pipeline flows across the Texas-Louisiana border to get gas all the way down to South Texas and the Texas-Mexico border. But will enough capacity be available when the demand shows up? Today, we break down the natural gas supply/demand picture in South Texas and what it will take to balance the market there as exports ramp up.
Northeast producers are about to get a new path to target LNG export demand at Cheniere Energy’s Sabine Pass LNG terminal. Cheniere in late December received federal approval to commission its new Sabine Pass lateral—the 2.1-Bcf/d East Meter Pipeline. Also in late December, Williams indicated in a regulatory filing that it anticipates a February 1, 2017 in-service date for its 1.2-Bcf/d Gulf Trace Expansion Project, which will reverse southern portions of the Transcontinental Gas Pipe Line to send Northeast supply south to the export facility via the East Meter pipe. Today we provide an update on current and upcoming pipelines supplying exports from Sabine Pass.
The CME/NYMEX Henry Hub January contract settled yesterday at $3.54/MMBtu, about 30.8 cents (~10%) above where the December contract expired ($3.232) and 77.6 cents (28%) higher than where November settled ($2.764). The natural gas winter withdrawal season is officially underway—it’s a lot colder and gas demand has spiked. But this week also marks another key bullish threshold: as today’s Energy Information Administration (EIA) storage report will likely show, the U.S. natural gas inventory has fallen below the prior year’s levels for the first time in two years (since early December 2014). That’s in sharp contrast to where the inventory started the injection season in April—more than 1,000 Bcf higher compared to April 2015. Moreover, we expect the emerging deficit to grow substantially over the next several weeks. Today we look at the supply-demand fundamentals driving this shift and what it means for the winter gas market.
The U.S. natural gas market in the past two years has undergone massive change, from breaking storage records and crossing long-held thresholds to flipping flow patterns and pricing relationships on their heads. This November, the market crossed yet another milestone: the U.S. became a net exporter of natural gas for the first time ever on September 1, 2016. That lasted only a few days. But net exports resumed again starting November 1 and have continued through the month, almost without interruption, with pipeline deliveries to Mexico and to the first two liquefaction “trains” at Cheniere Energy’s Sabine Pass LNG terminal exceeding imports from Canada and LNG import terminals by an average 0.6 Bcf/d. Today, we look into what’s really driving this shift and what that tells us about the trend going forward.
A total of 13 U.S. liquefaction trains with a combined capacity of about 58 MTPA (~8 Bcf/d) are either in early stages of operation along the Gulf Coast or under construction and scheduled to be online by the end of 2019. Of that, about 3.2 Bcf/d is being developed along the Texas Gulf Coast. Beyond that, a “second wave” of liquefaction projects is lining up, with as much as an additional 11 Bcf/d of capacity proposed for Texas by the early 2020s. While many of these second-wave projects may not get built, those that do will require the construction or rejigging of hundreds of miles of pipelines, particularly along that Gulf Coast corridor. Several of the first and second wave liquefaction projects have proposed to build laterals that connect to and branch out from nearby long-haul pipelines, creating new Gulf Coast-bound delivery points for Eagle Ford shale gas as well for supply that will eventually move south from supply basins as far north as the Marcellus and Utica shales. Today, we take a closer look at these liquefaction-related pipeline projects and how they will connect to and impact the existing pipeline network.
Since the first LNG ship left its dock in February, Cheniere’s Sabine Pass LNG terminal has exported 17 cargoes containing the super-cooled, liquefied equivalent of over 50 Bcf of natural gas from the first of six planned liquefaction “trains.” And in a monthly progress report filed with the Federal Energy Regulatory Commission last month, Sabine Pass said it expected to begin loading a commissioning cargo from Train 2 in August, with commercial operation of that facility starting as early as September. In today’s blog we provide an update of Sabine Pass’s export activity, as well as the impact on the U.S. gas flows and demand.
As if the international market for liquefied natural gas weren’t complicated enough, add the facts that 1) the LNG shipped from various export terminals differs in chemical composition, and 2) the specifications for the natural gas consumed by various countries around the world differ too. In other words, you can’t assume that the heating value and other important characteristics of the super-cooled gas in the LNG shipped from exporting country A will align with the gas specs enforced in importing country B. That’s a big deal to LNG exporters and traders who would like to be able to ship their LNG to wherever it would make the most money, but who need to consider a lot more. Today, we look into the increasing significance of LNG/gas spec differences as the old rules of the LNG market break down.
After years of debate and speculation regarding prospects for U.S. exports of liquefied natural gas (LNG), the first cargo left the Gulf Coast around 8:30 pm EST Wednesday (February 24, 2016) from Cheniere’s Sabine Pass terminal, according to Genscape’s global LNG cargo monitoring service. The vessel carrying a little more than 3.0 Bcf of LNG is reportedly bound for Petrobras in Brazil. The incremental export demand that this LNG cargo and others like it to follow represent, is potentially good news for U.S. gas producers, with benchmark futures prices at Henry Hub, LA closing yesterday (February 25, 2016) near record seasonal lows at $1.711/MMBtu in the face of mild winter demand, record production and brimming storage levels. Today we look at how this first cargo was supplied and what that tells us about current and future impact to flows and regional prices.
The first U.S. liquefied natural gas (LNG) export cargo from the Lower 48 is now likely within just a week or two of shipping from the Cheniere Sabine Pass, LA terminal. In the meantime, physical flow data is already giving us a first glance at how the terminal will be supplied from U.S. natural gas production. In today’s blog, we begin a look at flows to the terminal, how the gas is getting there and where it’s coming from.
Demand for liquefied natural gas has been flat recently, but liquefaction/LNG export capacity is on the rise. The resulting supply/demand imbalance along with the crash in crude oil prices has sent LNG prices to unexpectedly low levels, and raises questions about the competitiveness of all the new Australian and U.S. projects coming online in 2016-20. Today, we continue our examination of the fast-changing international market for LNG with a look at the new capacity being added to an already saturated LNG market, and how U.S. LNG exporters might fare in a hyper-competitive world.
Yesterday (January 14, 2016) Cheniere Energy announced a delay to the first shipment of liquefied natural gas (LNG) out of its Sabine Pass liquefaction/export terminal in Louisiana that was expected this month (January 2016), but is now planned for late February or March of this year. Meanwhile, LNG demand has leveled off. LNG prices have collapsed and stayed low. And a slew of liquefaction capacity planned and committed to years ago—Sabine Pass and other U.S. projects included—is coming online, suggesting an LNG supply glut that could last into the early 2020s. But are the LNG market’s prospects really as grim as all that sounds? Today we begin a review of recent developments in the LNG market, and consider their implications for U.S. natural gas producers, midstream companies, and LNG exporters.
Few factors will have a greater effect on future U.S. natural gas production—or gas pricing—than the degree to which U.S. LNG exporters are successful in penetrating Asian, European and other markets. The dozen liquefaction/LNG export facilities now under construction along the Gulf and East coasts could demand up to 7 Bcf/d, or about one-tenth of current U.S. production. It’s possible, though, that demand could be far less if U.S. LNG can’t compete successfully, or several Bcf/d higher if exporter success leads to development of additional projects. Today, we review our latest Drill Down Report on the international LNG market and how U.S. exporters may fare.
The site of Cheniere Energy’s new liquefied natural gas (LNG) export terminal in Corpus Christi is only a short drive from the heart of the Eagle Ford. But for supply diversity’s sake, Cheniere won’t depend only on Eagle Ford gas for supply—far from it, in fact. Plans are in the works to enable Corpus Christi LNG’s five planned liquefaction “trains” to access gas from a wide variety of shale plays and basins, in some cases moving gas long-distance. Today, we continue our look at the challenges of securing and moving huge volumes of gas to LNG export terminals, the emerging epicenters of U.S. gas demand.
The six liquefaction “trains” under development at Cheniere Energy’s Sabine Pass liquefied natural gas (LNG) terminal will demand nearly 4 Bcf/d of natural gas on average, the first 650 MMcf/d of that starting within a few months. And the five trains now planned at Cheniere’s Corpus Christi site—yes, now five, not three—will require another 3.2 Bcf/d. Taken together, that’s about 10% of current daily gas production in the U.S.; in other words, a monumental logistical task. Today, we start a series looking at the challenges of securing and moving huge volumes of gas to LNG export terminals, the emerging epicenters of U.S. gas demand.