Associated natural gas production from North Dakota’s oil-focused Bakken Shale is rising as rigs are being added in the region. Bakken gas output reached a record 1.18 Bcf/d this past May. The incremental gas production in the area is intensifying competition with imports from the already-beleaguered Western Canadian Sedimentary Basin (WCSB), which share the same pipeline capacity and target the same Midwest demand markets. The trend also is prompting calls for more pipeline capacity out of the Bakken. How much more capacity is needed and by when? Today, we look at existing natural gas takeaway capacity and flows out of the Bakken.
Daily Energy Blog
Growth in LNG supply and demand, the ongoing restructuring of the LNG sector and other factors are giving new significance to the nearly 500 specialized, oceangoing vessels that transport the supercooled, liquefied natural gas around the world. It used to be that the vast majority of LNG was delivered in milk run-like fashion under long-term contracts between suppliers and buyers, but that’s no longer the case. Now, the LNG market is much less structured and more fluid, with spot-market sales becoming more common and with the captains of some LNG-laden vessels not sure where they will end up as they head out of port. Today we describe the ins and outs of the shipping sector that moves hundreds of millions of metric tons of LNG annually.
The year-ago completion of Energy Transfer Partners’ Lone Star Express NGL pipeline from West Texas to the Mont Belvieu storage and fractionation hub near Houston was a big deal. The new, 533-mile pipe increased effective NGL takeaway capacity out of the Permian by more than 25% and gave Energy Transfer a larger conduit for moving NGL produced at its Permian natural gas processing plants directly to the company’s still-growing complex of fractionators in Mont Belvieu. Energy Transfer also owns another big NGL pipeline out of the Permian: the Lone Star West Texas Gateway. Today we continue our blog series on the NGL side of the Permian with a look at what is currently the biggest fish in the play’s NGL pond.
In the Energy Information Administration’s (EIA) latest ethane production stats — for the month of May — gas plant production of ethane exceeded 1.4 MMb/d for the first time. In the same month, ethane exports also hit a record at 191 Mb/d, and ethane demand for petrochemical production — you guessed it — hit still another all-time high, topping 1.2 MMb/d. All this is just the beginning. These numbers and the throughput of any midstream infrastructure transporting or fractionating ethane will continue to increase over the next two years as new, ethane-only crackers come online, ethane rejection dwindles and overseas exports of ethane ramp up. By 2020, U.S. ethane demand is expected to reach 2 MMb/d — up by two-thirds from where it stands now. Today we continue our series on rising ethane demand, how the new demand will be met and what it all means for ethane prices.
Production cuts by Saudi Arabia and other OPEC producers have had a profound effect on Asian refiners’ crude oil procurement by opening the door to more U.S., Canadian and North Sea crude deliveries to the Far East and South Asia. Of the four major Asian refining countries, China has seen the largest drop in imports of East of Suez crude, which includes oil produced in the Middle East, the Asia-Pacific region, Australasia and far-east Russia, but India, Japan and South Korea have experienced declines as well. What’s going on? And what does it mean for Atlantic Basin crude producers? Today, we discuss recent changes in global crude price differentials and Asian crude import slates, which include more imports from the U.S.
The utilization of NGL takeaway pipelines out of the fast-growing Permian is determined to a significant degree by the natural gas processing plants that the pipes are connected to. Midstream companies prescient — or lucky — enough to own NGL pipelines that extend out of the hottest, most productive sub-regions within the Permian’s Midland and Delaware basins are benefiting not only from higher NGL volumes now, but the likelihood of even fuller pipes as Permian production continues to ramp up. Today we continue our blog series on the NGL side of the Permian phenomenon with a look at existing gas processing plants in the play and their connections to NGL pipelines that move y-grade to storage and fractionators.
Over the past five years, the price differential between regular and premium gasoline has been widening steadily. According to the Energy Information Administration (EIA), as of July 2017 the premium -vs.-regular differential reached $0.53/gallon — more than double the differential in 2012. This has produced cringe-worthy experiences at the pump for consumers requiring the premium grade and an incentive for refiners to optimize the gasoline pool. Consequently, refiners have been making operational adjustments and capital investments to squeeze additional high-octane components out of their feedstocks. Today we examine the premium-regular gasoline differential, provide a primer on gasoline blendstocks and octane levels, and discuss some contributing factors to the widening divide between the pump prices of 87- and 93-octane gasoline.
There is no doubt that the epicenter of U.S. associated natural gas production growth is the Permian, where dry gas output has increased from 3.5 Bcf/d in 2012 to more than 6.5 Bcf/d today. And there is a lot more where that came from. RBN’s Growth Scenario indicates that as much as 12 Bcf/d of natural gas production could be surging out of the Permian by 2022, with less than 1 Bcf/d of that needed for local demand. All of that incremental production will need to move out of the region, either on existing or new pipelines. Permian gas is such a big deal that RBN has developed a brand new weekly report focused specifically on the topic — how much is produced, where it is processed, its destination markets, how it is priced and, most importantly, how the Permian gas market will balance out, both today and in the coming months. Today we take you on a tour of RBN’s NATGAS Permian report five days before we close our inaugural report preview period — it’s your last chance! If it is not obvious, today’s blog is a blatant advertorial for our new report.
For as long as producers have been drilling in the Bakken Shale — the oil-rich formation straddling North Dakota and Montana (plus Saskatchewan and Manitoba in Canada) — associated natural gas, an inherent byproduct, has taken a back seat to crude oil production from the play. In fact, at one point nearly 50% of Bakken’s produced natural gas was being flared, in large part due to limited midstream capacity to gather, process and move the gas to market. But that’s changed in the past couple of years. Substantial midstream capacity has been built. Flaring has eased considerably, and with the shift in drilling activity to the best, most productive acreage, the gas-to-oil output ratio has increased. Add to that rising rig counts and productivity gains in those sweet spots and that phenomenon becomes amplified. The result is that while oil production has largely stagnated this year below peak levels, associated gas volumes from the play climbed to a record high this past May. But will this trend be sustained, and, if so, what will it mean for gas flows, takeaway capacity and gas-on-gas competition at the Canadian border? Today, we begin a blog series looking at gas production trends in the Bakken and implications for gas pipeline flows as well as competing supplies.
The current phase of Mexico’s natural gas pipeline buildout, led by the country’s Comisión Federal de Electricidad (CFE), is nearing completion. With 22 new pipelines built or under construction, the effort has dramatically reshaped Mexico’s natural gas supply portfolio. The capacity of the pipeline network within Mexico has been tripled with the addition of 18 new pipelines, while four new pipelines on the U.S. side of the border will add almost 6 Bcf/d of export capacity by late 2018. As part of the building spree, CFE also initiated development of two new gas headers to be built in Texas: a 6-Bcf/d header at Waha in West Texas that was recently completed by a consortium of Carso Energy, MasTec, and Energy Transfer and the 5-Bcf/d Nueces Header, now under construction by Enbridge at Agua Dulce in South Texas. Today, we discuss CFE’s Nueces Header and its role in moving more gas south.
The U.S. and Australia have been ramping up their LNG exports — Australia already is the world’s second-largest LNG exporter after Qatar and the U.S. will soon rank third. Two recent events highlight the difference between the two countries and their natural gas markets. First, in June the Australian prime minister acted to curtail LNG exports next year because of gas-supply shortages affecting domestic consumers. Second, on July 19, the Potential Gas Committee released its biennial analysis of recoverable gas resources in the U.S.; its findings support the view that U.S. LNG exports can continue growing without causing domestic supply constraints. Today we review the PGC report and the Australian LNG/supply situation, then compare the two markets.
When prospective investors look at a company’s U.S. or Canadian regulatory filings, many of them may mistakenly believe they are getting a complete and accurate assessment of the crude oil, natural gas and natural gas liquids (NGLs) that could technically and economically be produced from the acreage the company controls. In fact, the rules governing the tallying of proved reserves are anything but straightforward and often result in a significant underestimation of the hydrocarbon volumes waiting to be produced. That is particularly true when it comes to reserves in shale plays, which many would argue are the most important reserves of all in today’s energy market. Today we begin a blog series that considers the arcane world of corporate reporting of proved hydrocarbon reserves and the importance of understanding the reporting rules.
It’s no secret that the political and regulatory environments for new pipeline development in New York and the New England states are notoriously challenging. That reputation has been reaffirmed recently, as several natural gas pipeline projects targeting the region have been sidelined by permitting delays or denials. As a result the region continues to experience gas transportation constraints and price spikes during peak demand periods. But midstreamers have had some success penetrating the New York City metropolitan market (including the Lower Hudson Valley, Long Island and northern New Jersey), which may bode well for the handful of projects currently looking to serve the area. Today, we review recent and planned capacity additions into The Big Apple and its greater metro area.
Their nickname — teapot refineries — may make them seem small and nonthreatening, but China’s privately owned, independent refining sector is anything but. Teapots have been growing in size and processing sophistication, and they now account for about one-quarter of total Chinese refining capacity. Their rise has raised the ire of China’s big national oil companies, who are pressing the government to rein in teapot refiners’ aggressive tactics and alleged circumvention of tax and environmental laws. Today we look at the growing role of China’s teapot refineries, the challenge they pose to much larger competitors and the Chinese government’s recent efforts to put a lid on the teapots’ ambitions.
A big question mark hanging over the Permian like a dark cloud is whether there will be sufficient pipeline takeaway capacity to deal with continued production growth in the U.S.’s hottest shale play. Mostly, takeaway-adequacy questions are asked about either crude oil or natural gas, but ensuring sufficient NGL pipeline capacity out of the Permian may ultimately be the biggest challenge of all. Why? Because just about everything involving NGLs seems to be more complicated — how they are produced, transported, stored and even priced. Today we begin a series on Permian natural gas processing, natural gas liquids production growth and existing plus planned NGL pipelines out of West Texas and southeastern New Mexico.