Daily Energy Blog

During the oil market’s downturn from mid-2014 through 2016, the Bakken Shale, primarily located in North Dakota, was at the forefront of the collapse. The Bakken rig count dropped from a high of 219 to a low of 24 as production fell by 300 Mb/d, or 24%. For many, it was time to write off the Bakken as a one-hit wonder. But as drilling productivity increased and prices rebounded, so did production. Crude oil output is again above 1.1 MMb/d and the rig count has doubled from its low point. Today, we begin a blog series on recent developments in Bakken production, well productivity and market pricing, and discuss RBN’s latest production forecast for the play.

Through the first half of the 2010s, U.S. production of field condensate — the ultra-light liquid hydrocarbon that bridges the gap between superlight crude oil and heavier natural gas liquids like natural gasoline — more than doubled, peaking at about 640 Mb/d in early 2015. As condensate production ramped up in the Eagle Ford and other plays, conde prices were discounted to move the product, markets were developed to absorb the barrels, and infrastructure was built to move the conde to those markets. Then, in a dramatic turnaround that continued into 2017, condensate production fell by more than one-third, the new markets — splitters and exports — were starved for product, and conde prices flipped from discounts to premiums. But the market is shifting yet again. Conde production is once more on the rise, with the Eagle Ford rebounding and production rising in the star of the show in crude oil markets: the Permian. Today, we discuss highlights from RBN’s new Drill Down Report on the condensate market roller-coaster.

To complete a single two-mile horizontal well in the Permian, producers or their contractors need to bring in several hundred thousand barrels of fresh, treated or brackish water — not an easy task in dry and dusty West Texas and southeastern New Mexico. And the water challenges don’t end there. Each barrel of crude oil that emerges from a Permian well can generate even more produced water that needs to be transported and safely disposed of. With Permian production of crude and associated natural gas rising fast, the sprawling region is experiencing a rapid build-out of water pipeline networks and other infrastructure aimed at keeping pace with hydrocarbon production growth. Today, we begin a blog series on water-related pipeline, storage and treatment infrastructure in the U.S.’s fastest-growing crude oil production area.

In recent weeks, more than 750 Mb/d of new crude oil pipeline capacity out of the Permian Basin has been announced, and more project plans are likely. For Permian producers and shippers, open seasons for takeaway projects now rival Christmas and New Year’s Eve as big winter events, and companies are evaluating these projects and their implications for the basin. This is a big deal. With Permian crude production rising quickly, the pace at which new takeaway capacity is added — and the markets that the new capacity accesses — are all-important factors. Today, we discuss the dynamics of how and when this next wave of pipeline projects will affect producers, midstreamers and ultimately crude prices.

The combination of rising condensate demand as new splitter capacity came online and falling conde supply resulted in just what you’d expect — higher conde prices. Worse yet for the companies that made throughput commitments for those new splitters, the once-favorable price differentials between conde and light-crude benchmarks West Texas Intermediate (WTI) and Louisiana Light Sweet (LLS) have been turned on their heads, and a number of splitters are operating at far less than capacity. Today, we continue our look at the roller-coaster world of conde, this time focusing on conde prices and differentials, and on the forces that may change the conde market once again.

A number of Permian pipeline projects that would help alleviate impending takeaway constraints in the fast-growing production region have advanced in recent weeks — a clear sign that producers, shippers and midstream companies alike are paying close attention. But will these projects be enough, particularly when you consider the flood of capital spending in the Permian by exploration and production companies and the accelerated production growth that it may spur? Today, we discuss the progress midstreamers have been making on the Permian takeaway front as production of crude oil, natural gas and natural gas liquids (NGLs) in the play ratchets up.

The sharp decline in U.S. condensate production since early 2015 and the end to the ban on U.S. crude oil exports a few months later were a one-two punch for the companies that made throughput commitments to condensate splitters and made other conde-related infrastructure investments. In what seemed like a flash, conde supply plummeted and the steep price discount to WTI and other light crude that made conde so attractive for splitting and exporting was gone. Holders of splitter capacity were paying top-dollar for what conde they could corral, and operators were forced to run their brand-new facilities at far less than capacity. And, when the general ban on crude exports was lifted in December 2015, the special status that conde had enjoyed since exports of lightly processed conde were permitted in June 2014 was a thing of the past. Today, we continue our review of a conde world in upheaval, this time with a focus on splitters and exports.

With frac sand use — and costs — on the rise in the Permian, a number of exploration and production companies (E&Ps) are becoming more involved in managing sand acquisition and logistics. It’s not an easy job, because even though a greater share of the frac sand used in Permian wells is expected to come from local, West Texas sand mines in the coming year, those “last mile” logistics — the delivery of sand by truck from the mine, plus unloading and storage of sand at the well site — are especially complex. Today, conclude our series on frac sand with a look at the challenges E&Ps face when they assume supply chain responsibility for sand.

Back in 2015, U.S. production of superlight crude oil and condensate had been on the rise for five years, driven primarily by boom times in the Eagle Ford shale play in South Texas. Condensate was selling for several bucks-a-barrel less than light-crude benchmark West Texas Intermediate (WTI), the U.S. government had recently approved the export of minimally processed condensate, and new condensate splitters were being built to allow refineries to use more high-API-gravity liquids. Fast forward to now, though, and production of superlight crude and conde is off by one-third ­­— the lighter the material, the steeper the decline — a barrel of conde is selling for several dollars more than WTI and a lot of those new splitters are running at far less than full capacity. As for exports of neat conde, they’ve dropped to almost zero, and whatever superlight crude and conde that is being exported goes out as part of blended crude. But things could be about to change again, possibly in a big way. Today, we begin a new blog series on the chaotic U.S. conde and superlight crude market.

U.S. exports of crude oil really took off in 2017, and the exporting pace has only accelerated this fall. In the 10 weeks since mid-September, crude exports have averaged nearly 1.6 million barrels/day, with the vast majority of that oil leaving by ship out of ports along the Gulf Coast. The lifting of the ban on most crude exports two years ago this month and the growth in exports since then have put a spotlight not only on coastal storage facilities, pipelines and marine docks, but also on the huge vessels used to transport crude to far-away destinations. Today, we discuss crude-export vessel configurations, tanker chartering practices, ship-loading challenges and transportation costs.

The crude oil-carrying Dakota Access Pipeline (DAPL) has been up and running for almost six months now, creating new market dynamics in the Bakken. But these changes haven’t garnered all that much attention — they’ve been overshadowed by talk of Permian production growth, Gulf Coast pricing and Cushing pipeline capacity. Now though, with news of super-long three-mile laterals and increasingly positive producer sentiment, the Bakken is once again shifting into the limelight — and the 525-Mb/d DAPL from western North Dakota to Patoka, IL is center-stage. Today, we discuss DAPL’s effects on Bakken crude prices, market access, other takeaway pipelines and crude by rail.

Exploration and production companies (E&Ps) in the Permian have made great strides in reducing key elements of their drilling and completion expenses. However, many E&Ps have struggled in their efforts to trim one key element: their frac sand costs, which can account for 20% or even 25% of the total bill per high-intensity well. Now, with new sand mines coming online in West Texas and with traditional Upper Midwest sand suppliers eager to protect their market share, many producers are looking for multiple ways to lower the total delivered cost of their sand while making the challenging tasks of sand delivery and handling much more efficient. Today, we continue our blog series on recent developments in the frac sand arena.

A number of producers in the Permian and other shale plays are rethinking their strategies for using, procuring and delivering frac sand ­­— all with the aim of minimizing sand costs, which account for a sizable and increasing share of total drilling and completion expenses. The focus on frac sand stems from evolving completion strategies that are pumping ever-larger volumes of sand into horizontal wells resulting in sharply higher hydrocarbon production. That has caused sand demand — and prices — to soar, and prompted the rapid development of new sand mines close to shale-production hot spots like West Texas, in part to reduce sand transportation costs. Today, we continue our blog series on recent developments on the frac sand front.

Two months ago, U.S. crude oil exports skyrocketed, and they have averaged 1.6 MMb/d since mid-September, driven by a Brent-WTI differential above $6/bbl — higher than it has been in over two years. At one point, the steep differential and surging exports were blamed on Hurricane Harvey, then on renewed OPEC discipline and a political risk premium associated with a shakeup in the Saudi hierarchy. But the reality is that these factors are only small pieces of the equation, with pipeline transportation bottlenecks from Cushing and the Permian down to the Gulf Coast being much more important factors in the widening Brent-WTI price spread. Today, we begin a blog series examining how these pipeline capacity constraints triggered the expanded price differential, and how the differential then enabled high crude oil export volumes.

Wide swings in the value of Permian crude oil in Midland, TX, the storage and distribution hub in Cushing, OK, and Gulf Coast points like Houston in recent months have only reinforced the importance of destination flexibility. The ability of Permian producers and shippers to access multiple takeaway pipelines and, with that, the market that will give them the highest possible price for their product, is being enhanced by the addition of new intra-basin shuttle pipelines, gathering systems and hybrid gather-and-shuttle networks. These new pipes are designed to help connect new wellheads across the Permian’s Midland and Delaware basins with two, three or even more takeaway pipelines, adding new robustness to the region’s infrastructure and enabling crude to flow to where it is most valued at any given time. Today, we discuss highlights from our new Drill Down Report on Permian crude oil shuttle pipelines and gathering systems.