Uinta Basin

Oil and gas producers’ interest in each of the U.S.’s shale and tight-rock production areas has waxed and waned over the past quarter century or so. First it was the Barnett Shale, the birthplace of the Shale Revolution in the late 1990s. Then came the Fayetteville, Haynesville, Marcellus/Utica, Eagle Ford, Bakken, Permian, Denver-Julesburg (DJ) and SCOOP/STACK. And, as always, E&Ps are looking for “the next big thing.” The Uinta Basin in northeastern Utah certainly isn’t a Permian, Bakken or Eagle Ford, and it may not even be a DJ, but production of its unusual waxy crude has been on a tear lately, and a lot of people are asking how much further Uinta production can grow and how long those higher levels could continue. In today’s RBN blog, we discuss highlights from our new Drill Down Report on the Uinta. 

Midstream developers have complained for decades that federal courts reviewing agency approvals for their infrastructure projects have cast too wide a net — that is, instead of requiring agencies to simply analyze the specific environmental impacts of the project in question, the courts have been insisting regulators also examine the effects of the upstream and downstream activities the project would enable. As we discuss in today’s RBN blog, the U.S. Supreme Court ruled last week that under the all-important National Environmental Policy Act (NEPA) of 1969, it’s up to regulators to set the boundaries of their environmental review and that courts should defer to their judgment as long as they fall within a “broad zone of reasonableness.” 

We’ve discussed the qualities of the Uinta Basin’s unusual waxy crude, the challenges inherent in moving it to market, and the use of machine-learning AI to optimize its extraction from two key geologic layers or “benches” deep below the rugged hills of northeastern Utah. Now, in today’s RBN blog, it’s finally time to reveal what all this tells us regarding the prospects for continued Uinta production growth; the need for new takeaway capacity, blending and refining infrastructure to handle it; and — very important — the estimated duration of economically recoverable waxy crude under various price scenarios. 

There’s a lot to like about the Uinta Basin’s waxy crude, but ramping up its production and use in refinery feedstock slates will require multimillion-dollar investments in rail terminals, special rail cars, heated storage, refinery equipment and other midstream and downstream infrastructure. A natural concern for E&Ps, midstreamers, and refiners is whether the basin has sufficient long-term staying power to justify the upfront costs and commitments. As we discuss in today’s RBN blog, a machine-learning-based analysis can provide many of the answers by assessing the basin’s long-term outlook under various scenarios. 

In just a few years, the Uinta Basin has morphed from a quirky, waxy-crude curiosity to a burgeoning shale play with production north of 170 Mb/d and initial production (IP) rates that compare favorably with the best wells in the Permian. Still, there are a host of logistical challenges associated with transporting waxy crude out of the basin and questions have remained about the Uinta’s potential for growth and its staying power. In today’s RBN blog, we begin an in-depth look at the basin — with an assist from our friends at Novi Labs, whose innovative use of AI and machine learning provides valuable insights. 

The Uinta Basin is no Permian when it comes to drilling activity and production volumes, but the folks behind what may be the biggest M&A deal in Uinta history say the oil-production economics in parts of the quirky-as-heck play in northeastern Utah compare very favorably with the best of the Permian’s Delaware and Midland basins. And where else will an astounding 85%-plus of the produced hydrocarbons come out of the ground as high-quality waxy crude? In today’s RBN blog, we discuss the recently announced plan by SM Energy and non-op specialist Northern Oil & Gas (NOG) to acquire XCL Resources in a pair of deals valued at $2.55 billion. 

The Uinta Basin in northeastern Utah, which may be the quirkiest production area in the Lower 48, is firing on all cylinders. Production of the basin’s unique waxy crude is at an all-time high, the natural gas takeaway constraints that had threatened to limit growth are being resolved, and demand for waxy crude is on the rise. In today’s RBN blog, we’ll provide an update on the Uinta, where the crude looks and feels like shoe polish and is trucked and railed — not piped — to market. 

Production of waxy crude in the Uinta Basin is up by more than half since mid-2021 and E&Ps there would like to produce more — the dense, slippery hydrocarbon is in high demand, not just by refineries in nearby Salt Lake City but also by at least a few of their Gulf Coast counterparts. Producers seem to have a handle on transporting increasing volumes of the stuff to market by truck and rail. The problem is, waxy crude emerges from Uinta wells with associated gas that needs to be piped away, the gas pipelines out of the play are nearing capacity, and addressing the takeaway constraints is a very complicated matter. In today’s RBN blog, we discuss the northeastern Utah play’s gas-takeaway concerns and the prospects for continued growth in waxy crude production.

Times are good indeed in the Uinta Basin in northeastern Utah, where one of the world’s most unusual — and, in many ways, most desirable — crude oils is being produced with increasing efficiency and in fast-rising volumes. Yes, production of the Uinta’s trademark waxy crude is up by more than 50% in the past year and a half, to record-shattering levels, and demand for the dense, slippery hydrocarbon, with its minimal sulfur content, next-to-no impurities and favorable medium-to-high API numbers, is up too. Waxy crude may be a pain in the butt to transport and store — it needs to be kept warm to remain in a liquid state — but it is a staple at the five refineries in nearby Salt Lake City, and at least a handful of Gulf Coast refineries want as much of the stuff as they can get their hands on because of its desirable qualities. But without infrastructure enhancements, there may be limits to how much Uinta production can grow from here, as we discuss in today’s RBN blog.

There are a number of reasons why certain U.S. refineries might want to include waxy crude oil from Utah’s Uinta Basin in their crude slates — the highly paraffinic oil has a lot of neat qualities. But waxy crude can be a hard sell, mostly because, like bacon fat, it needs to be kept warm to remain in a liquid, flowable state. As a result, the vast majority of the waxy crude produced is driven in insulated tanker trucks to refineries in nearby Salt Lake City. Uinta producers have been making progress of late, however, in sending regular shipments of waxy crude in coiled and insulated railcars to a couple of Gulf Coast refineries. Existing terminals would support incremental growth, and a proposed new railroad out of the basin would allow far larger volumes to be efficiently railed to market. In today’s RBN blog, we continue our look at the prospects for a most unusual type of crude oil.