Shell’s plan to acquire Western Canadian E&P ARC Resources Ltd. affirms the global energy giant’s new strategic focus, enhances the prospects for Phase 2 of LNG Canada, and supports the view that the Montney Shale may be replacing the Permian as the epicenter of oil and gas M&A.
The arrival of a special, 460-Mbbl shipment of U.S.-sourced naphtha in Venezuela a few days ago underscored a critically important fact, namely that production of Venezuelan heavy sour crude requires steady inflows of imported diluent. Today, we’ll discuss Venezuela’s need for diluent and how it’s likely to be met.
NGL production in Western Canada hit an all-time high in 2025 and looks to be headed even higher in the years ahead. Major midstream players, such as AltaGas, have been undertaking infrastructure expansions to deal with all the additional gas processing, Y-grade fractionation and product exports.
Ovintiv, one of Western Canada’s largest natural gas and condensate producers, has upped its Montney position with a takeover of rival NuVista Energy, continuing the recent consolidation trend.
There’s been a surge in E&P interest in the Utica Shale’s volatile oil window the past couple of years, and EOG Resources has been particularly optimistic about its potential for producing large volumes of condensate, the lightest of superlight crude oils. A few days ago, EOG — known for growing its business organically, not via M&A — announced one of the largest acquisitions of the year so far: the planned purchase of Encino Acquisition Partners (EAP), the Utica’s #1 condensate producer by far, for $5.6 billion, including the assumption of EAP’s debt. As we discuss in today’s RBN blog, the deal will give EOG its third “foundational” focus area (the others are the Eagle Ford and the Permian's Delaware Basin) and supports the view that the Utica really is an up-and-comer.
Natural gasoline is the most expensive natural gas liquid (NGL), accounting for more than 25% of the price-weighted NGL barrel (versus 10%-12% of the barrel by volume). It is also notoriously difficult to track, with similar products having different names and unclear demand segments. In fact, the difficulty tracking portions of demand, combined with an ongoing imbalance in crude oil supply/demand, led the Energy Information Administration (EIA) to change the way it accounted for natural gasoline demand, which made more than 200 Mb/d of production “disappear” in 2022. In today’s RBN blog, we look at natural gasoline’s primary uses and what was behind the EIA’s decision.
It’s the most expensive NGL, accounting for more than 25% of the value of a weighted average barrel. It is the only NGL that does not require storage or transportation under pressure. And it’s the most misunderstood of the NGLs, going by different names depending on the market and geography, with a chameleon-like characteristic that allows it to be transformed into various products. And to further complicate matters, other petroleum liquids are similar to natural gasoline, but not identical. In today’s RBN blog, we’ll delve into the mysteries of natural gasoline and explore what makes it such a crucial component of the hydrocarbon landscape.
Wells operated by a half-dozen E&Ps in eastern Ohio’s Utica Shale are now churning out more than 100 Mb/d of superlight crude oil — aka condensate — more than twice as much as they were just three years ago, and there’s talk that condensate production in the play’s “volatile oil window” could increase significantly over the next few years. This surge in condensate output raises three relevant questions: (1) how is the condensate being transported to market, (2) where is it headed and (3) what is it being used for? In today’s RBN blog, we continue our series on Utica condensate with a look at the approaches used to transport the commodity to refineries and others in the Midwest and points beyond.
Condensate production in the Utica Shale’s volatile oil window in eastern Ohio has more than doubled over the past three years, and plans by the handful of E&Ps that focus on the super-light crude oil suggest that output will increase further this year and next. Who are these producers, why do they see such promise for condensate growth in the Utica, and how are they measuring their success? In today’s RBN blog, we continue examining rising condensate production in eastern Ohio with a look at the leading E&Ps in this space.
The Marcellus/Utica is a natural-gas-and-NGLs play, right? Almost entirely, yes. But a handful of dogged, innovative E&Ps have been producing fast-rising volumes of superlight crude — better described as condensate — in the Utica Shale’s “volatile oil window” in eastern Ohio. In today’s RBN blog, we discuss recently ramped-up drilling-and-completion activity in that swath of the Buckeye State, the potential for more growth through the second half of the 2020s, and the impact of increasing output on Midwest midstreamers and refiners.
