Targa Resources’ plan to acquire sour-gas specialist Stakeholder Midstream will give the midstream giant an even stronger foothold in the Northern Delaware Basin, where much of the associated gas has high levels of H2S and CO2.
Kinetik achieved full commercial in-service at its Kings Landing natural gas processing complex in late September, adding 220 MMcf/d of gas processing capacity in Eddy County, NM, the company said in its quarterly earnings call November 5.
While several larger midstream companies were focused on building conventional gas gathering and processing infrastructure in the Southern Delaware Basin, a handful of mostly smaller midstreamers were focusing on the Permian’s next challenge: developing systems in the Northern Delaware to gather and treat associated gas with high H2S and CO2 content. In today’s RBN blog, we continue our look at the region’s sour-gas-related assets with a review of what a few of these companies have assembled.
The midstreamers that built out and/or acquired the sour gas treatment facilities, acid gas injection wells and other assets E&Ps need to exploit the Northern Delaware Basin’s crude-oil-saturated rock are sittin’ pretty. Put simply, they anticipated what is now a race to “Drill, baby, drill!” in Lea County, NM, where the IP rates for crude are high but so are the H2S and CO2 content in the associated gas. In today’s RBN blog, we look at Targa’s, Enterprise’s and MPLX’s sour-gas-related assets.
The numbers out of Eddy and Lea counties in southeastern New Mexico are nothing short of staggering. Crude oil production at 2.3 MMb/d, or one-sixth of total U.S. output. Natural gas production north of 9 Bcf/d and rising fast. More than 90 active rigs — again, one-sixth of the U.S. total. Many top E&Ps are stoked about the Northern Delaware Basin because of its stacked benches of high-quality, crude-saturated shale and carbonate formations. But much of the associated gas emerging from wells in Lea County is “off-spec” — tainted by levels of hydrogen sulfide (H2S) and carbon dioxide (CO2) that need to be dealt with — and producers and midstreamers have been scrambling to develop the sour-gas-related infrastructure required to support production growth. In today’s RBN blog, we begin a detailed look at the Northern Delaware’s existing and planned infrastructure for handling sour gas, including special gas gathering systems, amine treatment facilities, acid gas injection (AGI) wells, sweet gas pipelines and processing plants.
The build-out of the Permian’s midstream infrastructure over the past 10 years has created extraordinary opportunities for startup companies, most of them backed by private equity. Each of us could cite several examples of midstreamers that, with a combination of guile and grit, developed gathering systems, gas processing plants, pipelines and other infrastructure to serve the fast-growing needs of producers and shippers. In many cases, the assets they constructed were later sold — often at a hefty profit — to much larger firms. As we discuss in today’s RBN blog, even in the midst of sector consolidation, the entrepreneurial spirit of smaller Permian midstreamers continues.
MPLX’s July 31 announcement that it has reached an agreement to acquire Northwind Midstream for $2.375 billion puts a spotlight on two undeniable trends. First, the acquisition is the latest in what by now is a long series of multibillion-dollar deals by midstream giants to expand their Permian-to-Gulf, “wellhead-to-water” networks that gather, process, transport and export crude oil, natural gas and/or NGLs. Second, Northwind has been a pioneer in gathering and processing unusually sour associated gas in the prolific Northern Delaware Basin, an area of particular interest to a growing number of E&Ps. In today’s RBN blog, we discuss the deal and what it brings to MPLX.
Some of the most prolific, crude-oil-saturated rock in the Permian’s Delaware Basin and Central Platform comes with a nasty complication — namely, associated gas with very high levels of hydrogen sulfide (H2S) and carbon dioxide (CO2). But rather than walking away from all those potential barrels, one midstream company saw the treatment of high-H2S, high-CO2 gas as a market niche worth pursuing. Backed by commitments from Black Bay Energy Capital and an area E&P, Piñon Midstream has been expanding a system in southeastern New Mexico that not only gathers the super-corrosive gas and removes almost all the H2S and CO2, it also permanently sequesters the stuff deep underground through a pair of 18,000-foot-deep, Class II injection wells. In today’s RBN blog, we will provide an update on Piñon’s Dark Horse Treating Facility and the company’s plan for a further build-out of its sour gas system.
The gas that emerges from wells in U.S. shale plays differs widely in its characteristics and quality. In the aptly named “dry” Marcellus in northeastern Pennsylvania, the gas is almost all methane, with only minute volumes of NGLs and contaminants, and requires minimal treatment before it’s fed into transmission pipelines. At the other end of the spectrum, the associated gas from a subset of crude-oil-focused wells in the Permian has high levels of hydrogen sulfide (a potentially deadly chemical) and carbon dioxide (a potent greenhouse gas), as well as a lot of NGLs. If the H2S level in the gas is relatively low, it can be removed from the gas stream onsite with a chemical “scavenger,” but higher levels of H2S quickly make that method prohibitively expensive. Another alternative, an onsite amine treatment facility, is more economical for removing higher levels of H2S — and it removes CO2 as well — but air permits typically limit how much can be flared off, requiring the costly and time-consuming development of acid-gas injection wells. Yet another, more centralized approach to dealing with H2S and CO2 — one that permanently stores large volumes of both deep underground — is being implemented over the next few weeks in southeastern New Mexico, as we discuss in today’s blog.
