Daily Energy Blog

U.S. LNG was poised for a year of massive growth in 2024, with new terminals and expansions set to cause feedgas to rise and commercial success in the years following Russia’s 2022 invasion of Ukraine set to spur further LNG project development. Instead, construction delays have pushed projects back and feedgas in the past three months has averaged about 500 MMcf/d less than the same period last year. Meanwhile, the Biden administration’s pause on non-free trade (FTA) export licenses, lengthy delays to the Federal Energy Regulatory Commission (FERC) authorization process and the resulting legal challenges to both have brought project development to a near-standstill. In today’s RBN blog, we look at current U.S. LNG feedgas demand and how construction delays have shifted expectations for the next few years. 

About 60% of global LNG imports in 2023 came from only three countries — Australia, Qatar and the U.S. — sometimes dubbed the “LNG Trinity.” All three are geographically remote from each other and differ considerably in terms of configuration, politics, economics and strategy. But all three are looking to consolidate and potentially grow their global presence at a time when expectations regarding future LNG demand are evolving and the role of natural gas is shifting to become increasingly complementary to intermittent renewable sources. In today’s RBN blog, we look at the differences within the LNG Trinity and how they may impact — and be impacted by — developments in the global gas market. 

One of the most prevalent stories in the U.S. natural gas market over the past decade has been soaring associated gas production in the Permian Basin and the question of what to do with it. Numerous pipelines have been built over the years connecting Permian gas to demand regions, and more are in the works. The largest source of incremental demand is LNG exports, mostly from the Sabine River area at the Texas/Louisiana border. The catch is, getting Permian gas past Houston to the banks of the Sabine presents significant challenges. In today’s RBN blog, we’ll discuss Kinder Morgan’s proposed Trident Pipeline — an attempt to overcome those challenges — and explain why this new outlet would alter gas pricing and flow dynamics in the broader Gulf Coast region. 

For natural gas markets to operate as efficiently as possible, a lot of data is needed, including up-to-date estimates of the amount of gas in storage and the physical capacity to hold it. For too long, Canadian natural gas markets have been operating with an obvious blind spot: little to no reliable storage data. With Alberta being home to the largest amount of gas storage capacity in Canada, having accurate information could provide vital data in the pricing of Canadian natural gas. In today’s RBN blog, we begin a multi-part series examining Canadian natural gas storage, starting with Alberta. 

As a group, Texas, Louisiana, Mississippi and Alabama have more than 1.1 trillion cubic feet of natural gas storage capacity, most of it along — or within easy reach of — the Gulf Coast, with its long-and-growing list of LNG export terminals as well as gas-consuming industries and gas-fired power plants. That’s a good thing, but still more gas storage will be needed to help ensure there is sufficient gas in hand to meet the region’s rising — and increasingly volatile — requirements. In today’s RBN blog, we’ll continue our review of Gulf Coast storage projects with a look at plans by Trinity Gas Storage and Caliche Storage.

Very little new natural gas storage capacity has been built along the Gulf Coast the past few years, but that’s changing. Driven by rising demand from power generators, LNG operators/offtakers, marketers and traders for storage with high deliverability rates — and by improving storage economics — new salt-cavern and depleted-reservoir capacity is now being developed by midstream players large and small, with plans for a lot more. In today’s RBN blog, we‘ll continue our review of gas storage projects in Texas, Louisiana and Mississippi with a look at what Kinder Morgan, EnLink Midstream and Enstor Gas have been up to.

Natural gas futures contracts can be highly liquid and trade at high volumes, with prices constantly moving as new information arrives. But some contracts are far less liquid, so when a swing occurs it tends to last — and attract attention. That’s been the case this year for some prices on Texas Eastern Pipeline (TETCO) in Louisiana. Starting in the spring, TETCO’s East and West Louisiana zones have seen unusually elevated prices for the 2026-29 time frame, a result of the East zone’s transition into a demand hub. In today’s RBN blog, we discuss what is driving prices to historic premiums — and why they aren’t likely to become the new normal.