QatarEnergy’s U.S. Gas Deals Reach 7 Million Tons Annually

QatarEnergy is building a supply base outside the export system that made it one of the world’s largest liquefied natural gas producers. The state-owned company has signed long-term agreements to buy up to 7 million metric tons of U.S. LNG annually, creating a geographic backstop that does not depend on the Strait of Hormuz.

The largest new commitment is a 20-year agreement with Woodside Energy for up to 3 million metric tons per year from the Louisiana LNG project. Separate contracts with Cheniere Energy cover up to 4 million metric tons annually from its Sabine Pass facility in Louisiana and Corpus Christi facility in Texas through 2054. Deliveries are scheduled to begin in 2030 and 2031, when the combined volume is expected to make Qatar the largest buyer of U.S. LNG.

The reversal is striking because Qatar is already the world’s second-largest LNG exporter and is expanding its own production. Yet its domestic export architecture has a fixed geographic constraint: gas from the North Field is processed and loaded at the concentrated Ras Laffan complex, and LNG carriers have no viable route to global customers that avoids Hormuz.

A second supply base buys physical flexibility

An LNG portfolio can be diversified commercially through contracts, trading positions and interests in overseas projects. Physical diversification requires something more: liquefaction capacity connected to a different gas supply system, processing hub and shipping route. The Woodside and Cheniere contracts provide that separation across Louisiana and Texas.

They do not create a bypass for cargoes produced in Qatar. Instead, they give QatarEnergy contracted U.S. volumes that can be delivered into its global trading network when its domestic supply is constrained. That distinction defines the engineering value of the deals: the company is adding redundancy at the portfolio level because redundancy cannot readily be added to Qatar’s export geography.

Recent disruption has placed a measurable cost on that concentration. An Iranian missile reportedly damaged two of the 14 LNG trains at Ras Laffan in March, removing about 17% of Qatar’s export capability. QatarEnergy has said repairs will take around three years and the outage will cost roughly $20 billion annually in lost revenue. An LNG train is the processing chain that cools natural gas into liquid form for loading aboard specialized carriers; losing two trains therefore removes complete production paths rather than only storage or dock capacity.

The Strait’s wider effect has extended beyond Qatar. The International Energy Agency reported that disruption beginning in March removed close to 20% of global LNG supply from the market and contributed to sharp price increases in Europe and Asia. The agency expects infrastructure damage and delayed capacity growth to keep markets tighter through 2026 and 2027.

Resilience comes at a production-cost premium

The U.S. supply is not necessarily the cheapest gas available to QatarEnergy. Industry estimates place Qatari production costs at about $3 to $5 per million British thermal units, roughly half the cost of many U.S. projects. The contracts therefore illustrate a familiar systems tradeoff: lower-cost production remains concentrated, while higher-cost external capacity purchases geographic resilience and commercial flexibility.

That capacity is also arriving from Qatar’s principal growth rival. The IEA estimates that approximately 300 billion cubic metres of new LNG export capacity will enter service worldwide between 2025 and 2030, increasing global availability by about 50%. More than half of that expansion is expected to come from the United States, compared with roughly one-quarter from Qatar.

Woodside’s Louisiana LNG project is under construction near Lake Charles and is designed around three trains with combined annual capacity of 16.5 million metric tons. It is targeting first LNG in 2029, with QatarEnergy’s supply beginning as later trains start operating. Cheniere’s volumes add two established U.S. Gulf Coast locations to the arrangement.

QatarEnergy CEO Saad al-Kaabi has said the company expects to sign more supply agreements with U.S. and other producers this year. If those contracts follow, QatarEnergy’s role will increasingly extend beyond exporting low-cost gas from one production center. It will also operate as a global supplier assembled from multiple liquefaction systems an expensive but practical response to a network whose most important domestic route has no physical alternative.

By Thomas Caldwell — AMI’s senior editor for mechanical and mobility engineering, covering vehicle electronics, systems integration, electrification, chassis systems, propulsion, and safety policy.