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LNG exports alone absorb new gas
Exports take the new supply
Exports run about 15 billion cubic feet a day today, on a base of 110 to 112 billion cubic feet of daily production, so they take 12 to 15% of what the country can supply. Projects scheduled to reach up to 35 billion cubic feet a day by the end of 2030 need approvals, project financing, and siting years in advance, and most are well on their way. That makes the increase close to locked in.
An analysis of every producing well and the full pipeline, processing, and gathering system finds room to add about 20 billion cubic feet a day from Appalachia, the Haynesville, and the Permian. Exports growing from 15 to 35 use exactly that. Even without AI, supply and demand were matched.
AI demand on top
AI compute comes on top. Counting only projects that have some approvals, usually a power purchase contract, and an interconnection agreement, the base case adds about 5 billion cubic feet a day of demand. Lower the bar on probability and that more than doubles to 12 to 15 billion by the early 2030s if nothing is done. One example is the latest Bloom Energy fuel cell, which uses 150 million cubic feet a day per gigawatt, while the market expects manufacturing of 2 gigawatts a year rising to 5, and there isn't gas for that unless it comes from something else.
Why do LNG projects take years to build?
An export terminal needs federal approvals, long-term buyer contracts, and billions of dollars in financing before construction begins. The plant then has to build liquefaction trains that cool gas to about minus 162 degrees Celsius, which shrinks its volume roughly 600 times. Construction commonly runs three to five years after the final investment decision.
How does gas get from a well to a plant?
Gas is gathered from wells through small pipelines, treated at processing plants to remove liquids and impurities, and then injected into large interstate pipelines. Each stage has its own capacity limit. A basin can hold plenty of gas yet still be unable to ship more if any one stage is full.
Why does a gigawatt of fuel cells need so much gas?
A fuel cell converts the chemical energy in natural gas directly into electricity, and a gigawatt running around the clock consumes gas continuously. Over a full year, a gigawatt delivers about 8.76 terawatt-hours if it never stops. Data centers favor steady, uninterrupted power, which is why their load runs at a high capacity factor compared with most other customers.
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