North America's liquefied natural gas export capacity will more than double by 2028, the U.S. Energy Information Administration reported — a federal projection that anchors how trading desks, terminal operators, and pipeline planners think about Gulf Coast molecules through the rest of the decade.

The headline finding, part of the agency's recurring capacity outlook, frames the next four years of North American LNG buildout in a single multiplier. Per-terminal start-up sequencing was not released alongside the announcement; market participants will need to triangulate against FERC authorisations, DOE export licences, and terminal-construction filings already on the public record.

What does the doubling actually shift?

The operational consequence of the projection runs in two channels. Feedgas demand from Gulf Coast liquefaction trains rises with export capacity, which tightens the call on supplies reaching the coast from Appalachia, the Haynesville, and the Permian through 2027. At the same time, the global LNG carrier fleet — already booked out through 2026 — faces additional demand for newbuild deliveries to move the expanded volumes into European and Asian regasification slots.

For U.S. producers, the takeaway is that the molecule will continue to flow toward export rather than domestic storage. For European and Asian buyers, the takeaway is that the supplier pool widens, with indexed U.S. volumes holding a larger share of incremental flexible offtake over the next four winters.

Where does the new capacity come from?

The buildout reflects U.S. projects that have cleared key regulatory milestones or sit in advanced construction, plus expansions at existing terminals along the Texas and Louisiana Gulf Coast. On the Mexican side, floating regasification units and re-export terminals lengthen the regional supply chain and create a route for Permian-sourced gas to reach marine markets without transiting the U.S. grid.

The agency implicitly assumes that the regulatory and commissioning delays that have pushed back several major U.S. projects over the past two years will ease as the queue matures. Practitioners will read that assumption against weekly pipeline flows rather than take it at face value.

Why does sequencing matter more than the multiple?

A "more than double by 2028" figure spread evenly across 2025-2028 gives the carrier fleet and downstream regasification slots room to absorb the new volume. The same figure concentrated in 2027-2028 throws a steeper ramp at a tanker market working through a multi-year orderbook, and at U.S. pipeline projects still negotiating FERC certificates.

The order in which new trains begin commercial operation — and the lag between first cargo and steady-state production at each site — is the operational detail that overrides the headline. Until EIA publishes a project-level schedule, that detail stays implicit in the multiple.

What sits on the watchlist?

The next reference point is the EIA's monthly U.S. Liquefied Natural Gas Update, which reconciles the headline capacity outlook against realised feedgas throughput and flags any terminal that has slipped beyond 2028. Project developers are reading this federal forecast as a baseline for FID timing; trading desks are reading it as a hypothesis to test against weekly nominations.

Until that update lands, the operational number on every desk in Houston and London stays at "more than double by 2028" — and the watch item is the monthly report that converts the multiple into a per-terminal start-up sequence.