Stranded Middle East LNG Supply Upends Gas Markets

LNG means liquefied natural gas. Natural gas is cooled to extremely low temperatures until it becomes a liquid. In that form, it takes up far less space than gas, allowing large quantities to travel in specially designed carriers. This matters because producers and consumers may be separated by oceans.

At the exporting country, a liquefaction plant cools the gas and loads it onto an LNG carrier. The ship keeps the cargo cold during the voyage. At its destination, a receiving terminal turns the LNG back into gas before it enters local pipelines for homes, power stations, and factories.

The article shows why this chain is vulnerable. Qatar cannot simply send its main export through pipelines when Hormuz is blocked. It would need pipelines, new receiving facilities, and liquefaction capacity elsewhere, creating expensive redundant infrastructure. Ship-to-ship transfers are also much harder for LNG than for oil.

Before the Iran war, the Strait of Hormuz carried about one-fifth of global LNG supplies. The chokepoint therefore linked a major share of Middle Eastern production with buyers in Asia and Europe. When the war disrupted shipping, the world suddenly lost access to roughly one-fifth of daily LNG flows.

Some Qatari and UAE cargoes have crossed since March. Yet the article says LNG flows remain over 75% below their pre-war level. Most carriers are traveling in dark mode, making them harder to track and making supply estimates less certain. The occasional shipments are too small to change the global balance.

This shortfall has lasted seven and a half months. Traffic may be ticking up despite new threats, but the recovery remains weak. Qatar says normal operations could resume within weeks after the strait reopens, although damaged liquefaction trains create a longer-term constraint.

The loss of Middle Eastern LNG removed a major source of daily supply from the global market. Buyers had to compete more intensely for fewer cargoes. That competition pushed Asian spot LNG prices and Europe’s benchmark natural-gas prices to their highest levels since 2023.

Asia felt the squeeze especially sharply because several buyers depend heavily on Qatari term contracts. The article says demand is declining in Pakistan, Bangladesh, and India as prices reach very high levels. Europe has been willing to pay for available supply, but its storage sites are only 73% full, compared with more than 86% at the same point last year and over the five-year average.

Prices are expected to remain much higher than during the past two years while the Hormuz crisis continues. Europe does not face an immediate shortage, officials say, but high wholesale costs will raise energy bills and weaken the competitiveness of households and industries.

Qatar matters because it is the world’s second-largest producer and operates the world’s biggest liquefaction complex at Ras Laffan. Its LNG normally serves customers in both Asia and Europe. The disruption therefore removes a major, concentrated source of global supply rather than just a few individual cargoes.

Qatar cannot simply redirect the gas through pipelines. Its main export is LNG, while pipelines would carry gas and require liquefaction facilities at receiving terminals. Qatar’s energy minister said that would duplicate facilities already being built in Qatar and make little economic sense. LNG also cannot be shuttled and reloaded through ship-to-ship transfers as easily as oil.

The problem is longer than the blocked strait alone. Strikes damaged two Ras Laffan trains in March, and repairs will take three years. Qatar says normal operations can resume within weeks after Hormuz reopens, but damaged trains will limit full recovery.

Europe’s storage is unusually low for the season, at 73% full versus more than 86% last year and across the past five years. Yet the European Commission says the system is better prepared than during the 2021–2022 crisis. More diversified supply, greater LNG import capacity, and lower gas demand give Europe several ways to balance winter consumption.

That flexibility does not create new Qatari cargoes. If Hormuz reopened today, Qatar would still need several weeks to restart production and shipments. Europe and Asia would not receive a flood of LNG before winter heating begins. Europe must therefore use its existing storage, imports, and reduced demand while competing for available supply.

Officials say there is no immediate gas shortage. The main remaining danger is cost. High wholesale prices will reach household and industrial energy bills, while prolonged expensive gas could further weaken European competitiveness against industries in the United States and China.

When Qatari LNG is unavailable, buyers can generally compete for cargoes from other exporting regions, use available import capacity, draw on stored gas, and reduce consumption. Buyers with pipeline connections may also use pipeline gas where it is available. These options spread the risk, but they cannot instantly recreate the missing Qatari supply.

The article gives Europe the clearest example. The European Commission points to increased supply diversification, higher LNG import capacity, and reduced gas demand. Europe is paying up for available supply while storage covers part of the system’s needs. Asian buyers are more exposed to Qatar, especially Pakistan, Bangladesh, and India, so high prices are causing demand to crumble.

The source does not identify particular alternative exporters or routes. It does make the timing problem clear: even if Hormuz reopened immediately, Qatar would need weeks to restart shipments, while two damaged trains at Ras Laffan require three years of repairs.

Natural gas first reaches a liquefaction plant, where it is cooled into LNG. This makes it compact enough for long-distance sea transport. LNG carriers then move the cargo to another country. The chain matters because producers such as Qatar may be far from the homes, factories, and power systems that need their gas.

At the destination, a receiving terminal unloads the LNG and turns it back into gaseous form. The gas can then enter distribution networks and reach households and industries. Gas-storage sites hold supplies for later use, especially during winter when heating demand rises. Each stage depends on the previous one working.

The article shows the chain under stress. Hormuz disruption blocks many carriers, while strikes damaged two liquefaction trains at Ras Laffan. Europe’s storage was 73% full, but low inventories and expensive replacement cargoes still raise risk. A reopened strait would not immediately restore all supply.