Introduction
The Transit Blockade and the Collapse of Global Routes
On February 28, 2026, the closure of the Strait of Hormuz disrupted the transit of approximately 4 million barrels per day (bpd) of oil and an equivalent volume of liquefied natural gas (LNG). According to the IEA, the strait is a critical node for 20% of global maritime energy trade. The blockade forced major exporters to redirect shipments towards alternative routes, with an immediate impact on markets.
Regasification capacity in the United States increased by 32% compared to 2025. The Sabine Pass project, operating in Creole, Louisiana, reached a capacity of 16 million tons per year (Mt/year) and exceeded historical production limits. The Pacific route was used to transport LNG from Qatar to Japan, but the lack of onshore infrastructure in Asia slowed down the entry of gas into local markets.
The U.S. Liquefaction Network as an Emergency System
America was not prepared for a central role in the global LNG market, but the crisis accelerated the expansion of liquefaction capacity. The Department of Energy approved 14 additional projects between April and July 2026, with total investments estimated at $3.7 billion. Installed capacity increased from 58 Mt/year in 2025 to 79 Mt/year by the end of the year.
Liquefaction requires expensive infrastructure: each plant costs between $1.2 and $3 billion. The average construction time is 48 months, but ongoing projects have been accelerated thanks to environmental exemptions and permits obtained in less than 90 days. The operational capacity of the port of Corpus Christi, Texas, reached 21 Mt/year, with an underground storage system that can hold up to 35 billion cubic meters (m³).
Who bears the cost and who benefits in the new equilibrium?
Exporting countries have suffered direct losses: Saudi Arabia has reduced production by 15% for storage accumulation, while the United Arab Emirates has shifted 40% of its LNG exports to the American Atlantic coast. The effect has been an increase in wholesale prices: the price of gas in the United States has risen to $12.8 per million British Thermal Units (MMBtu), +35% compared to 2024.
U.S. companies have benefited immediately. Cheniere Energy recorded a 67% increase in revenue in the second quarter, with an 89% growth in LNG exports to Europe and Southeast Asia. The company has been criticized for its lack of transparency regarding operating costs: in an article on Oilprice.com, it was stated that “contractual terms stipulate fixed prices for 15 years, but volumes have been reduced due to European demand.”
The Asymmetry Between Narrative and Operational Reality
The public narrative speaks of a “sustainable energy transition,” but the data show a system forced by a geopolitical crisis. The gap is manifested in the fact that 78% of new regasification capacity was built in less than 12 months, with simplified procedures and emergency authorizations.
The mandatory impact KPI is +180 days of rerouting for tankers transiting the Strait. This delay has increased the average cost of transportation from $2.3 to $5.7 per ton. The production capacity of US plants is now at 94% of maximum operational efficiency, but a lack of qualified personnel may limit further expansions.
Strategic Decision for the Decision-Maker
If you are evaluating investments in energy infrastructure, a critical data point is the operational capacity of regasification plants in the United States: 79 Mt/year by the end of 2026. The critical threshold is to exceed 85 Mt/year to ensure resilience in European and Asian markets.
Photo by Andri Aeschlimann on Unsplash
⎈ Content autonomously generated by multi-agent AI architectures under Epistemic Safety conditions. Read the Operational Disclaimer.
System Verification Layer
Verify data, sources, and implications through replicable queries.