Of the world’s many maritime shipping lanes, few have as much influence because the Strait of Hormuz. This narrow waterway is one in all the primary arteries of the world’s energy system, as much of the world’s oil trade relies on this route.
Data from the U.S. Energy Information Administration (EIA) show that roughly 73 million barrels of oil per day passed through major maritime chokepoints world wide in the primary half of 2025. Of these routes, the Strait of Hormuz stays an important.
During the identical period, roughly 20.9 million barrels of oil flowed through the strait per day, accounting for roughly one-fifth of worldwide oil consumption. In terms of seaborne oil trade, this volume represents roughly 27% of the world’s total oil supplies.
It’s no surprise, then, that the Strait of Hormuz is commonly described as an important energy bottleneck on the planet.
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A narrow but necessary global energy route
The Strait of Hormuz lies between Iran to the north and Oman and the United Arab Emirates to the south. The strait connects the Persian Gulf with the Gulf of Oman and the Arabian Sea, making it a serious marketplace for oil and gas exports from the Persian Gulf region to global markets.
Despite its importance, the strait is definitely relatively narrow. It is about 50 kilometers wide on the entry and exit points and only about 33 kilometers at its narrowest point. However, it’s deep enough to accommodate the most important oil tankers on this planet.
About 100 cargo ships go through these waters each day. About 60-70% of those are tankers and gas carriers, reflecting the role of the Persian Gulf region as a serious global energy export hub.
Oil flowing through the strait comes from several major Middle Eastern producers, including Saudi Arabia, Iraq, the United Arab Emirates, Kuwait, Qatar and Iran. Much of the oil produced by these countries is transported via this route before reaching markets world wide.
Asia’s strong dependence on the Strait of Hormuz
The region most depending on this pathway is Asia. High energy demand combined with limited domestic resources have left many Asian countries heavily depending on oil flows from the Persian Gulf.
Approximately 84–89% of the crude oil and condensate flowing through the Strait of Hormuz goes to Asian markets. The primary recipients of those shipments are countries corresponding to China, India, Japan and South Korea.
In addition to grease, the strait can be a key route for global trade in liquefied natural gas (LNG). Approximately 20% of worldwide LNG trade passes through this corridor. Even more strikingly, around 83% of the LNG flowing through the Strait of Hormuz can be destined for Asian markets, underscoring how reliant the region is on this energy route.
However, the United States’ dependence on this route is comparatively small. Only about 7% of U.S. crude oil imports come from supplies passing through the Strait of Hormuz, while about 2% of domestic liquid petroleum consumption depends upon flows through the canal.
Impact on the worldwide energy market
The enormous amount of energy flowing through the Strait of Hormuz implies that any disruption along the route could quickly impact global markets. On average, greater than 20 million barrels of crude oil, condensate and fuel flow through the strait each day, and the worth of energy trade reaches roughly $600 billion annually.
When the flow of energy through this corridor is disrupted, the consequences are quickly reflected in global oil prices. In early 2026, oil prices remained relatively stable at around $55 to $70 per barrel.
However, in early March, prices rose sharply amid escalating geopolitical tensions. Brent crude rose to about $79.38 a barrel, while West Texas Intermediate crude rose to about $72.41 a barrel.
This jump shows how sensitive the worldwide energy market is to this narrow waterway. With roughly 20% of worldwide oil consumption and a major share of international LNG trade based on the Strait of Hormuz, the maritime corridor stays probably the most strategic points in the worldwide energy trading system.
