Key facts
- Data from commodities tracking firm Kpler indicates a significant decrease in daily ship traffic through the Strait of Hormuz.
- Global crude oil prices have shown skepticism towards official claims of increased transit volumes.
- The national average price for a gallon of gasoline in the U.S. has risen to $4.067.
- Tracking tanker movements is complicated by ships disabling transponders and covert military operations.
Official assurances of a return to normal crude oil transit levels through the Strait of Hormuz are being met with skepticism as data from commodities tracking firms suggests a significant decline in daily ship traffic. This discrepancy is impacting oil markets and contributing to rising gasoline prices.
According to data from Kpler, an average of almost 140 ships a day used to traverse the vital waterway before the recent conflict, transporting various commodities including about 20 million barrels of crude oil daily. However, on a recent Sunday, only three ships passed through the strait, and last week saw a total of just 95 ships, Kpler reported.
Oil markets have reacted negatively to optimistic projections from officials, with global crude prices approaching $90 a barrel on Monday. Concurrently, the national average price for a gallon of gasoline in the U.S. is climbing, hitting $4.067 on Monday, its highest point this late in the season.
Tracking tanker movements through the strait presents considerable challenges. Ships are reportedly disabling their transponders to evade detection, satellite imaging has been compromised in certain areas, and the U.S. military is involved in covert operations to move tankers. Despite these difficulties, firms like Kpler have spent months adapting their methodologies to the new operating environment.
While some analysts acknowledge an uptick in crude escaping the strait in recent months, with one noting up to 5 million barrels a day in July compared to 4 million in June, the exact number of transiting ships remains difficult to ascertain due to an increasing number of "dark transits." The complexity of monitoring these flows was humorously summarized by Mason Hamilton of the American Petroleum Institute, who likened the situation to 'Schrödinger’s Strait.'