Early Warnings About Hormuz Strait: The State of the Global Energy Market
In late February, early warnings about the situation in the Strait of Hormuz suggested that European airports and the fuel market could face physical shortages by early summer. However, these shortages largely failed to materialize, demonstrating the adaptability of the global energy market and the continued tendency to price in worst-case scenarios before they occur.
Consequences of Hormuz Strait Closure
When the Strait of Hormuz was threatened with closure in late February, initial forecasts were dire. This disruption would have affected a shipping route carrying nearly 20 million barrels of crude oil and oil products daily before the conflict, while Gulf exporters also supplied a significant portion of the world's diesel, jet fuel, and liquefied natural gas. Europe was particularly vulnerable as it imports more aviation fuel than it produces and relies heavily on supplies from the Middle East.
By April, warnings about physical shortages became more specific. The International Energy Agency (IEA) estimated that Europe could begin facing jet fuel shortages in June if only half of the typically imported supply from the Gulf could be replaced. Airlines warned of potential flight cancellations, airports considered emergency measures, and European officials began discussing the release and reallocation of aviation fuel reserves.
Final Outcome: No Actual Shortages
However, June came and went without the European aviation industry facing a shutdown. Gas stations weren't widely running out, there were no diesel distribution issues, and the physical shortages that many feared did not occur. Prices rose sharply, inventories declined, and shipping routes became less economical, but the energy system adapted to the disruption that the IEA described as the largest in the history of the global oil market.
Situation Analysis
This outcome deserves attention because it reveals something important about how energy crises are discussed. The market is very good at identifying vulnerabilities, but often treats these as if they were inevitable collapses.
| Parameter | Pre-conflict | Post-conflict |
|---|---|---|
| Barrels of oil disrupted (million barrels/day) | 20 | 14 |
| Global total demand (million barrels/day) | 100 | 86 |
| Jet fuel consumption (million barrels/day) | 1.6 | 1.1 |
Supply System Response
The most obvious response came from emergency reserves. In March, 32 IEA member countries agreed to release 400 million barrels of oil reserves, the largest coordinated release in the organization's history. While not replacing every barrel lost from the Gulf, this bought time for commercial supply chains to adjust and assured refineries of additional crude feedstock.
Refineries subsequently changed their product slates. European refineries increased the rate of converting each barrel into jet fuel, pushing regional jet fuel production to record levels. US refineries made similar adjustments, with US jet fuel production surpassing the 2 million barrels/day mark for the first time.
Demand Adjustments
While supply received much attention, changes in demand were also significant. Higher fuel costs made some routes unprofitable, leading airlines to reduce unnecessary services. This reduction wasn't large enough to eliminate the supply-demand gap, but the commodity market doesn't require a major intervention.
This adjustment process was complex and costly, but it would turn a physical shortage into a price shock.
Lessons from the Hormuz Crisis
The Hormuz crisis demonstrated that modern energy systems are more resilient than surface-level vulnerabilities suggest. However, this resilience was primarily economic and uncomfortable. Fuel remained available because consumers were willing to pay higher prices, governments released reserves, refineries changed production models, and trade routes became longer.
While no physical collapse occurred, Europe faced higher prices for oil, diesel, and jet fuel, depleted part of its emergency cushion, and became dependent on longer, less efficient supply chains. The crisis also exposed weaknesses in European rules requiring total oil reserves but not ensuring adequate reserves for specific products like jet fuel.
Conclusion
The Hormuz crisis proved that the energy market can adapt more quickly than what appeared during the initial weeks of panic. The confusion between vulnerability and inevitable collapse is a common mistake in energy crises. In reality, vulnerabilities are real, but the market finds ways to adapt before the deadline arrives.
The energy market did what it typically does in crises: panic first, then adapt immediately after.