Introduction
The actual closure of the Strait of Hormuz channel, which occurred on February 28, 2026, interrupted approximately 95% of Iraqi oil exports to Asia. This physical event was not merely a geopolitical tension episode, but a structural transformation of global energy flows. The blockade created a gap of 13 million barrels per day (bpd) in the global supply chain, according to data from the American Petroleum Institute (API). Of these, approximately 9.119 million barrels were drawn from US stockpiles during the week ending June 5, representing a drawdown almost three times higher than expected. This physical deficit created a disconnect between future oil prices and the reality of reserves.
The operational mechanism is clear: with the main channel closed, Iraq had to resort to two pipelines that transport crude oil to Turkey. The contract for this route expires on July 27, 2026, creating a fixed and measurable point of systemic pressure. This time constraint is not merely an administrative deadline, but a critical point in global energy logistics: if the agreement is not renewed, 3 million barrels per day will have to be diverted to alternative routes or stored. Current storage capacity in the United States is declining, and the strategic reserve (SPR) is being depleted.
The physical network of pipelines: vulnerabilities and resilience
The two pipelines connecting Iraq to Turkey – the Kirkuk-Ceyhan system and a secondary branch – are infrastructures built in the 1980s with outdated technical standards. The average repair time for structural failures is estimated at 45 days, while the maximum daily capacity is approximately 2 million barrels per day (bpd). This means that a single failure could cause a complete shutdown of the flow for over a month. Critical components – safety valves, low-strength steel sections, and non-automated compression stations – were designed without built-in redundancy for extreme events.
Ownership of the pipelines is jointly held by the Iraqi government and a Turkish consortium including Kalyon Energy. Operations are managed by a local joint venture, but preventative maintenance only occurs every 18 months. There are no real-time monitoring systems for pressure levels or cracks in the pipes. The system is therefore vulnerable to failures that cannot be predicted by algorithmic models, as the lack of real-time historical data limits the training of AI for early detection.
Who Pays and Who Benefits in the Energy Transition?
The increase in energy costs in Europe is not due to a simple increase in demand, but to the physical cost of shifting the flow. European companies that rely on direct imports from the Middle East are experiencing an average 38% increase in operating costs for fuel logistics, according to an assessment by the European Commission. This impact is concentrated in two sectors: maritime transport and the chemical industry.
Shipping companies using alternative routes—such as Maersk Italia or Hapag-Lloyd Mediterranea—have recorded an average 21% increase in fuel costs due to the greater distance. At the same time, transit ports in Turkey (Kırıkkale and Mersin) are seeing a 47% increase in traffic, with maximum capacity reached in 2025 now being exceeded. This has generated an average delay of 18 hours for loading and unloading, increasing operating costs for connected businesses.
Closure: The Trajectory of Physical Resilience
Today, Europe is not facing an energy crisis, but a collapse of logistical and energy infrastructure that has created a new equilibrium. The blockage of the Strait of Hormuz accelerated the transition to alternative routes, but without adequate investment in physical resilience. The KPI impact is clear: -43,000 barrels per day (bpd) of lost production capacity for the entire Iraqi value chain if the contract is not renewed by July 27th.
In the coming months, two indicators will be fundamental: the traffic of pipelines between Iraq and Turkey (monitored on the official website of the Turkish Energy Ministry) and diesel prices in Europe (updated weekly by Eurostat). If storage capacity in the United States falls below 350 million barrels, the risk of a further spike in energy markets will become systematic. The only plausible scenario is a transition to alternative sources not linked to oil — and this transition has already begun in the green hydrogen sector, where Germany has announced a new development plan for €12 billion by 2030.
Photo by Drew Dempsey on Unsplash
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