Frank Okon

The ongoing conflict involving Iran and regional tensions has pushed potential repair costs for damaged energy infrastructure to as much as $58 billion, according to new analysis by Rystad Energy.

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The estimate marks a sharp increase from an earlier $25 billion projection, reflecting the widening scale of damage across oil, gas, and industrial facilities before a ceasefire took hold on April 8.

Rystad now places the likely cost range between $34 billion and $58 billion, with an average estimate of $46 billion. Of that, oil and gas infrastructure alone could account for up to $50 billion, while non-energy assets such as power plants and desalination facilities may add another $3 billion to $8 billion.

Analysts warn the impact goes far beyond physical damage. The conflict is placing significant strain on the global energy supply chain, as the same contractors, equipment, and engineering capacity needed for repairs are already tied up in major projects worldwide.

“This is no longer just about damaged facilities,” Rystad noted. “Repair work redirects existing capacity rather than creating new supply, which could lead to project delays and rising costs globally.”

The situation is further complicated by risks to key shipping routes such as the Strait of Hormuz, where any disruption could ripple across international energy markets.

Damage assessments show that Iran bears the largest burden, with repair costs potentially reaching $19 billion. Key facilities affected include major gas processing hubs, petrochemical complexes, and export infrastructure, disrupting multiple stages of the energy value chain.

Meanwhile, Qatar faces more concentrated but technically complex damage, particularly at its Ras Laffan industrial hub. The impact overlaps with ongoing expansion projects, raising the risk of delays as resources are diverted to repairs.

Despite the scale of destruction, funding is not seen as the main challenge. Instead, limited access to specialized equipment, skilled contractors, and logistics networks is emerging as the key bottleneck.

Facilities with minor damage have already resumed operations in some cases. However, sites requiring major reconstruction, especially those dependent on long-lead equipment, could take years to fully recover.

Engineering and construction costs are expected to account for the largest share of spending, followed by equipment and materials. Experts say the pace of recovery will depend less on the extent of damage and more on how quickly operators can secure scarce resources.

As rebuilding efforts compete with ongoing global energy projects, the ripple effects could extend well beyond the Middle East, slowing new developments and adding inflationary pressure across the sector.