The Gulf Isn’t Ready for a Renewed Iran War

Foreign Policy | Amir Handjani

Iranian missile and drone strikes have damaged at least 84 energy infrastructure sites across seven Persian Gulf states since hostilities began on Feb. 28, 2026. Despite crude oil shipments through the Strait of Hormuz averaging over 24 million barrels per day in October, critical processing facilities face multiyear repair timelines.

Attacks on Qatar's Ras Laffan complex disabled two liquefied natural gas trains, removing 17 percent of Qatari export capacity and creating an estimated $20 billion annual revenue loss. Repair timelines will take three to five years. Iranian-linked strikes also damaged five of Saudi Arabia's nine largest refineries and both export manifolds at Fujairah. Meanwhile, Houthi attacks repeatedly forced the closure of the 400,000-barrel-a-day Jizan refinery and disrupted the East-West pipeline to Yanbu. Air defenses intercepted over 90 percent of incoming projectiles, but precision hits on singular components caused long-term outages across Asian import markets.

Comment

Precision-guided ballistic missiles and loitering munitions expose an asymmetry between defensive interceptor economics and critical industrial bottlenecks. Surface-to-air missile batteries such as the MIM-104 Patriot achieve high intercept percentages across broad operational sectors, yet defence saturation leaves vulnerable high-value single points of failure. Strikes against custom liquefaction cold boxes at Ras Laffan and export manifolds at Fujairah demonstrate that partial defensive penetration inflicts disproportionate structural disruption.

This vulnerability stems from the specialised manufacturing cycle of cryogenic heat exchangers and amine absorption units. Unlike standardised petroleum storage tanks, these bespoke assemblies require custom engineering and multi-year production lead times. Consequently, magazine exhaustion across Gulf-based Patriot PAC-3 batteries accelerates infrastructure vulnerability well before surface storage capacities are exhausted.

Strategic Question for Discussion

If Patriot PAC-3 interceptor stockpiles deplete faster than targeted energy infrastructure can be defended, which factor shapes theater operational endurance more—the replenishment rate of surface-to-air missiles or the replacement cycle of custom cryogenic heat exchangers at sites like Ras Laffan?

The available evidence points toward replacement lead times for custom industrial infrastructure being the primary limiting constraint. While air defense stockpiles can be reallocated across allied deployments, bespoke liquefaction equipment at facilities like Ras Laffan requires years of specialized manufacturing that cannot be expedited by logistical shifts. This operational dynamic suggests that persistent precision strikes degrade energy export capacity regardless of local tactical interception rates.

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