Senior visiting fellow, George Mason University
As war spreads across the Middle East and attention focuses on oil, the region’s most dangerous soft targets may be desalination plants.
A serious strike, sabotage operation, cyberattack, or contamination event affecting these facilities would not just damage commerce. It could trigger a rapid human security crisis by threatening drinking water, electricity, sanitation, and public order at the same time.
GCC countries account for around 40 percent of the world’s desalinated water and operate more than 400 desalination plants across the region. About 90 percent of Kuwait’s drinking water comes from desalination. The figure is 86 percent in Oman and 70 percent in Saudi Arabia.
In a region defined by extreme heat, scarce rainfall, overdrawn aquifers, and growing urban populations, desalination is not a technical supplement to national life. It is the infrastructure that makes national life possible.
Persian Gulf governments can absorb temporary shocks to tourism, reroute some trade, and rely on global markets to cushion part of an oil disruption. Water is different. It cannot be improvised at scale, and it cannot be politically rationed for long in cities that depend on the state to supply the basics of daily life.
Qatar’s prime minister warned last year that any attack on Iran’s nuclear facilities could “entirely contaminate” the region’s waters and threaten life in Qatar, the UAE, and Kuwait.
He also said Qatar had once assessed that it could run out of potable water after just three days in such a scenario, prompting the construction of 15 massive water reservoirs to expand emergency reserves.
Those comments were made before the current war reached today’s level of direct regional spillover.
The Middle East Institute warned in 2025 that the Gulf’s heavy reliance on centralized desalination infrastructure presents a clear strategic vulnerability for Iran’s Arab neighbors.
Research on Qatar’s water security has specifically warned that oil spills and red tides could interrupt desalination operations or force shutdowns for a considerable period. In peacetime, these are serious risks. In wartime, they become strategic liabilities.
A leaked 2008 US diplomatic cable from Riyadh stated that the Jubail desalination plant supplied over 90 percent of Riyadh’s drinking water and warned that the capital “would have to evacuate within a week” if the plant, its pipelines, or associated power infrastructure were seriously damaged or destroyed.
The same cable added that “the current structure of the Saudi government could not exist without the Jubail Desalinization Plant.”
That is why desalination plants may matter more in this conflict than many of the targets receiving greater attention.
Research on conflict-related water disruption has also shown that contamination or shutdown of desalination capacity can worsen water insecurity and heighten risks to public health.
Iran’s recent attacks across the region appear intended in part to internationalize the battlefield and raise the cost for Arab states of aligning with Washington. But targeting, or even credibly threatening, desalination infrastructure would raise those costs in a different and more dangerous way.
It would push GCC governments to treat water security as national survival rather than collateral risk. That, in turn, could draw them more directly into the conflict or harden support for wider retaliation.
A war that begins around missiles, nuclear facilities, and energy flows could therefore widen around something more elemental: whether people in the region can drink, cool their homes, and keep hospitals functioning in extreme heat.
The Arab nations surrounding the Persian Gulf can withstand price shocks, flight cancellations, and even temporary energy disruption more easily than they can withstand a major breakdown in potable water supply.
That is why the next phase of this war may not be defined by what happens to oil. It may be defined by whether anyone is reckless enough to turn the region’s water system into a battlefield.
