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Iran War Brings Drone and Missile Strikes on Gulf Desalination Plants

Nearly two weeks into the Iran war, missiles and drones from Iran and U.S. operations have begun damaging desalination facilities around the Persian Gulf, threatening the main source of drinking water for millions in Bahrain, Kuwait, Qatar, Saudi Arabia and the UAE. This Christian Science Monitor report details an Iranian drone strike on a Bahraini desal plant, Iranian claims that U.S. forces hit a desal facility on Iran’s Qeshm Island, and missile‑interception debris that damaged a Kuwaiti desal plant, illustrating how all sides are now willing to risk critical water infrastructure. Experts interviewed note there are roughly 400 desalination plants along Gulf coasts producing about 100 million cubic meters (26.4 billion gallons) of water per day, with desalination providing virtually all of Qatar’s drinking water and very high shares in other Gulf states, and emphasize that these plants are tightly coupled to power generation and oil and gas production. The piece situates these incidents in a broader pattern of “weaponizing water,” from Houthi targeting of Saudi desal facilities to Israel’s shutdown of water to Gaza and Iraq’s destruction of Kuwait’s water processing in 1991, warning that similar tactics in the current war could compound energy and food shocks already rippling through global markets. For the U.S., the emerging water‑infrastructure front adds another layer of risk to regional stability and to oil‑ and gas‑driven price pressures that are being closely watched by policymakers and consumers.

Iran War and Gulf Infrastructure Global Energy and Water Security

📌 Key Facts

  • This week, Iranian drones struck a water desalination plant in Bahrain, Iran said U.S. forces hit a desal plant on Qeshm Island, and debris from an intercepted Iranian missile damaged a desalination facility in Kuwait.
  • There are roughly 400 desalination plants along Gulf country coasts producing about 100 million cubic meters (26.4 billion gallons) of water per day, many located only dozens of miles from Iranian territory.
  • Desalination supplies nearly 100% of Qatar’s drinking water and large shares elsewhere: about 95% in Bahrain, 90% in Kuwait, 86% in Oman, 79% in Saudi Arabia, and around 40% in the UAE.

📊 Relevant Data

In the United Arab Emirates, expatriates constitute approximately 88.5% of the population, totaling around 10.24 million people as of 2026, while nationals make up about 11.5%.

United Arab Emirates (UAE) Population Statistics 2026 — Global Media Insight

In Qatar, expatriates account for about 88% of the population, in Kuwait about 70%, in Bahrain about 55%, in Oman about 45%, and in Saudi Arabia about 42%, contributing to high overall migrant proportions in GCC countries.

GCC: Total population and percentage of nationals and non-nationals in GCC countries (national statistics, mid-2022) — Gulf Labour Markets, Migration and Population

Rapid population growth in Gulf states, largely driven by labor migration, has significantly increased water demand, with the region's population surging due to economic opportunities in oil, construction, and services sectors.

Finding the Balance: Population and Water Scarcity in the Middle East and North Africa — Population Reference Bureau

Migrant workers in Gulf states often face substandard living conditions, including overcrowded accommodation, inadequate sewage, and unsanitary water and food preparation facilities, exacerbating vulnerabilities during water shortages.

Working and Living conditions of Low-Income Migrant Workers in the Hospitality and Construction Sectors in the United Arab Emirates and Qatar — Gulf Labour Markets and Migration

The Kafala sponsorship system in Gulf states ties migrant workers' legal status to employers, facilitating labor migration but often leading to exploitative conditions, including limited protections against environmental risks like water scarcity.

As the Gulf Region Seeks a Pivot, Reforms to the Kafala System Offer a Way Forward — Migration Policy Institute

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March 13, 2026
4:12 PM
How the war in Iran is putting vital water resources in jeopardy
The Christian Science Monitor by Taylor Luck