Israel Water Desalination Plants Face Prolonged Crisis Due to Algae

Israel's water desalination facilities are grappling with a severe and prolonged crisis caused by microscopic algae clogging the essential membranes. This issue has significantly hampered the operational capacity of most plants, leading to a reduction in desalinated water output and placing additional strain on natural water reserves. Officials and informed sources anticipate the crisis will be long-term.

Last week, the Water Authority conducted a chemical experiment off the coast of Ashkelon to combat the algae buildup. However, the experiment reportedly failed to achieve the desired results, according to an informed source. The details and outcomes of this experiment have not been publicly disclosed, adding to the challenges faced by authorities.

In response to the persistent algae problem in the Mediterranean Sea, authorities are preparing for frequent membrane replacements. Two facilities have already procured sufficient replacement membranes to meet ongoing needs, while the Water Authority is pushing for additional membrane purchases for other plants, even considering air freight to expedite delivery.

Out of Israel's six desalination plants, five are located in the south, including two in Ashkelon and one in Ashdod. The Khadira plant is the only facility operating normally, supplying 20% of the country's desalinated water. The widespread operational difficulties at the other plants underscore the severity of the crisis.

Despite recent official statements suggesting a return to normal operations, the reality on the ground indicates otherwise. Reports suggest that the only change has been adapting to emergency conditions and rapidly depleting natural water reserves, highlighting the absence of fundamental solutions. Experts warn that the continued presence of algae in the Mediterranean will make it difficult to restore the plants to full efficiency in the near future. An informed source told "The Marker" newspaper that the situation is difficult, the crisis will last a long time, and current solutions are limited to frequent membrane replacement.