This site is fictional demo content. It is not real news or affiliated with any real organization. Do not treat it as fact or professional advice.

NextPaper Logo
nextpaper.ccCYBER CHRONICLE
RSS
EN中文

Full article

FULL TEXT

View this issue
HeadlineENERGY

Atmospheric Water Harvesting System WaterGenius Deployed in UAE: Extracting 50 Tons of Drinking Water from Desert Air Daily

Israel's WaterGen deploys large-scale atmospheric water harvesting in Abu Dhabi, extracting 50 tons of drinking water daily from air with just 15% relative humidity.

Article

Israel's WaterGen announced in November 2028 that its large-scale atmospheric water harvesting system, WaterGenius, has officially commenced operations in Abu Dhabi, UAE. The system extracts 50 tons of drinking water daily from air in the extreme arid environment where relative humidity reaches only 15%.

WaterGenius's core technology is a metal-organic framework (MOF) adsorbent. This porous material has an extraordinarily high specific surface area (7,000 square meters per gram), enabling efficient capture of water molecules from the air. The system operates in two steps: the MOF material adsorbs atmospheric moisture during cool nighttime temperatures, and during the day, solar heating releases the water for condensation and collection.

"MOF-801 material adsorbs 0.2 liters of water per kilogram at 15% relative humidity," said WaterGen VP of Technology Yaron Danieli. "A standard WaterGenius unit weighs 200 kilograms, occupies 2 square meters, and produces 50 liters of pure water daily. With full electrical power (grid-connected), daily output reaches 200 liters."

The UAE has deployed 1,000 WaterGenius units supplying water to remote villages and construction sites. Water quality, certified by third-party testing agency SGS, exceeds WHO drinking water standards on all metrics. Per-liter cost is 0.8 yuan, comparable to desalination.

In China, WaterGen has partnered with China Energy Conservation and Environmental Protection Group to deploy 500 units in arid regions of Gansu and Xinjiang. Initial data shows daily output averaging 35 liters per unit under local 20% average relative humidity conditions. CEEPG plans to expand deployment to 5,000 units in 2029.

Military applications represent another significant market. WaterGen has contracts with the U.S. Department of Defense and Israeli Defense Forces for portable atmospheric water generation equipment for desert operations.

However, large-scale deployment faces challenges. MOF material production costs remain high — approximately 500 yuan per kilogram — limiting system economics. WaterGen is collaborating with MIT on next-generation low-cost MOF materials, targeting a cost reduction to below 50 yuan per kilogram.