MIT engineers have created a window-sized device that efficiently converts air vapor into safe drinking water using hydrogel technology. The device functions autonomously without relying on electricity, solar panels, or batteries, which sets it apart from existing methods. In trials conducted in Death Valley, it successfully captured 160 ml of water daily, showcasing its potential for use in dry environments. The goal is to provide an accessible and sustainable source of drinking water for communities lacking freshwater sources, such as lakes or rivers.
The window-sized device can convert vapor from the air into safe drinking water using hydrogel, functioning without electricity or any power source.
In a test conducted in Death Valley, the device yielded 160 ml of drinking water daily, demonstrating its effectiveness even in arid conditions.
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