Water Seer Pulls Clean Drinking Water From Thin Air

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Water Seer Pulls Clean Drinking Water From Thin Air

The Water Seer, innovative water collection device developed by VICI-Labs, relies on the simple natural process of condensation, without an external power source or adverse environmental impacts.

A new device that  clean water from the atmosphere promises to provide up to 11 gallons of safe drinking water 

W5OhqKd.jpgWhat’s more, the innovative Water Seer collection device could potentially run forever, gifting generations of people with access to ‘liquid gold’ in areas of the world where a harsh climate or lack of infrastructure make access to clean drinking water a major problem.

Water Seer is powered by a simple wind turbine, and the device could easily be the first step toward a sustainable, enduring solution to water shortages around the world.

The Water Seer device is planted six or more feet into the ground, and soil is then packed around its metal neck. The top of the Water Seer holds a vertical wind turbine, which spins internal fan blades to draw air into the subterranean chamber.

Because the underground chamber portion of the Water Seer is cooled by the surrounding earth, water condenses in the reservoir to creates sort of an artificial well, from which people can draw clean, safe drinking water around the clock.

The low-cost device was developed by VICI-Labs, in partnership with UC Berkeley and the National Peace Corps Association, as a possible solution for the 2.3 million people on the planet who lack regular access to safe drinking water.

A single Water Seer device can collect up to 11 gallons of clean water every day with no external power supply required, and a collection of several devices can provide enough water to support a small village. The not-for-profit company will match US purchases of each unit by donating a Water Seer collection device to those in need living in developing countries or in arid climates.

Water Seer launched an Indiegogo campaign to raise $77,000 to build “orchards” of water collection devices around the world. The device has already been tested as a prototype, and the latest model was finalized in August 2016 and will undergo field tests with the National Peace Corps Association once the crowdfunding campaign closes.

Source: Inhabitat

 

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  1. I am currently working in the Middle East.  How will the device work with its moving parts in a desert environment with copious amounts of silts and sands? How is the fluid drawn out?