What if there was a way of pulling vapor from the atmosphere and bringing it through faucets as clean, drinkable water?

Harnessing the power of the sun, Zero Mass Water’s Source hydropanels do just that.


Navajo Power
Through a grant provided by the Unreasonable Group and Barclays Bank, an initial demonstration project is bringing this pioneering air-to-water technology to 15 Navajo households.

This project is being managed by Navajo Power, Public Benefit Corporation, and Arizona-based Zero Mass Water.

Already, the demonstration project is proving to be a hit. “We are so happy to see these systems come to our communities who have not had basic access to water for all of these years,” said Mae Franklin of the Cameron and Coalmine communities.

RELATED: First Hybrid Floating Ocean Platform Can Generate Power From Waves, Wind, And Solar

But how exactly does this unique technology work?

While some of that answer is shrouded by proprietary trade secrecy and multiple patented inventions, we do know the hydropanels—powered by off-grid solar energy—have fans that draw air in the atmosphere and push it through what’s called a hygroscopic. From there, the trapped water vapor is extracted and gets condensed into liquid that’s collected in the reservoir of the hydropanel.

So that it has the ideal taste and composition, that collected water is then mineralized. Now it can be run through the faucet and is ready to drink.

The state-of-the-art technology doesn’t end there. Each Hydropanel connects to a cloud-based network and is monitored for performance and quality that way.

Source hydropanels are already well-established globally, with the technology currently supplying clean drinking water to tens of thousands of people in 45 countries through partnerships with governments, corporations, and development organizations.

MORE: This New German Car is Covered With Solar Panels and Charges As It Drives

There’s potential for this technology to go bigger still: Similar to cellular telephones and renewable energy technologies, the scalability of Source enables hydropanels to be deployed at small residential homes, roof-mounted on schools or community halls, and even in “water farms” adjacent to entire communities.