DEATH VALLEY, Calif. — The arid desert landscape of Death Valley is not the obvious place to find water. Yet it's here, in one of the planet's hottest and driest places, that Massachusetts Institute ...

MIT engineers have created a way to pull clean drinking water from air far faster than current atmospheric water-harvesting systems.

A small wooden cube could soon be the only thing standing between you and a fresh glass of water. Scientists working at the Royal Melbourne Institute of Technology (RMIT) have created an outstanding ...

Louisa Graupe and Julika Schwarz, both design graduates from the FH Münster University of Applied Sciences, have developed a revolutionary 3D-printed device that can turn air into nearly 2 gallons of ...

The arid desert landscape of Death Valley is not the obvious place to find water. Yet it’s here, in one of the planet’s hottest and driest places, that Massachusetts Institute of Technology engineers ...

The invention has the potential to help the most in dry regions and in areas with inadequate water infrastructure.

A type of prototype water harvester promises to be simpler and more efficient than traditional variations of the device at pulling drinking water from the air. A new type of prototype water harvester ...

Researchers developed a sustainable method to harvest water from the air using hydrogels made from food scraps and other biomass. Their technology can extract up to 3.75 gallons of clean water per ...

It’s an unfortunate irony that while many regions struggle to find enough water, there’s trillions of liters of the stuff floating around in the air everywhere. A new water harvester design from MIT ...

COLUMBUS, Ohio – A new type of prototype water harvester promises to be simpler and more efficient than traditional variations of the device at pulling drinking water from the air, a new study ...