AirJoule ® utilizes advanced sorbents and a dual-chamber vacuum system to separate water from air. The proprietary ...

Scientists have invented a device that can extract drinking water from thin air using an innovative fin-like system. The device could help meet the growing global demand for potable water by ...

A porous hydro-sponge made from natural materials efficiently extracts clean water from air using only sunlight.

This output significantly surpasses that of many existing atmospheric water harvesting technologies, which typically produce ...

AirJoule Technologies (AIRJ) announced an agreement with Arizona State University, ASU, which is widely recognized as an international leader ...

Climate change is exacerbating the water crisis, but communities should embrace solutions like rainwater harvesting and ...

An early prototype of an atmospheric water harvesting device from H. Jeremy Cho's lab. Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert!

The lead researcher on atmospheric water harvesting at ASU is Dr. Paul Westerhoff, Regent’s Professor in the School of Sustainable Engineering and the Built Environment and the Ira A.

(1) Expected AirJoule ® performance when utilizing low-grade waste heat. The lead researcher on atmospheric water harvesting at ASU is Dr. Paul Westerhoff, Regent's Professor in the School of ...