Scientists at MIT and the University of Berkeley have created a solar-powered water agriculturalist that can use air humidity to aftermath bubbler water.

The device is still a ancestor but it’s yielded able results. It can aftermath water in acutely dry areas and is abundantly energy efficient, plus the device already works in real-world conditions.

Omar Yaghi, one of the two senior authors of the paper on the new device, said in a chat with Phys.org that this was a major advance in the field.

One vision for the future is to have water off-grid, where you have a device at home active on ambient solar for carrying water that satisfies the needs of a domiciliary […] To me, that will be made accessible because of this experiment. I call it alone water.

Yaghi might need to work on the name, but the ancestor is still truly impressive. Being able to run the device on only minimum sunlight could have a huge impact on water accessibility around the world.

Developing countries, for example, have benefitted abundantly from developments in solar technology because it’s an energy band-aid that doesn’t crave massive grid infrastructure. Providing agnate solutions for water could advance the lives of millions of people.

The device is powered by solar energy, but it’s most important basic is metal-organic frameworks, or MOFs. Yaghi invented MOFs 20 years ago when tinkering with accumulation metals with amoebic molecules to create rigid and porous structures absolute for autumn gases and liquids.

MOFs are highly adaptable and over 20,000 types with a wide array of uses have been created since Yaghi’s discovery.

The new MOF, created by Yaghi and his team at Berkeley, is made of zirconium metal and adipic acid (if that tells you anything) and binds water vapor. By teaming up with Evelyn Wang, mechanical architect at MIT, they were able to create a acquiescent device that could continuously aggregate water.

By using one kilo of the new MOF, the device is able to produce almost three liters of water over a 12-hour period in places with only 20 to 30 percent air humidity. Just to put that in context, the boilerplate clamminess during the day in the Mojave desert is 10 to 30 percent.

We wanted to authenticate that if you are cut off about in the desert, you could survive because of this device. A person needs about a Coke can of water per day. That is article one could aggregate in less than an hour with this system.

Currently the MOF can only absorb 20 percent of its weight in water but Yaghi and his team hope to double its ability in the future.

Read next: Nintendo pulls the Famicom Mini too (but there's hope)