Atmospheric Water Generation (AWG)?

We’ve developed a vision for taking AWG to its next logical point while removing the constraints that have hindered its widespread use.

Teva7 can be deployed anywhere in the world and managed remoted
Teva7 moves all AWG processes into an environment in which humidity and temperature are controlled to achieve levels ideal for maximum water output.
We use state-of-the-art filtration systems to ensure no airborne contaminants find their way into the water.
Given our ideal environment settings and proprietary filtration capabilities, we can generate tens of thousands of liters of water daily,.

TEVA7 Medium Sized AWG Water Generator.png

Features and Benefits

Easy Maintenance 🛠

Scalable & Cost-effective 💰

Low Operating Costs 🎉

Not Grid Dependant 💡

Safe Drinking Water 💦

Quiet Operation 🤫

Self-Contained ⚙️

Easy Operation 🕹

Zero Carbon Footprint 🍂

Works in All Climates 🌦

Remote Monitoring 💻

Large Capacity Storage 📦

Applications.

The opportunity to make Water possible in impossible areas is vast.

From organizations to isolated areas, Teva7 allows for access to drinking water that’s present right in the air we breathe while freeing our dependency on carbon-emitting fuels or energy for such a vital resource.

We offer capital financing

The following are only a few of the applications Teva7 will address:

Emergency + Natural Disaster.

In the wake of a natural disaster, water access can be threatened. Fires, hurricanes, tornadoes, and earthquakes don’t just down power lines – they can destroy water treatment facilities, water distribution lines, and other fundamental water access infrastructure.

Farming.

Teva7 offers significant potential for providing farmers with an additional water source that does not strain current supply or depend on rain.

Military.

Teva7 can be deployed wherever mobile or stationary water supplies are required, including military and government environments.

Water Scarcity.

In addition to the billions of people who depend on contaminated water sources, another 844 million people around the world don’t have basic water access whatsoever. This amount of people is more than twice the total population of the United States.

Office + Industrial.

By some estimates, a stack of 500 sheets of ordinary printer paper weighs 20 lbs, or 0.01 tons, meaning that 17,000 gallons of water are needed to produce 50,000 sheets of paper.

Auto Manufacturing Facilities.

Automotive manufacturers can require up to 40,000 gallons of water to build just one car. Since millions of cars are produced every year, it’s safe to say that the automotive industry is one of the world’s most water-dependent economic sectors.

Food & Beverage Production.

By some estimates, to adequately feed each person on earth requires 3,000 liters of water per day. In fact, agriculture outpaces every other use for water on the planet.

Livestock Watering.

Livestock requires a good deal more water per day than humans. Dairy cattle, for example, require at least 15 gallons of water (roughly 57 liters) per day.

Greenhouse Irrigation.

As greenhouse gases fill the earth’s atmosphere and deplete mass swaths of the world of potable water, droughts become more frequent and severe, in turn negatively impacting global agriculture and the world’s food supply.

Decentralized Water Distribution.

Typically water is only distributed from a handful of sources but with Teva7, those in need can have convenient access to potable drinking water in massive quantities.

Municipal Supply Alternative.

In the U.S., nine in every 10 Americans rely on EPA-regulated public water systems for their water. The country boasts a total of more than 151,000 individual public water systems.

Poor Infrastructure.

In each device, we can generate more than 10,000 liters of water every day and distribute this water in fully biodegradable bottles to any communities that need them through our network of distributors and partners.