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Technology Today

Episode 33: Atmospheric Water Harvesting

Technology Today

Southwest Research Institute

Technology

4.819 Ratings

🗓️ 19 July 2021

⏱️ 36 minutes

🧾️ Download transcript

Summary

Drought and pollution jeopardize water sources around the world, leaving communities without clean, life-giving water. SwRI engineers and scientists are taking on those threats with atmospheric water harvesting, a method of pulling water from the air. The process occurs naturally with morning dew on grass or condensation on a cold soda can. The team is re-creating the process on a larger scale, and researching ways to decontaminate existing water sources. They envision technology that makes and cleans water for people in need, wherever they happen to be, from rural areas to the desert. Their research could be a lifeline for disaster victims, soldiers on the frontlines and families without running water. Listen now as SwRI Engineer and Program Manager Kevin Supak discusses atmospheric water harvesting, pulling water from air.

Transcript

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0:00.0

The world needs free-flowing, clean water, but drought and pollution jeopardize our water sources.

0:07.3

An SWRI team is taking on these threats, tapping into a solution called atmospheric water harvesting

0:14.0

and finding new ways to clean up contaminants.

0:17.9

We're discussing their groundbreaking research next on this episode of Technology Today.

0:26.6

We live with technology, science, engineering, and the results of innovative research every day. Now,

0:33.5

let's understand it better. You're listening to the Technology Today podcast presented by Southwest Research Institute.

0:40.8

Hello and welcome to technology today. I'm Lisa Fenya. Our guest today is SWRI engineer and program manager Kevin Supak. He leads a research team with two main goals to find ways to augment sources of water and

0:55.6

to clean up existing water sources. The team is exploring atmospheric water harvesting,

1:01.8

a method of pulling water from the air, and they're also looking at new ways to decontaminate

1:07.2

water to make it safe for drinking. Their findings could help communities around the

1:12.1

world dealing with water shortages. Thanks for joining us, Kevin. Thanks for having me, Lisa.

1:17.6

This is an honor to talk with you. Let's talk about the problem first. Many of us just turn on

1:22.2

our taps and clean running water appears, but we're fortunate. We know here in the U.S. and around the world,

1:28.6

communities experience drought and clean water shortages. In fact, the Western U.S. is going

1:33.8

through a drought right now. So how extensive is the need globally for clean, readily available

1:40.4

drinking water? You're absolutely right, Lisa. We're very fortunate here in the U.S. that most of us can go to our taps, open up a

1:49.6

faucet, and get clean running water that is extremely safe to drink.

1:55.0

But that's not the case around the world.

1:57.4

The United Nations currently estimates that over 25% of humanity lacks access to clean water. Most of these people are in Asia. And this figure can even double during periods of drought. And here when we have seasonal droughts that occur around the world. And there's all kinds of sanitation issues that we see around the world

2:19.1

where that can contaminate our water or our water sources too. And you mentioned as well, these

2:24.8

problems are starting to show up here in the U.S. too, are increasing population and drought and

2:30.3

lack of snowfall have really affected Lake Mead, which is a major water source for the western

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