Today’s story comes from the Times of India and was sent to me by Reporter-at-large Noelle Granger. Thanks Noelle
Meet Roy Kim, the 13-year-old Oregon student who designed a chamber that turns moisture in the air into water for drought-hit farms.
“Do what you can do tomorrow, today,” says Roy Kim, a 13-year-old Oregon student who has solved the water crisis for numerous farmers in the region. The teenager developed a device that turns moisture in the air into water, helping farmers access a sustainable and reliable water source in drought-prone areas, according to a report by Young Scientist Lab. As global warming continues, farming becomes increasingly difficult for farmers who rely on water to irrigate their crops. Most of the time, they rely on sources such as groundwater, surface water, and rainfall for this, but over the years, these sources can become depleted. This is why Kim created a device that uses the Peltier Module to turn moisture present in the air into water.
Understanding the module
Kim created a device that uses the Peltier Module to turn moisture present in the air into water.
According to Kim, a Peltier module creates a temperature difference when electricity is applied, making one side hot and the other side cold. “This allows warm air to cool rapidly when it reaches the cold surface, causing water vapor in the air to condense into liquid drops,” he explained. After multiple tests and improvements, Kim finalized the device’s design. The air enters the chamber through the hot side, where a heating element connected to a filter module warms it. The warm air then moves through the fan to the cold side. Water droplets formed here sink due to the temperature difference between the surface and the air.
The collected water then flows into a funnel and is distributed to the plants through a valve. To ensure the plants get the right amount of water, not too much, a soil moisture sensor is placed in the soil to determine when the plants need water. “In addition, temperature and humidity sensors monitor the environment, and if conditions become too extreme, they automatically adjust the airflow to maintain efficient water production,” said Kim. After testing, the device produced 10ml of water in two hours. Its highest efficiency was 135.8 g per kilowatt-hour. “Through this project, I didn’t just create water. I combined natural processes with engineering to develop a sustainable solution for farming,” he added.
Entering competition
Roy Kim, a student of Whitford Middle School in Beaverton, Oregon, entered the 3M Young Scientist Challenge, an annual top middle school science competition in the US run by 3M and Discovery Education, which challenges students in grades 5 to 8 to use problem-solving and innovation to fix everyday issues. When asked about why he wanted to enter the challenge, Kim said, “I entered the 3M Young Scientist Challenge because I wanted to showcase my invention to people around the world. If more people are aware of this problem and the potential solution, the problem might be able to de-escalate.”According to the US Department of Agriculture, between 2010 and 2020, agriculture was a major user of ground and surface water in the US, with irrigation accounting for 47% of the nation’s total freshwater withdrawals. Approximately 212,714 farms in the country depend on natural water sources for irrigation. But with Kim’s invention, the number can be decreased gradually. 15 years from now, he hopes to develop even more such solutions, as he wants to become a successful engineer who solves pressing problems across the globe, specializing in environmental engineering. He is currently among the top 10 national finalists in the challenge. The final event and winner announcement will take place on October 12-13, 2026.
The good news in this story is that an intelligent person converted known technology into a practical solution for water conservation. Today’s JohnKu talks about finding solutions. I hope you have a beautiful Weekend.
Answers by John W. Howell © 2026
When you need answers,
Investigate already knowns . . .
They may surprise you.
Seems like such an obvious device to invent.
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I thought the same thing. Takes a kid, I guess.
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How brilliant and if he can achieve this at 13 goodness knows how far he will go… thanks for sharing John and Noelle..hugsx
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Thank you, Sally. 😊
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I agree with Sally. Having figured this out at the age of 13? He’s likely to solve even more of the world’s problems.
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Let’s hope so. He looks promising. Thanks, Teri
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Very bright kid. Hope he becomes a great inventor as he grows up. Not a “one and done” flash in the pan.
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I hope so too, Tom. Thanks.
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Very inspiring story about a young person that wants to contribute to the common good…our country needs more like him.
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Yes, we do. Thanks, Jim.
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Now what was I doing at 13? Nothing so brilliant as this, I can assure you! Wonderful share, John.
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Ha ha ha. I hear you. Thanks, Dale.
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😉
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Love the idea. For coastal communities like Monterey in California, does it produce good rain or moisture with too much salt (thinking of fog along the coast.)
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Gee, I don’t know, Pat. Never heard of salt in humidity. In wind, yes.
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I think I have heard some bloggers mention it.
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I’ll have to look it up.
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So did I, just to make sure….
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So humidity does not contain minerals like salt. Wind can vaporize salt water and put particles of salt in the air is what I found.
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Makes you wonder if all that humidity we have down here could be put to better use than just having us all complain about it. Good luck to Roy! I hope Noelle sends you a follow-up on the contest winners. **hint hint, Noelle** This is wonderful, John.
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Unfortunately we have to wait until October to see the national winners. But I was flabbergasted by this kid!
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And he is only 13!! What a slacker I was at 13! 🤨
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Me too. Your fans want a follow-up.
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I think she is committed to doing just that. Thanks, Lois.
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Now, that’s an astonishingly brilliant idea.
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Yes, it was. Thanks, Jim
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This boy is only in Middle School. Imagine what he can do later in his life. Bravo to him!
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Bravo is a good word. 😊
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It’s great that a 13-year-old designed a device that draws moisture from the air and wonderful that it helps farmers in need. I’m sure glad you posted such good news, John.
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Thank you, Tim. I agree with you.
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😊
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I agree with other comments here…at 13 years old, who knows what else might come from this mind? A great example of when new eyes set upon old problems. Sometimes a different set of eyes can puzzle out what no one else has been able to.
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So true, Bruce.
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I’m surprised this wasn’t improvised earlier, but I’m thankful a young teen came up with it.
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Me too. Seems very simple to me.
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Wow, how incredible a 13 year old created such a valuable tool for drought prone areas in Oregon. That’s so cool. Kids these days are really something!
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I think so too, Monika. Thank heavens for the good ones.
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This is precisely why my hope for the planet’s future is with the younger generation.
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I agree, Liz.
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Great news for the area and for other regions suffering from drought. Brilliant young man!
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Yes, he is brilliant.
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Made me laugh, considering what I might have been doing at that age. Probably reading a book. 😊
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I remember. I earned all the requirements for Eagle Scout.
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Outstanding!
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😊
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Thank you for the Good News and best to you, John.
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All the best to you, Michele.
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such a blessing to have this young man on this planet at this time! such a blessing to share
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I agree, Annette.
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Kim is such an impressive young man. And his heart and brilliant mind are in exactly the right place with which to affect the kind of positive change that is necessary.
Great get by Noelle and thanks for posting this Boss
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It was a good one. Thanks, Pilgrim.
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I’m a relatively bright guy, but occasionally I taught elementary children who I knew would far succeed my intelligence one day. It sounds like this teen has already passed me by. Inventing something that is going to help so many people is a noble pursuit.
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I think he passed most of us. Thanks, Pete. 😊
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So called Atmospheric water generators that turn moisture in the air into drinkable water has been around for a while and are used in the army. However, a new and better approach to do it is certainly good news. He is a smart young man.
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Have to wonder why no one thought of this before. I remember camping as a kid and stretching a piece of plastic on sticks close to the ground, puttin a cup under the center and then dropping a small rock to mane a cone that terminated above the cup, Sure enough the next morning, water in the cup..
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Kudos to this brilliant youNg man! This is a def fun Friday-Yay and a win, John!!💓💃
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I agree, Cindy. 😊
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