Benjamin Carr, Ph.D. 👨🏻‍💻🧬
Device that can extract 1,000 liters of clean #water a day from #desert #air revealed by 2025 #NobelPrize winner — claimed to work in desert air with 20% humidity or lower, delivering off-grid ‘personalized water’
The system can function in air with 20% humidity or less. But these 1,000 liter a day machines are not small, at around shipping container size.
https://www.tomshardware.com/tech-industry/device-that-can-extract-1-000-liters-of-clean-water-a-day-from-desert-air-revealed-by-2025-nobel-prize-winner-claimed-to-work-in-desert-air-with-20-percent-humidity-or-lower-delivering-off-grid-personalized-water
Device that can extract 1,000 liters of clean water a day from desert air revealed by 2025 Nobel Prize winner — claimed to work in desert air with 20% humidity or lower, delivering off-grid ‘personalized water’

The system can function in air with 20% humidity or less. But these 1,000 liter a day machines are not small, at around shipping container size.

Tom's Hardware
Apr 6 at 2:26pmWeb
Show threadBenjaminK1d ago
@BenjaminHCCarr more Nobel stupidity. So @ 30 C water can hold about 30 grams of water /m3 @ 40 C it's 50 grams. Let's say it's 40 C at 20% that would be 10 grams which makes this easy, you would need 100 m3 of air to get 1 liter, and to get 1000 you would need to process 100 000 m3 of air. Just to extract 1000 liters, something which the average American uses daily. Never mind the latent heat energy problem. Stupid, stupid, stupid.