Looks nice, but there's a lot of weasel words and vagueness in that article. Is that a photograph at the top or an artist's conception? Have they actually built one? (What's an "internal field test", anyway? Is it like self-peer-review?)

If a thing like this worked reliably, you'd want dozens of them per village, each in the middle of a planting bed of food plants.

S.B. / D.B. : If you want more information on this subject Do a Google Search within Permies for " Air Wells " Working examples of this tech go back at least to the 1930s Big AL

Air wells, yes. This particular save-the-world art project? Not so much; the link leaves me skeptical.

Just to be clear: I'm not saying there's anything wrong with this approach. I'm saying that based on the linked info, we've got what strikes me as a press release about somebody's hopeful notion, not an on-the-ground working design.

The image in that link has been posted to permies multiple times.

That little spiel left me doubtful as well, for the following reasons:
1-They said they hoped to have two units in Ethiopia soon which means they don't already (so I assume the image is not real life)
2-I have no doubt that condensate can be collected on cooler surfaces but I see nothing in that design to cause that to happen.
3-They make a point of it being made of biodegradeable material while the mesh is nylon or polypropyline. (Which is it?)
4-The outer framework seems to do nothing but support the mesh which makes that artsy design pointless.
5-The mesh needs some feature that draws air to it or through it to process any reasonable amount of moisture laden air. Even the huge air well produced much less water than they claim with it's mass, convection, etc.

I hope they have an idea that can be fleshed out as they predict but it just didn't read that way to me. I honestl hope they prove me wrong. I know some plastics either attract or repel water.... so maybe....