It looks like the paper is paywalled and not yet on scihub but i did find 38 pages of supplemental information with more details than the article.
“The researchers estimate that if the system is scaled up to the size of a small suitcase, it could produce about 4 to 6 liters of drinking water per hour and last several years before requiring replacement parts. At this scale and performance, the system could produce drinking water at a rate and price that is cheaper than tap water.”
Holy eff, I was expecting “per day” after 4-6 liters from a suitcase size device… That’s more water than I consume in a day, even on double flush days. Of course it would only be during daylight, and with full sun I imagine. But that’s still so much water!
I’ve been on boats with RO filters that are about the same size and can produce about the same amount of fresh water. The thing is that’s no where near “cheaper than tap water.” Tap water production and consumption is measured in acre-feet.
I don’t know about you but my water bill is measured in gallons
I will give it few weeks and we will no longer hear about it. There are many articles like this but as always nothing is developed.
This article was from September, and so far I haven’t heard any updates.
I remember seeing it here a month ago…
A significant amount of researchers seem to author these kinds of papers that sound great but then can’t be reliably reproduced, or are completely impractical in application. The NileRed video about his attempts to create the compressed wood “armor” was very illuminating to this point.
Ah yes, and I also have a bridge here in my bag to sell you!
It’s sad that this is yet another thing endorsed by MIT that’s yet again vaporware. MIT used to mean something, now I automatically assume it’s nonsense.
Love the vapor pun.
Big if true
deleted by creator