Sounds good, but .08kWh per liter is 80kWh per M³. Desalination is as low as 2-3kWh per M³. That makes this technology very inefficient by comparison. Useful where absolutely no other source is available.
It bears noting that no where can I find the cost of his machine, only estimates of operation energy costs. Others that make 250 liters per day (with enough humidity) cost around $8500 on eBay. That makes me think his larger unit is likely 10 times that cost or more.
Also, he didn't invent this technology, Arye Kohavi is credited with that, but he may have made it more efficient. Essentially it's an industrial dehumidifier and nothing more.

I suspect I know what the real game is here: a military contract for forward operating bases...
You still have to move the diesel for the generators---although I know the military wants to get more and more into solar...The cost per gallon at the front line for diesel (transport and whatnot)---is unbelievable when calculated.

In 2009, the cost estimates varied from $40 to $400/gallon...

His invention, here you go https://smile.amazon.com/gp/bestsellers/home-garden/267557011/

Also https://www.youtube.com/watch?v=66UOeUKa8nQ

Nice. So, as expected, while it does technically work, it's hardly efficient and is incredibly more expensive than desalination.