Here it is:

Interesting and thanks for sharing this! I will check Thunderf00t’s videos then.

I apologize if I accidentally implied that collective action and consciousness is not needed.

Your gut is right. After a quick search, it seems that the power consumption of a seawater desalination process is less than three kilowatt hours per meter squared for a large-scale plant.

However, the downside of desalination plant will be the cost of the infrastructure and the time it might take to have it up and running. With the “water extraction from air” machine, the cost is lower(I assume) and the size is smaller(Height: 259 cm, Width: 610 cm and Length: 224 cm). Seems like it might be quick to have this MoP up and running faster than the desalination plant while costing a ton of energy in the long run.

After checking this dude’s website, it needs 475 Kwh/m3 in a desert condition which is a lot of energy.

With this in mind, using the data within this website, to achieve a daily 100 kWh electricity output, the people interested in this device will require 50 to 52 solar panels, each rated at 400 Watts. Now, if we multiply this times 5, they might 250 solar panels to deliver that kind of power.

In a hypothetic scenario, what could be done to make this practical?

Exactly this! Also, according to this dude, it can work in places with low levels of humidity like the Sahel in Africa.

More like a dehumidifier with power capable of extracting 5k liters aprox of water per day and that is safe to drink.

The metal shipping containers side by side reminded me of this RE developer’s project: https://www.youtube.com/watch?v=tO8GP56fQCo

Thank you for creating this! After watching reactionaries and their takes in NaziReddit, this post is a relief to see