AEE, TANZANIA: DEW COLLECTOR

“This project aimed to investigate whether there is a potential for materials that through radiative
cooling attain below ambient temperate to perform as a condensing surface in a hot-humid climate. Testing has been carried out at three climatic different locations in northern part of Tanzania: Longido, Hai and Magara.”
NICHLAS MOOS HEUNICKE , 2017

[@Ludifant]

Finally an honest video. Others make it look so easy. I still feel it´s a good solution in more humid areas. But this is a good test.

[@Itried20takennames]

Yeah, I appreciate showing the failures, but wouldn’t throw out the baby with the bath water. Not surprising things take the right conditions to work.

[@mightyconker3903]

A good way is to simply give plants shade and they will pull water from the air

[@shimondoodkin]

maybe you got the dew point wrong. from reading wikipeadia it is not 28c it is 24 + 2.5 c max

[@marshallkohlhaas80]

Those tubes would fill up with algae very quickly

[@AllscottyD]

Well, put together video! I am researching dew and radiative water collection and trying to figure out how effective it can be. Any results on which material or coating was most effective?

[@basseljouni2842]

kzbin.info/www/bejne/sIrOqpKop5WDgKs

[@londamull7501]

Video unavailable. There's a lot of understanding around atmospheric water generation, but I feel those"in power" do not want us lay people to have access to the technology. It is hard to find and difficult to purchase.

[@monkeymanwasd1239]

@@londamull7501 its more that getting water from dessert trees is easier than using vaccum cooling to condense water and the above system is tiny and set up in poor locations

[@user-yc7sg7xj4f]

Great documentary about this looks cool and does not work..🙂

[@marshallkohlhaas80]

HAhahahahahahahahaa

[@daverdal1]

whats so funny? jack arse.