Right so basically these are stainless steel or food grade plastic dehumidifiers combined with varying degrees of reverse osmosis filtration and mineralization.
I believe I discovered or invented a better design, but even then, it’s a very niche use-case and otherwise not competitive with commonly known methods of obtaining fresh water.
It's interesting re: the indoor office-type or home type harvesters. Usually you need to provide 60-90F and 30-80RH. I imagine most climate controlled offices at least in Europe and North America could easily satisfy the temperature aspect, but the RH? If so, I would imagine they are on the very low end of the desired range and so the actual amount harvested would likely be notably less than the optimal capacity. So, if you're running one in a minor/medium SHTF event, it would need to be able to be powered by a solar charged system and run outside. Not undoable, but winter time, American southwest, etc would be challenging paces to get what you need consistently. You can store during the more humid periods but that of course introduces its own health, logistical and storage challenges.
Moses West makes water with efficiency 0.08 kwh/liter. He claims that he could better, about 0.05 kwh/liter. The larger the aggregate the better the efficiency
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Right so basically these are stainless steel or food grade plastic dehumidifiers combined with varying degrees of reverse osmosis filtration and mineralization.
I believe I discovered or invented a better design, but even then, it’s a very niche use-case and otherwise not competitive with commonly known methods of obtaining fresh water.
It's interesting re: the indoor office-type or home type harvesters. Usually you need to provide 60-90F and 30-80RH. I imagine most climate controlled offices at least in Europe and North America could easily satisfy the temperature aspect, but the RH? If so, I would imagine they are on the very low end of the desired range and so the actual amount harvested would likely be notably less than the optimal capacity.
So, if you're running one in a minor/medium SHTF event, it would need to be able to be powered by a solar charged system and run outside. Not undoable, but winter time, American southwest, etc would be challenging paces to get what you need consistently. You can store during the more humid periods but that of course introduces its own health, logistical and storage challenges.
Moses West makes water with efficiency 0.08 kwh/liter. He claims that he could better, about 0.05 kwh/liter. The larger the aggregate the better the efficiency
He is doing some amazing improvements.
Is Moses West a company? A channel?
@@cylon5741 He is a former special forces soldier that is basically making the concept much more efficient on an industrial level.
Could you provide the list of names and websites of the AWGs you mention
Its pretty useless to make a comparisonnvideo and not listing them….
Great of you for touching on this topic as well. Water is life and we need to care for it way more than most people do.
Many thanks! 👍💪✌
Airowater appears to use ozonation instead of UV.
❤
Thank you. A great video.