Uzbekistan. The Renewable water supply. September 2, 2026

It is a device, can produce fresh water, abundant and inexhaustible, by 26 cents /m3-payback 1 year + 0.2 kW electricity + 0.15 kWh recycling. It is a small, compact and mobile device. Who is me: See cv-2023, davidjud.blogspot.com/2023/04, posted on April 27, 2023. What I want: To join a small group for possible patenting as a novel method/technology and introduce it by startups. How it works: It pulls natural air and transforms its humidity in liquid water by chain: fan-turbulator-desiccant-its recycling-condenser, when heat being its by-product used for recycling. David Judbarovski, systems engineering, principle inventor, judbarovski.blogspot.com, judbarovski@gmail.com. P.S. Shortly. If a work season from March to October is about 5900 hr., absolute humidity averaged is 10 g/m3 at 15 nm3/s the fan, so it is 3200 m3 H2O production in a year. If a cycle is one hour, CaCl2 desiccant of 1 year lifetime, 250 $/ton = 0.26 cent / m3 H2O. The fan consumes 0.2 kW electricity. So a share of it in a cost of H2O is 0.2 kW * 5900 hr. /3200 m3 / 0.35 efficiency = 1.1 kWh / m3. References. [1] Water and electricity from air humidity, judbarovski.blogspot.com/2026/07, posterd on July 31. 2026 [2] Uzbekistan. The renewable water supply. Judbarovski.blogspot.com/2026/08, posted on September 02. 2026. l

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