Presentation Title: | Experience of using jet-aerosol technology in the formation of updrafts and clouds, challenges and new perspectives |
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Full Name: | Ali Abshaev |
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Affiliation / Institution: | Hail Suppression Research Center "ANTIGRAD" |
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Co-Author |
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Full Name: | Magomet Abshaev |
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Affiliation / Institution: | Scientific director at Hail Suppression Research Center "ANTIGRAD" |
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Co-Author 2 |
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Full Name: | Alexander Shelyaev |
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Affiliation / Institution: | Manager at engineering company "TESIS" |
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Co-Author 3 |
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Full Name: | Julia Fisher |
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Affiliation / Institution: | Leading engineer in the department of computing hydrodynamics of TESIS Company |
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Co-Author 4 |
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Full Name: | Andrey Aksenov |
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Affiliation / Institution: | Chief Technical Officer of TESIS Company |
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Co-Author 5 |
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Full Name: | Robert Zakinyan |
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Affiliation / Institution: | professor of the North Caucasian Federal University |
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Co-Author 6 |
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Full Name: | Vladimir Ivanov |
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Affiliation / Institution: | Deputy Director of the Institute of Experimental Meteorology |
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Co-Author 7 |
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Full Name: | Reayad El-Khazali |
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Affiliation / Institution: | ssociate Professor of Electrical Engineering Khalifa University of Science, Technology and Research |
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Abstract: | Different approaches are considered to create artificial clouds and rain to mitigate freshwater scarcity, drought and desertification, which are worsening as the world's population and the climate changes. This deficit is covered by seawater desalination, groundwater extraction, treatment and reuse of waste and drainage water. But water scarcity, frequent droughts and onset of deserts continue.
One of the promising ways to replenish fresh water resources is to precipitate a part of atmospheric moisture, which is a continuously renewable and inexhaustible source.
Traditional cloud seeding technologies do not work when there are no suitable clouds, which is often the case in arid parts of the world. Unlike them, fundamental research and field experiments on cloud and rain creation using a zenith-directed jet of an aircraft engine saturated with highly effective hygroscopic aerosols showed a certain, albeit small, possibility of stimulating artificial small and short-lived cloud structures. To stimulate more powerful clouds, it is proposed to use a set of dozens of aircraft engines, or an aerospace engine, and hygroscopic aerosol spraying system. Despite the high cost of new technology, it is still hundreds of times less than the cost of seawater desalination. |
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