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Ecosystem and Infrastructure of a Smart Irrigation System for Drip Irrigation.

Authors

Vladyslav Drapii

Rubric:Technical sciences in general
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Annotation

The article examines the application of dynamic foam generators within integrated technologies for water treatment, regeneration, and recirculation, including their use in smart greenhouse systems and hydroponic complexes. Special attention is given to the influence of the scale factor on process efficiency and to the challenges of selecting optimal technological solutions among numerous existing methods. The study describes a new principle of foam generation based on the use of compressed air introduced into liquid through a device operating according to the Bernoulli principle, enabling precise control of bubble size and improving foam performance.

The paper highlights the simplicity, adaptability, and economic advantages of the proposed equipment, including linear systems for drip irrigation with pre-oxygenation of water and their application in pipeline cleaning and regeneration. It also presents modular and miniaturized water treatment systems suitable for small-scale operations, emphasizing cost-effectiveness and ease of maintenance. In conclusion, the proposed approach demonstrates high efficiency and versatility, contributing to improved performance of modern irrigation and water treatment systems.

Keywords

and recirculation of water; smart hydroponic system; control of heavy metal concentration; linear equipment for drip irrigation.
regeneration
Dynamic foam generators; dimensional factor of a foam generator; application of dynamic foam generators; integrated technologies; cleaning

Authors

Vladyslav Drapii

Rubric:Technical sciences in general
73
0

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References:

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