Author:
Abduraimova D.,Otakhanov M.,Melikuziyev S.,Khoshimov A.,Bakhromova D.
Abstract
The current article considers a method of improvement based on the laws of flow motion in developing resource-saving devices based on the analytical analysis of research on using air ejectors in the national economy. The hydraulic parameters of the jet lift and air ejector are theoretically based, and the connections obtained are tested experimentally. Based on the experiments, the economical parameters of the inlet water lift and air ejector were determined. It was determined that the working pressure of the laboratory water intake device for taking water from a well at a depth of 1 m to a height of 2 m is Hi = 1 m, working flow consumption Q=29.52·10-5 m3/s. Based on theoretical research and experimental data, the consumption characteristics of the structured water lift and air ejector were constructed.
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