Abstract
For most technological processes, low humidity air is used, obtained in various ways. The possibility of using the vortex effect for drying compressed air used in industrial plants and providing savings in operating costs is shown. A mathematical model of the process for reducing moisture content is developed. A method for calculating the optimal geometric dimensions of the drying device is established. The main goal is to develop an effective device for air drying and calculate its optimal parameters. The developed method of calculation allows one to determine the optimal geometric dimensions of the vortex device for drying compressed air, which is more cost-effective, based on the minimum moisture content under the condition of low hydraulic losses.
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