Abstract
The alternative way of cooling water circulating in the swirl chamber (SC) was considered. The method for calculating SC was improved and automated. The analysis of the main characteristics of the SC was performed.
Highlights
In many industries there is a problem of cooling the circulating water to the desired temperature
As the dimensions of some parameters are unknown, the formula is replaced for the simplified formula, found from the equation of heat transfer between air and water
The graph shows that the smaller the diameter of the drops, the more effective the cooling
Summary
In many industries there is a problem of cooling the circulating water to the desired temperature. The application of swirl chamber (SC) with a spray device was proposed in order to improve the efficiency of the cooling process of circulating water in industrial plants, [1]. 1) through the nozzle 1, gets to the spray gun 2, mounted on the shaft, where it is distributed to disks with different diameters.
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