Bibliographic citations
Hernandez, W., Roman, J. (2020). Diseño de un sistema de enfriamiento en el área de acopio del Centro San Lorenzo - Gloria SA para optimizar el tiempo en el proceso de enfriamiento de leche [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/24044
Hernandez, W., Roman, J. Diseño de un sistema de enfriamiento en el área de acopio del Centro San Lorenzo - Gloria SA para optimizar el tiempo en el proceso de enfriamiento de leche [Tesis]. PE: Universidad Privada del Norte; 2020. https://hdl.handle.net/11537/24044
@misc{renati/521097,
title = "Diseño de un sistema de enfriamiento en el área de acopio del Centro San Lorenzo - Gloria SA para optimizar el tiempo en el proceso de enfriamiento de leche",
author = "Roman Flores, Jose Augusto",
publisher = "Universidad Privada del Norte",
year = "2020"
}
The objective of the present investigation is to carry out the design of a milk cooling system in the collection area of the San Lorenzo - Gloria SA center to accelerate the time in the milk cooling process. The results of this research show that this milk modification system must be a compression system with the use of refrigerant gas and the R22 refrigerant must be used, for this the scientific method of modeling should be used, characterizing an investigation of a quasi-experimental application. . When designing the compression system of the R22 gas compression thermodynamic circuit using the EES software, the -93006.2W / s of heat absorption when the milk enters 25 ° C to the evaporator in 1000g / s mass flow its temperature varies in -23,368 ° C / s; that is to say, if the milk enters the evaporator at 1000 g / s in a second, it will have a temperature of 1,632 ° C. When analyzing the consistency of the thermodynamic model with the Coolselector software, this indicates a model with an analysis power of - 93006.2 W/s that will work at 100%, that is, the lines are consistent for the pressure and temperature ratio. In addition, this software also indicates the components for the thermodynamic model are commercial and technologically adaptable.
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