Diseño y construcción de un sistema de almacenamiento de agua para condiciones adecuadas de funcionamiento en el establo de la Finca Los Rosales, parroquia Alluriquín

Abstract

The objective of this project was to design and build a water storage system using the quality function deployment (QFD) methodology and the finite element method (MEF) to provide adequate operating conditions to the stable of the Los Rosales farm. The tool of the house of quality and morphological matrix was used to choose the best alternative for the design and whose study was carried out in the field where the heights were obtained in meters above sea level (masl) and coordinates by means of a GPS, later the design of the gravity water system was developed, calculation of flow, pressure and volume of water required, as well as selection of accessories for the connections. The design of the metallic structure of the support tower for the elevated tank was also carried out using the SAP 2000 software applying the acting loads, as well as the respective combinations and it was validated using the Ansys software. Considering the reactions caused by the four tower supports, the column base plates and isolated footings were designed. The foundation on which the tower was built was also made, whose joints were evaluated by penetrating liquids and likewise the hydraulic connections were made. The examination report was obtained using penetrating liquids, indicating that there are no discontinuities in the welded joints of the tower, as well as the operating conditions of the system for the stable with a flow rate of 50 l/min and a pressure of 0,3052 bars, as well such as 30 l/min and 0,2789 bars for the water heater, guaranteeing correct operation. It is concluded that the conditions to which the water is supplied at each study point are adequate. It is recommended to work on the study of a system to trap cattle manure from cleaning to be used as fertilizer.