Diseño e implementación de un sistema de enfriamiento de madera plástica para la empresa Agrorecicla

Abstract

In the manufacturing process of plastic wood, cooling plays a fundamental role for the company Agrorecicla. With the aim of improving this crucial stage, the company has decided to replace its manual cooling system, which generated high water waste and experienced constant failures, with an automated system. The implementation process of the automated cooling system began with evaluations to determine the optimal location and spatial requirements, while conducting thorough research on different types of cooling towers. Using the gathered information and decisions made, the blueprints for the cooling system's structure were developed. These blueprints served as a starting point for the development and construction of the final design, taking into account aspects such as cost and product quality. Simultaneously, the construction of the electrical control panel was carried out, which is responsible for controlling the temperature and filling of the tanks. In summary, this study provides a solid foundation for future improvements in the design and operation of the cooling system. The conducted analyses and tests support the efficiency of the system by demonstrating its ability to maintain and reduce the temperature within a range of 17 to 20 °C, facilitating the extraction of steel molds. Additionally, the system uses water efficiently, increases production, and operates at a more competitive cost compared to other machines available in the market.