Desarrollo de estrategias para la optimización de los Sistemas Hidráulicos de Unidades Slickline en la empresa Equipo Petrolero S.A Equipetrol durante el año 2024

Abstract

The main objective of this work is to establish maintenance strategies to optimize and prolong the useful life of the hydraulic systems of the Slickline units. Furthermore, the importance of these strategies in the efficiency of the units while carrying out work in the well is highlighted. The maintenance area is essential in the company because it plays a fundamental role in the reliability of slackline services. Work is often stopped due to poor conditions, which causes a delay in operations. The loss of time is not the most convenient for any team, due to this in the following writing, the development of strategies for optimizing hydraulic systems in slackline units is presented. Carrying out costs associated with the service and the acquisition of spare parts facilitates the analysis of costs and benefits, allowing informed decisions to be made about the execution of maintenance or improvements in the area, in turn allowing resources to be allocated efficiently, by foreseeing the future expenses, allowing better planning of payments and purchases, thereby avoiding financial surprises. A properly structured maintenance guide prevents premature failures by ensuring that equipment receives the necessary care at the right time, by scheduling and performing regular maintenance avoids unexpected interruptions in the entity's operations, providing greater continuity in work. The maintenance guide acts as a reference that technicians can consult when specific questions or problems arise regarding the Hydraulic System. Demonstrating the importance of using quality hydraulic spare parts through a comparison of spare parts through laboratory tests allows the establishment of optimal operating parameters, facilitating the detection and diagnosis of problems in early phases. Testing filters, retainers, and hydraulic oil ensure that the hydraulic system operates at maximum efficiency, maintaining adequate pressure and flow. Carrying out tests not only ensures the safe and efficient operation of the system but also generates economic and management benefits, optimizing the operation, and aiming to maintain high-quality standards.