Temperature Analysis in the Cooling Process of Chemical Reactors Using Cooling Towers

This project addresses the issues of obsolescence and low efficiency in cooling systems within chemical plants, specifically in the paint industry. Current systems suffer from high production times, high energy consumption, and CO2 emissions, which negatively impact final product quality. The research focuses on the design and numerical simulation of cooling towers and chillers as modern alternatives to improve heat transfer. Using mechanical engineering tools and specialized software such as ANSYS, the research team evaluates the thermal and structural behavior of the proposed systems. The methodological approach includes a state-of-the-art review, engineering calculations, numerical simulations, and validation of results through experimental comparisons. Expected outcomes include optimizing reactor thermal efficiency, reducing operational costs, and minimizing water and energy consumption. The project not only provides technical solutions for the industry but also serves as a foundation for thesis projects and scientific publications, promoting collaboration between academia and the industrial sector.<br/><br/><b>Goal</b>: <br/>Analyze the temperature in chemical reactor cooling processes using cooling towers and chillers to optimize thermal efficiency. The project aims to design and simulate cooling alternatives that improve industrial performance and reduce environmental impact.<br/><br/><b>Research lines</b>: <br/>Simulation of productive and industrial processes