Desarrollo de un entorno virtual para operar de forma segura el proceso de desorción utilizando el método HAZOP

MIRIAM NAVARRETE PROCOPIO VICTOR MANUEL ZEZATTI FLORES (2024)

En este trabajo se describe la metodología del desarrollo de un entorno virtual para el monitoreo de la seguridad industrial de un proceso de desorción a escala laboratorio. La metodología HAZOP fue utilizada para la identificación de los riesgos en el proceso de desorción, analizando de manera particular la alimentación del vapor. Los programas de cómputo Blender y Unity fueron utilizados para el desarrollo del entorno virtual y Python y C# para la programación de scripts. Con la interfaz gráfica desarrollada, el usuario pudo establecer las condiciones de operación del proceso de desorción para predecir las situaciones de riesgo y tomar decisiones previo a la operación física del equipo.

This work describes the methodology for the development of a virtual environment to industrial safety monitoring of a desorption process on a laboratory scale. The HAZOP methodology was used to identify risks in the desorption process, specifically the steam feed. The computer programs Blender and Unity were used for the development of the virtual environment and Python and C# for script programming. With the developed graphical interface, the user was able to set the operating conditions of the desorption process to predict risk situations and make decisions before the physical operation of the equipment.

Artículo

INGENIERÍA Y TECNOLOGÍA CIENCIAS TECNOLÓGICAS Realidad virtual, Seguridad Industrial, Proceso de desorción, Método HAZOP

OPTIMIZING THE TRANSFER OF ENERGY IN A HEAT EXCHANGER MINIMIZING THE CORROSION PROBLEMS IN PIPES IN A HYDROELECTRIC POWER STATION USING DATA MINING AND SUPPORT VECTOR MACHINE

VICTOR MANUEL ZEZATTI FLORES GUSTAVO URQUIZA BELTRAN MIGUEL ANGEL BASURTO PENSADO LAURA LILIA CASTRO GOMEZ (2019)

This research is based on the operation tube heat exchangers, their use and problematic on hydroelectric power plants. It is based on the design heat exchanger tubes for industrial use, which took the parameters of operation, design, working fluids (air and water) and conditions to assemble a monitoring equipment at appropriate scale for the laboratory, with the necessary measurement instruments to analyze the behavior of heat energy transfer by means of thermocouples, the velocity of the air with a hot wire anemometer and the flow of water with a turbine flow meter, in pipes of different materials: copper, steel 1018 and stainless steel 316L, all in ideal conditions, and with this to found a comparative parameter with pipes of the same materials but under conditions of deterioration with the presence of forced oxidation and with the data mining and support vector machine can be minimized the corrosion problems in pipes.

Artículo

INGENIERÍA Y TECNOLOGÍA CIENCIAS TECNOLÓGICAS Data Mining, Support Vector Machine, Pattern Recognition and Decision Support System, heat exchangers.

Implementation of a Nickel-Electroless Coating in Heat Exchanger Pipes Considering the Problem of the Environmental Conditions ofthe Cooling Water Without Recirculation to Increase the Effectiveness Under Uncertainty

VICTOR MANUEL ZEZATTI FLORES GUSTAVO URQUIZA BELTRAN MIGUEL ANGEL BASURTO PENSADO LAURA LILIA CASTRO GOMEZ JUAN CARLOS GARCIA CASTREJON (2022)

This research is based on the operation tube heat exchangers, their use and problematic on hydroelectric power plants. It is based on the design heat exchanger tubes for industrial use, which took the parameters of operation, design, working fluids (air and water) and conditions to assemble a monitoring equipment at appropriate scale for the laboratory, with the necessary measurement instruments to analyze the behavior of heat energy transfer by means of thermocouples, the velocity of the air with a hot wire anemometer and the flow of water with a turbine flow meter, in pipes of different materials: copper, steel 1018 and stainless steel 316L, all in ideal conditions, and with this to found a comparative parameter with pipes of the same materials but under conditions of deterioration with the presence of forced oxidation and with the data mining and support vector machine can be minimized the corrosion problems in pipes.

Artículo

INGENIERÍA Y TECNOLOGÍA CIENCIAS TECNOLÓGICAS Data mining, Support Vector Machine, Pattern Recognition and Decision Support System, Heat exchangers