Optimizing CO2 Capture Efficiency: Harnessing IoT and Industry 4.0 for Precise Temperature Analysis in Packed Absorption Columns von Terrero Mariano, Rafael, ZEZATTI FLORES, VICTOR MANUEL, Ojeda Campaña, José Ismael, Ochoa Ortiz, Carlos Alberto, Navarrete Procopio, Miriam

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Analysis of Absorber Packed Height for Power Plants with Post-Combustion CO2 Capture von Navarrete Procopio, Miriam, Urquiza, Gustavo, Castro, Laura

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Saturation of the MEA solution with CO2: Absorption prototype and experimental technique von Procopio, Miriam Navarrete, Urquiza, Gustavo, Castro, Laura, Zezatti, Victor

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Desarrollo de un entorno virtual para operar de forma segura el proceso de desorción utilizando el método HAZOP von Rodríguez Camacho, Marco Luis, Navarrete Procopio, Miriam, Zezatti Flores, Víctor, Ochoa Ortíz, Alberto

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Heat Exchangers

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Analysis of Absorber Packed Height for Power Plants with Post-Combustion CO[sub.2] Capture von Navarrete Procopio, Miriam, Urquiza, Gustavo, Castro, Laura

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Optimization of CO2 Capture Efficiency Through Analysis of Temperature Variables in a Packed Absorption Column von Terrero Mariano, Rafael, Ojeda Campaña, José Ismael, Ochoa Ortiz, Carlos Alberto, Navarrete Procopio, Miriam, Zezatti Flores, Víctor Manuel

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