Evaluación económica de manganeso impregnado con Cu para captura de CO2 en combustión con transportadores sólidos de oxígeno
Palabras clave:
Transportadores sólidos de oxígeno, Mineral de manganeso, Impregnación de cobre, Indice de velocidad, vida útil de las partículasBarra lateral del artículo
Contenido principal del artículo
Introducción: la combustión con transportadores sólidos de oxígeno (CLC por sus siglas en inglés) es una tecnología prometedora para la captura de CO2.
Objetivo: este estudio tuvo como objetivo evaluar el mineral de manganeso impregnado con Cu (OXMN009P) como un transportador de oxígeno eficaz para este proceso, utilizando específicamente CO y H2 como combustibles.
Metodología: la metodología implicó análisis termogravimétrico (TGA) y pruebas en un reactor de lecho fluidizado discontinuo (bFB) para evaluar el rendimiento del material.
Resultados: los resultados mostraron que OXMN009P exhibió un índice de velocidad de reacción (RI) que oscilaba entre 6.1 y 20.1% /min. También logró altas eficiencias de conversión de combustible, casi el 100% para H2 y aproximadamente el 70% para CO, lo que demuestra una reactividad y capacidad de transporte de oxígeno mejoradas. Además, la vida útil de las partículas se extendió a 2031 horas, lo que reduce significativamente la las reposiciones anuales de inventario de sólidos.
Conclusiones: en conclusión, el análisis económico sugiere que el costo del material de OXMN009P no sería un factor limitante para la implementación de la tecnología CLC.
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