Nanociencia, Materiales y Procesos: Tecnología Química de Frontera (2013) |
Asignaturas |
INGENIERÍA DE REACTORES |
Contenidos |
DATOS IDENTIFICATIVOS | 2023_24 |
Asignatura | INGENIERÍA DE REACTORES | Código | 20705223 | |||||
Titulación |
|
Ciclo | 2º | |||||
Descriptores | Cr.totales | Tipo | Curso | Periodo | ||||
6 | Optativa | Primer | 2Q |
Competencias | Resultados de aprendizaje | Contenidos |
Planificación | Metodologías | Atención personalizada |
Evaluación | Fuentes de información | Recomendaciones |
tema | Subtema |
Introduction | The conservation equations of mass, energy and momentum, and their application to reactor design. Numerical solution of the design equations: introduction to COMSOL. |
Homogeneous reacting systems | Tubular reactors in laminar flow and turbulent flow. Mixed reactors. |
Modeling and simulation of two-phase catalytic reactors | Mass and energy transfer in a single particle of catalyst. Catalytic packed-bed and catalyst-monolith reactors. Fluidized bed reactors. Membrane reactors. |
Three-phase catalytic reactors | Overview of three-phase reactors. Mixed systems: stirred tank slurry reactors. Tubular systems: Trickle-bed and slurry bubble column reactors, and reactors based on catalyst monoliths under Taylor and falling film flows. Introduction to reactive distillation. |