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A --> B --> C Simule dos variantes de esta reaccin: (1) con temperatura constante del lquido refrigerante (intercambiador de calor de doble tubo); (2)

A --> B --> C

Simule dos variantes de esta reaccin: (1) con temperatura constante del lquido refrigerante (intercambiador de calor de doble tubo); (2) adiabtico.

Trazar la dependencia de la composicin, T, TF , r 1 y r 2 a lo largo del reactor PFR. Encuentre las condiciones que maximizan el rendimiento de B.

Datos termodinmicos: H1 = -20 kJ/mol H 2 = +60 kJ/mol C pA = C pB = C pC = 40 J/molK Tasa de datos: k 1 = exp(40 - 28000/T[K]) s -1 , k 2 = exp(35 - 23000/T[K]) s -1 Geometra: dimetro 25 mm Afluencia: T 0 = 580 K; [A] 0 = 9 M Fluido trmico: constante T F = 690; k h = 150 J/m 2 sK

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