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grupo de ejercicios de diseño de reactores casos practicos de ocon tojo

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eeste documentos tiene un grupo de ejercicios del libro de ocon tojo de la asignatura de diseño de reactores

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UNIVERSIDAD NACIONAL
PEDRO RUIZ GALLO
FACULTAD DE INGENIERIA
QUIMICA E INDUSTRIAS
ALIMENTARIAS

ESCUELA DE INGENIERIA QUIMICA

Asignatura
OPE416-21A Diseño de Reactores


Informe de Tareas 1 a 4


PRESENTADO POR:
1. De la Cruz Calopino James Jireth Autor
2. Diaz López Jorge Félix Autor
3. Espinal Vásquez Katherin Romina Autor
4. López Caballero Christian Anderson Autor
5. Sánchez de la Cruz Percy Ismael Autor



REVISADO POR:
José Luis Venegas Kemper Asesor




LAMBAYEQUE- PERU
2021

,Contenido

Objetivos................................................................................................................................................1
Objetivo general................................................................................................................................1
Objetivos específicos.........................................................................................................................1
Tarea 1...................................................................................................................................................2
Ejercicio 1-6.......................................................................................................................................3
Ejercicio 1-7.......................................................................................................................................4
Ejercicio 1-9.......................................................................................................................................5
Ejercicio 1-10.....................................................................................................................................6
Ejercicio 1-15.....................................................................................................................................7
Tarea 2.................................................................................................................................................12
Ejercicio 2-4:....................................................................................................................................12
Ejercicio 2-7.....................................................................................................................................13
Ejercicio 2-9:....................................................................................................................................16
Ejercicio 2-12...................................................................................................................................17
Tarea 3.................................................................................................................................................21
Ejercicio 2-4.....................................................................................................................................21
Ejercicio 2-5.....................................................................................................................................22
Ejercicio 2-7.....................................................................................................................................23
Ejercicio 2-8:....................................................................................................................................26
Ejercicio 2-9.....................................................................................................................................29
Ejercicio 2-10...................................................................................................................................32
Ejercicio 2-12...................................................................................................................................32
Tarea 4.................................................................................................................................................34
Ejercicio 3.2......................................................................................................................................34
Ejercicio 3-7.....................................................................................................................................36
Ejercicio 3-10: (Fogler, 2008, pag 134).............................................................................................36
Conclusiones........................................................................................................................................38
Bibliografía...........................................................................................................................................39




ii

, Objetivos

Objetivo general

- Aplicar la ecuación general de balance de moles y las leyes de velocidad, para
deducir ecuaciones específicas en función a los moles o la conversión que
permitan diseñar reactores intermitentes y de flujo.

Objetivos específicos

- Analizar qué tipo de reactores se utilizan en el proceso de nitrobenceno
- Calcular el volumen de un CSTR y un PFR a partir de la ley general de balance
de moles.
- Hallar la velocidad de la reacción de un reactor CSTR y PFR.
- Calcular los volúmenes de un CSTR y PFR a partir de la gráfica de Levenspiel.
- Determinar la ley de velocidad elemental para reacciones irreversibles y
reversibles.
- Calcular el espacio y tiempo en un reactor PFR y CSTR.
- Hallar la conversión y volumen para dos reactores en serie.




1

, Tarea 1



Analiza el proceso de obtención de nitrobenceno, en el diagrama de flujo de la
página 28 del texto de Fogler (2008) ¿Qué tipos de reactores se utilizan?




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