Advanced Chemical Reactor Design

CHME-6640

Analysis of ideal and nonideal chemical reactor operation with simple and multiple homogeneous, heterogeneous, and catalytic reactions. Interplay of chemical and mass and energy and momentum transport processes in model reactors and catalytic particles. Topics include transient and steady-state operation, residence time distribution, multiplicity, stability, selectivity control, and catalyst deactivation.

3 credits

Prereqs:

none

Past Term Data

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Offered as Cross-Listing Only

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	Spring	Summer
		(Session 1)	(Session 2)
2023
2022
2021
2020
2019
2018
2017
2016
2015	Adv Chemical Reactor Design (3c) Joel Plawsky Seats Taken: 17/30
2014	Adv Chemical Reactor Design (3c) Joel Plawsky Seats Taken: 11/30
2013	Adv Chemical Reactor Design (3c) Joel Plawsky Seats Taken: 26/30
2012	Adv Chemical Reactor Design (3c) Joel Plawsky Seats Taken: 14/30
2011	Adv Chemical Reactor Design (3c) Joel Plawsky Seats Taken: 30/30
2010
2009	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 17/22
2008	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 7/22
2007	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 13/22
2006	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 18/22
2005	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 14/30
2004	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 25/30
2003	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 17/30
2002	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 20/30
2001	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 11/30
2000	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 23/25
1999	Adv Chem Reactor Engr (3c) Bruce Nauman Seats Taken: 18/50
1998