This module presents the student with a set of five reactors (CSTRs and PFRs) and asks him/her to connect them in series. The goal is to maximize the product flowrate for a given reaction, while maintaining a minimum conversion of 75%. The student is provided with a graph of -FAo/rA vs X, and the reactors' volumes are specified. The student may arrange the reactors in any order, and he/she may also vary the inlet flowrate. Each arrangement of reactors may be tested using a simulator that provides instant feedback for any change in reactor order or inlet flowrate.

The student may at any time access a reference section that reviews the derivation of the design equations for PFRs and CSTRs, clarifying the change in conversion down a PFR, and the well-mixedness of the CSTR: 

The reactor optimization simulator can also be run independently of the scenario.  This allows the professor to present the student with a variety of open-ended problems to be investigated using the simulator.

The student’s score is based on the conversion achieved, as well as the total flow rate of material produced.

This module makes use of a scenario to increase the level of interest of the student.  In the scenario, the student must generate a sufficient amount of an antidote of high enough purity to help Mr. Hyde get back to his Dr. Jeckyll persona.

Instructions for installing and using the ICMs are available.