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Revision as of 18:37, 4 February 2013

Introduction to Reactor Design: CHE 3K4

Administrative

Class materials

Announcements (previous ones) or follow @3k4reactors

Tutorial 4 has been posted; it is due as assignment 3A on 11 February. No late hand-ins on this one, because solutions will be posted right away so you can study for the midterm on 13 February.
- Note that in question 1, the correct value for \(K_C= 100\,\text{mol.m}^{-3}\).

Topic	Latest slides (last update, version #)
0. Course outline and overview	PDF
1. Mole balances	PDF (16 Jan, 19:00, v23)
2. Conversion and reactor sizing	PDF (21 Jan, 19:45, v26)
3. Rate laws and stoichiometry	PDF (31 Jan, 19:50, v28)
4. Isothermal reactor design	No slides yet, everything is on the board
5. Collection and analysis of rate data
6. Multiple reactions
7. Steady-state nonisothermal reactor design
8. Distributions of residence times
9. Course wrap up

Assignments, projects, exams

Course calendar

Assignments and Tutorials (by week number)

Week number	Tutorial	Assignment
1	Tutorial 1 and assignment 1 (with solutions)
2	Tutorial 2	Assignment 2
3	Tutorial 3	Assignment 2
4	Tutorial 4	Assignment 3

Tests, exams and project

See all your course calendars here: http://learnche.mcmaster.ca/calendar

@@ Line 25: / Line 25: @@
 * Details about the [[Written_midterm_-_2013|midterm are posted]].
-* For the class on Thursday, 31 January
-** Print and bring the [[Media:Stoichiometric-tables.pdf|handout from Monday's class on stoichiometric tables]].
-** Bring the [[Media:04B-stoichiometric-tables.pdf| handout from Wednesday's class on stoichiometric tables]].
-** If you like, print the [[Media:2013-3K4-Class-04B.pdf|slides used in class on Wednesday]].
 * Complete solutions have been posted for [[Assignment 1 - 2013|assignment 1]].
 * [[Tutorial 4 - 2013|Tutorial 4]] has been posted; it is due as assignment 3A on 11 February. No late hand-ins on this one, because solutions will be posted right away so you can study for the  [[Written_midterm_-_2013|midterm on 13 February]].
+** Note that in question 1, the correct value for \(K_C= 100\,\text{mol.m}^{-3}\).
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