ChE 344 Course Syllabus


Instructors

Professor: H. Scott Fogler
Office Hours: Tu Th 3:30-4:30

Teaching Assistants: Probjot Singh, Barry Wolf, Anuj Hasija
TA Office Hours: 3074G DOW, MW 2-6, F 11-12, Sa 11-12
(Sa hours - trial 1st 4 weeks)
 

Texts

  • The Elements of Chemical Reaction Engineering
       H. Scott Fogler
  • Problem Solving in Chemical Engineering with Numerical Methods
       Cutlip & Shacham (recommended)
  • The Elements of Style
       Strunk & White (recommended)
 

Schedule

January     February     March     April

1) Thursday, January 7

Topic: Introduction, POLYMATH, Mole balances
Finish Reading: Preface

2) Tuesday, January 12

Topic: Design equations, Rate versus X plots, Reactor staging
Finish Reading: Chapter 1, P1-8, Appendix A, Course Guidelines from the Web
Hand In: 1-1 (try to keep a notebook of items similar to P1-1 for each chapter), 1-2(c), 1-3, 1-18, homework group and signed rules sheet
ICM: Kin Chal 1 (25 min)
Study Problems: 1-10,1-12

3) Thursday, January 14

Topic: Rate laws, Stoichiometry
Finish Reading: Chapter 2, CDP2-B, Chapter 3, pp 68-77
Hand In: 2-6, 2-7, 2-11
ICM: Staging (32 min)
Class Problem: 1
Study Problems: 2-2,2-5, CDP2-A

4) Tuesday, January 19

Topic: Expressing CA as a function of X or (FA/FT)
Finish Reading: Chapter 3
Hand In: 3-1(a,b), 3-3, 3-6, 3-7, 3-8, 3-9(a)
ICM: Kin Chal 2
Class Problems: 2
Study Problems: 3-10, 3-14, 3-18, CDP3-AB

5) Thursday, January 21

Topic: Isothermal reactor design
Finish Reading: Chapter 4, pp 125-138
Hand In: 3-9(c,d)
ICM: Mystery Theater
Class Problems: 3
Study Problems: 4-3

6) Tuesday, January 26

Topic: Irreversible reactions
Finish Reading: Chapter 4, pp 138-154
Hand In: 4-2(a), 4-6, 4-8(a)
Class Problems: 4
Study Problems: 4-11

7) Thursday, January 28

Topic: Reversible reactions, Pressure drop
Class Problems: 5
Finish Reading: Chapter 4, pp 154-182; Appendix C (omit Spherical Reactors, pp 168-173)
Study Problems: 4-2, 4-9
Hand In: 4-12

8) Tuesday, February 2

Topic: Membrane Reactors
Class Problems: 6
Finish Reading: Chapter 4, pp 182-187
Study Problems: 4-15, 4-19
Hand In: 4-2(b,d,j), 4-13, 4-20

9) Thursday, February 4

Topic: Semibatch Reactors
Class Problems: 7
Finish Reading: Chapter 4, pp 187-197 (omit Sections 4.7.3 and 4.8)
Additional Reading: Integrating Factor
Study Problems: 4-27, 4-31
Hand In:
ICM: Tic Tac

10) Tuesday, February 9

Topic: Analysis of Rate Data
Class Problems: 8
Finish Reading: Chapter 5 (omit Section 5.3, Example 5-4, Sections 5.5.1 and 5.5.3, and pp 262-267); Appendix A.3; Wetlands Module; P4-17
Hand In: 4-2(f,g), 4-5(e,f), 4-25, 4-26

11) Thursday, February 11

Topic: Multiple Reactions
Class Problems: 9
Finish Reading: Chapter 6, pp 282-304
Study Problems: 5-8, 5-20
Hand In: 5-3
ICM: Ecology Part I

12) Tuesday, February 16

Topic: Multiple Reactions
Class Problems: 10
Finish Reading: Chapter 6, pp 304-316
Study Problems: 6-4, 6-6, 6-12
Hand In: 5-4, 5-19, 6-8

13) Thursday, February 18

Topic: Multiple Reactions, OEP Discussion
Class Problems: 11
Finish Reading: Chapter 6
Study Problems: 6-16, 6-18
Hand In: 6-4(a,b)

14) Tuesday, February 23

Topic: Heat Effects, Energy Balance
Finish Reading: Chapter 8, pp 383-406
Hand In: 6-13, 6-20

15) Thursday, February 25 - MIDTERM EXAM I

Part I (80%): In-class 8:30 AM (closed book, note, web)
Part II (20%): Due 9 AM Feb 26 to Barry Wolf 3106 DOW (open book, note, web)
Crib Sheet


SPRING BREAK

16) Tuesday, March 9

Topic: CSTR and PFR Algorithms
Class Problems: 12
Finish Reading: Chapter 8, pp 406-459
Study Problems:  
Hand In: 8-2(d), Interim OEP Report Outline
ICM: Heat Effects I - Basketball

17) Thursday, March 11

Topic: Interstage Cooling
Class Problems: 13
Finish Reading: Chapter 8, pp 460-473
Study Problems: 8-6, 8-7
Hand In: 8-5(omit e and f)

18) Tuesday, March 16

Topic: Multiple Steady States
Class Problems: 14
Finish Reading: Chapter 8, pp 474-498
Study Problems: 8-9, 8-10, 8-12
Hand In: 8-3, 8-8

19) Thursday, March 18

Topic: Multiple Reactions, Unsteady State
Class Problems: 15
Finish Reading: Chapter 8, pp 500-510; Chapter 9, pp 534-548
Study Problems: 8-21, 8-22
Hand In: Group Problem 8-20(omit g)
ICM: Heat Effects II

20) Tuesday, March 23

Topic: Unsteady Steady State, Control of Reaction
Class Problems: 16
Finish Reading: Chapter 9, pp 549-572
Study Problems: 8-31
Hand In: 8-30 (value = 1/3 of Midterm Exam) to be worked individually

21) Thursday, March 25

Topic: Octane Ratings
Class Problems:
Finish Reading: Chapter 10, pp 581-591
Study Problems: 9-2, 9-11
Hand In: 9-2(e)

22) Tuesday, March 30

Topic: Catalysis
Class Problems: 17
Finish Reading: Chapter 10, pp 592-620
Study Problems: 10-4, 10-5, 10-7
Hand In: 9-3, 10-3, 10-8

23) Thursday, April 1

Topic: CVD, Catalyst Decay
Class Problems: 18
Finish Reading: Chapter 10, pp 620-633
Study Problems: 10-12, 10-13, 10-14
Hand In:
ICM: Heterogeneous Catalysis

24) Tuesday, April 6

Topic: Catalyst Decay, Moving Bed Reactors
Class Problems: 19
Finish Reading: Chapter 10, pp 634-659
Study Problems: 10-21, 10-24(a)
Hand In: 10-10 (use Regression)

25) Thursday, April 8

Topic: STTR
Class Problems: 20
Finish Reading:
Study Problems: 10-16
Hand In: Group Problems 10-18, 10-21(a,b)

26) Monday, April 12 - MIDTERM EXAM II

Group A: 5:30-8:00 Media Union
Group B: 8:15-10:45

27) Tuesday, April 13 - NO CLASS

(Work on OEP)

28) Thursday, April 15 - NO CLASS

(Work on OEP)

29) Tuesday, April 20 - OEP POSTER PRESENTATIONS

(3-6 pm)

26) Thursday, April 22 - FINAL EXAM

  10:30 AM Media Union



Return to Syllabi