CHEN 2800 S16 Schedule

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2	Approximate class schedule for CHEN 2800 Fundamentals of Process Engineering						Covered	-- Material previously discussed in class
3	1. Schedule will be updated regularly to highlight the materials necessary to review before class.						To do	-- Material to be reviewed before the next class
4	2. Read all book sections and watch all videos before the scheduled class.						Review/Exams
5	--Example: if "Engineering Variables" will be covered in Lecture #3, review the materials in that row before class						Project Intro
6							Days off				Video by LearnChemE
7	contact: Prof. Michael Hoepfner (michael.hoepfner@utah.edu)										Video by Prof. Hoepfner
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10	Week #	Lecture #		Date	Covered Topics	Book Section(s)	Due	Examples	Solutions	Video Link(s)
11	1	1	M	1/9	Syllabus and class introduction
12		2	W	1/11	Unit conversions, linear regression	2.1-2.7, 3.1-3.5		Lecture 2	Solutions	Unit Conversions	Systems of Units and Scienfic Notation	Dimensional Homogeneity
13		3	F	1/13	Engineering variables	3.1-3.5		Lecture 3	Solutions	Linear Interpolation	Introduction to Pressure	Manonmeters	Temperature Units
14	2		M	1/16	NO CLASS, MLK DAY
15		4	W	1/18	Intro to matl. balances (single units), deg. of freedom	4.1-4.3		Lecture 4	Solutions	Genearl Balance Equation	Balance on a Tank	Basis and Scaling a Balance
16		5	F	1/20	Degrees of freedom, balance procedure	4.1-4.3	HW 1	Lecture 5	Solutions	Degrees of Freedom Intro	Degrees of Freedom on a Process	Mass Balance Procedure
17	3	6	M	1/23	Multiple unit balances, bypass and recycle	4.4, 4.5		Lecture 6	Solutions	Balance on a Splitter	DoF on a Multiple Unit Processes 1	DoF on a Multiple Unit Process 2
18		7	W	1/25	Balances on reactive systems	4.6-4.7		Lecture 7	Solutions	Stoichiometery Review	Extent of Reaction	Chemical Equilibrium	Fractaional Conversion	Methods for Reactive Balances
19		8	F	1/27	Combustion reactions	4.8	HW 2	Lecture 8	Solutions	To do: Combustion Reactions	Excess Air	Wet to Dry Basis	Dry to Wet Basis
20	4	9	M	1/30	Example problems of material balances	4.1-4.8		Lecture 9	Solutions
21		10	W	2/1	Single phase systems, ideal gas law	5.1, 5.2		Lecture 10	Solutions	Ideal Gas Law	Standard Temperature & Pressure
22			F	2/3	Practice Exam		HW 3
23	5	11	M	2/6	Real gases and additional equations of state	5.3, 5.4		Lecture 11	Solutions	Non-Ideal Gases	Critical Point	Example of Critical Point	Compressibility Factor Example
24			W	2/8	Review	2.1-5.4
25			F	2/10	MIDTERM #1	2.1-5.4
26	6	12	M	2/13	Multiphase systems, phase diagram, Gibbs phase rule	6.1-6.3		Lecture 12		Vapor Pressure	Humidity and Psychrometrics	Raoult's Law	Gibbs Phase Rule
27		13	W	2/15	Multicomponent gas-liquid systems	6.4				Flash Calculation	Bubble and Dew Points	Pxy and Txy Diagrams	Lever Rule Derivation
28			F	2/17	Midterm #1 discussion		HW 4
29	7		M	2/20	NO CLASS, PRESIDENT’S DAY
30		14	W	2/22	Multicomponent gas-liquid systems	6.4
31			F	2/24	Project discussion		HW 5
32	8	15	M	2/27	Solid-liquid and liquid-liquid equilibrium	6.5-6.6				Liquid-Liquid Extraction
33		16	W	3/1	Liquid-liquid equilibrium and extraction	6.6
34		17	F	3/3	First law of Thermo, forms of energy, closed balances	7.1-7.4	HW 6			Forms of Energy	Enthalpy Introduction	Open and Closed E-Balances
35	9	18	M	3/6	Reference States, changes in temperature and pressure	7.5, 8.2-8.3				Reference States & Enthalpy Changes	Constructing Enthalpy Tables (0 - 6:30)
36		19	W	3/8	Single phase energy balance examples	8.2-8.3
37		20	F	3/10	Single phase energy balance examples	8.2-8.3	HW 7
38	10		M	3/13	SPRING BREAK
39			W	3/15	SPRING BREAK
40			F	3/17	SPRING BREAK
41	11	21	M	3/20	Enthalpy of phase changes	8.4				Estimating Heat of Vaporization	Constructing Enthalpy Tables (6:30 - end)
42		22	W	3/22	Energy balance with phase changes	8.4
43			F	3/24	Project discussion		Proj. P1
44	12	23	M	3/27	Mixing and solution, heat of reaction	8.5, 9.1
45		24	W	3/29	Heats of reaction and formation, Hess's Law	9.1-9.4				Hess's Law
46		25	F	3/31	Review of energy balances	9.1-9.4	HW 8
47	13	26	M	4/3	Energy balances on reactive processes	9.5
48			W	4/5	Review
49			F	4/7	MIDTERM #2
50	14	27	M	4/10	Energy balances on reactive processes	9.5
51			W	4/12	Adiabatic reactors, heating values	9.5-9.6
52		28	F	4/14	Midterm #2 discussion		HW 9
53	15	29	M	4/17	Example balances on reacting systems	9.1-9.6
54		30	W	4/19	Balances on transient processes	11.1-11.4
55		31	F	4/21	Balances on transient processes (cont.)	11.1-11.4	Proj. P2
56	16		M	4/24	Last day of lecture, final review		HW10
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58			T	5/2	COMPREHENSIVE FINAL EXAM (8:00-10:00 AM)
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