che111p syllabus mapua
TRANSCRIPT
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CourseCode:
CHE111PCourseTitle:
CHEMICAL ENGINEERINGCALCULATIONS 1
Course
Description:
This is a course that introduces the students to units and dimensions of measures
of physical and chemical properties of materials commonly encountered inchemical engineering calculations and, more importantly, to material andenergy balances for non-reactive processes. Credit: 3 units. Prerequisites:CHM110. CHE101.
Status: RevisedDateEffective:
S.Y. 2013-2014 /2
DateRevised:
S.Y. 2013-2014 /2
Pre-
requisite:
CHE101,CHM110,CHM111,
CHM112,MATH15,MATH15-1
Co-
requisite:
Credits: 3
PreparedBy:
MARQUEZ, ARIZIEL RUTH (DIZON)
VISION
Description
Mapa shall be among the best universities in the world.MISSION
Description
aThe Institute shall provide a learning enviroment in order for its students to acquire theattributes that will make them globally competitive.
b The Institute shall engage in economically viable research, development, and innovation.
cThe Institute shall provide state-of-the-art solutions to problems of industries andcommunities.
PROGRAM EDUCATIONAL OBJECTIVES
Description a b c
1To enable our graduates to practice as successful chemical engineers for theadvancement of society.
X X X
2 To promote professionalism in chemical engineering practice. X X X
STUDENT OUTCOMES
Description 1 2
a An ability to apply knowledge of mathematics, science and engineering X
b An ability to design and conduct experiments, as well as to analyze and interpret data X
c An ability to design a system, component, or process to meet desired needs X X
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d An ability to function in multidisciplinary teams X X
e An ability to identify, formulate, and solve engineering problems X
f An understanding of professional and ethical responsibility X X
g An ability to communicate effectively X X
hThe broad education necessary to understand the impact of engineering solutions inthe global and societal context
X X
i A recognition of the need for, and an ability to engage in life-long learning X X
j A knowledge of contemporary issues X X
kAn ability to use techniques, skills, and modern engineering tools necessary forengineering practice
X X
COURSE OUTCOMES
Description a b c d e f g h i j k
1Define, determine, and convert the different chemical processvariables such as pressure, temperature, composition, flow rates, andother related properties
R
2Solve material balance problems on single-unit operation with theability to draw and label an appropriate flowchart for a given processdescription and choose a convenient basis for calculation.
I
3Solve material balance problems on multiple-unit, recycle and by-pass operations for non-reactive processes.
I
4
Solve material balance problems involving vaporization andcondensation, gas drying and gas absorption processes with theability to identify the appropriate gas laws to be used to solve forprocess variables for mixtures of condensable and non-condensablegases.
I
5Apply the first law of thermodynamics and solve energy balance
problems on single-unit operations for non-reactive processes.
I
COURSE COVERAGE
Week
RangeCO# Topic TLA AT
1 - 2 CO1
Review of Units and
Dimensions
Systems of UnitsConversion
DimensionalHomogeneity/Analysis
Process and Process Variables
Mass and VolumeFlow rateChemical Composition
Lecture(Lecture on thedifferent processes and processvariables involvingconversions such as mass tovolume, mass to mole, etc. and
temperature and pressure.)Problem solving(Instructor willsolve problems about Unitsand Dimensions and Processand Process Variables.)
ExamWorksheet1 - 2
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PressureTemperature
3 - 4 CO2
Introduction to Material
Balance
Strategies in solving materialbalance problemsDraw diagram/flow chartChoosing a basisOverall and ComponentBalances
Material Balance for Non-
reactive Processes
MixingDryingEvaporationDistillationFiltrationExtractionCrystallization
Lecture(Lecture on MaterialBalance Strategies; Choosing a
Basis, Flow Chart, and UnitOperations.)Problem solving(Instructor willsolve material balanceproblems applied to all unitoperations considering oneoperation at a time.)
ExamWorksheet
3 - 4
5 - 6 CO3
Material Balance involving
Multiple Units
Setting Boundaries for balances- around the system- around a unit operation- around sub-systems
Recycle, By-pass, and Purge
Material balance calculationswith recycle, by-pass or purge
Lecture(Lecture on MaterialBalance on a Multiple UnitOperation, Recycle, By-Passand Purge.)Problem solving(Instructor willsolve problems involvingMultiple Unit Operations,Recycle. By-pass and Purge.)
ExamWorksheet5
7 - 8 CO4
Review of Gas Laws and Gas
Principles
Boyles LawCharles LawCombined Gas LawIdeal Gas LawDaltons Law of Partial Pressure
Gas Mixtures
Gas-Liquid System: OneCondensable Component
Humidity and Saturation
Material Balance Involving
Gases
Humidification/DehumidificationGas Drying
Discussion(Review of differentGas Laws and Gas Principles)Lecture(Lecture aboutSaturation/Humidity involvingone condensable component.)Problem solving(Instructor willsolve problems involvingHumidification/Dehudification,Gas Drying and GasAbsorption.)
Exam 2Worksheet6 - 8
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Gas Absorption
9 - 10 CO5
First Law of Thermodynamics
System, Surroundings,
Properties, Energy, Heat andWork, First Law equation
Energy Balance for Non-
reactive Processes
Change in Pressure at constant TChange in Temperature atconstant PChange in Phase at constant Tand P
Lecture(Lectrure about FirstLaw of Thermodynamics andEnergy Balance for Non-
Reactive Processes.)Problem solving(Instructor willsolve problems on EnergyBalance for Non-ReactiveProcesses.)
Exam 2Worksheet9
11
CO1,CO2,CO3,CO4,CO5
FinalExam
LIFE-LONG LEARNING OPPORTUNITIES
No data to be displayed.
CONTRIBUTION OF COURSE TO MEETING THE PROFESSIONAL COMPONENT
DescriptionWeight
(%)
Engineering Topics 95
General Education 5
TEXTBOOKS
Description
Himmelblau, David M, Basic Principles and Calculations in Chemical Engineering, 7th ed,2004
COURSE EVALUATION
Course
OutcomeAT AT Description Remarks
Weight
(%)
Min. Ave
(%)
CO 1 Ex ExamMaterial Balance Calculations
involving solid and liquids.4 65.00
CO 1 FE Final Exam 4 65.00
CO 1 Ws Worksheet Units and Dimensions 1 65.00
CO 1 Ws 2 Worksheet Process and Process Variables 1 65.00
CO 2 Ex ExamMaterial Balance Calculations
involving solid and liquids.9 65.00
CO 2 FE Final Exam 8.67 65.00
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CO 2 Ws 3 WorksheetFlow charting and Choosing a
basis2 65.00
CO 2 Ws 4 Worksheet Single Unit Material Balance 2 65.00
CO 3 Ex Exam Material Balance Calculationsinvolving solid and liquids. 7 65.00
CO 3 FE Final Exam 7.33 65.00
CO 3 Ws 5 WorksheetMultiple Unit, Recycle, By-
pass, Purge4 65.00
CO 4 Ex 2 ExamMaterial Balance Calculations
involving one condensablecomponent.
10 65.00
CO 4 FE Final Exam 11.33 65.00
CO 4 Ws 6 WorksheetReview of gas laws and
principles1 65.00
CO 4 Ws 7 Worksheet Saturation and Humidity 3 65.00
CO 4 Ws 8 WorksheetHumidification,
Dehumidification, Gas Drying, Gas Absorption
3 65.00
CO 5 Ex 2 ExamMaterial Balance Calculations
involving one condensablecomponent.
10 65.00
CO 5 FE Final Exam 8.67 65.00
CO 5 Ws 9 WorksheetEnergy Balance for non-
reactive processes.3 65.00
GRADING SYSTEM
Min Grade Max Grade Grade
0.00 64.99 5.00
65.00 68.99 3.00
69.00 72.99 2.75
73.00 76.99 2.50
77.00 80.99 2.25
81.00 84.99 2.00
85.00 88.99 1.75
89.00 92.99 1.50
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93.00 96.99 1.25
97.00 100.00 1.00
OTHER COURSE POLICIES
Title Description
Attendance
According to CHED policy, total number of absences by thestudents should not be more than 20% of the total number ofmeetings or 15 hours for this course.Student incurring more than15 hours of unexcused absences automatically gets a failinggrade regardless of class standing.
Language of InstructionLectures, discussion, and documentation will be in English.Written and spoken work may receive a lower mark if it is, in
the opinion of the instructor, deficient in English.
Honor, Dress andGrooming Codes
All of us have been instructed on the Dress and GroomingCodes of the Institute. We have all committed to obey andsustain these codes. It will be expected in this class that each ofus will honor the commitments that we have made. For thiscourse the Honor Code is that there will be no plagiarizing onwritten work and no cheating on exams. Proper citation must begiven to authors whose works were used in the process ofdeveloping instructional materials and learning in this course. Ifa student is caught cheating on an exam, he or she will be given
zero mark for the exam. If a student is caught cheating twice,the student will be referred to the Prefect of Student Affairs andbe given a failing grade.
Consultation Schedule
Consultation schedules with the Professor are posted outside theChE-Chm Faculty room and in the Schools web-page (http://che-chm.mapua.edu.ph ). It is recommended that thestudent first set an appointment to confirm the instructors
availability.
Examination
There will be 2 examinations equivalent to 20% each. Studentsare allowed to take each examination up to two times shouldthey fail to score at least 80% in each attempt. Every time astudent fails, He/She will be required to attend a clinic classprior to the next examination attempt. If he/she fails to score atleast 80% in the second attempt, the highest score that he/sheobtained in the two attempts will be recorded as his/her score forthat examination.
WorksheetStudents are required to answer all worksheet assigned per topicas scheduled. The total score for the worksheets will be
equivalent to one examination, that is 20%.
OTHER REFERENCES
Type Description
BooksFelder and Rousseau, Elementary Principles of Chemical Processes, 3rd edition,John Wiley & Sons, 2000
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BooksHougen, Watson and Ragatz, Chemical Process Principles, 2nd edition, Wiley,1954
Websites http://www.leto.net/research/ucf/resources.html
COURSE MATERIALSDescription
Syllabus
Course schedule for lectures and exams
Lecture Note Presentations
COMMITTEE MEMBERS
Members
BERNABE, DANTE (PAJARILLAGA)
CAPARANGA, ALVIN (R)
DE JESUS, MEDARLO (BUENAVENTURA)
MARQUEZ, ARIZIEL RUTH (DIZON)
ORDOO, EMMA (EVANGELISTA)
SORIANO, ALLAN (NANA)
Approver
Name
CAPARANGA, ALVIN (R)
Date Printed: Wednesday, October 8, 2014 3:30:29 PM