Wang, Xianqin

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New Jersey Institute of Technology Digital Commons @ NJIT Chemical and Materials Engineering Syllabi NJIT Syllabi Spring 2020 CHE 240-002: Chemical Process Calculation II Xianqin Wang Follow this and additional works at: https://digitalcommons.njit.edu/cme-syllabi Recommended Citation Wang, Xianqin, "CHE 240-002: Chemical Process Calculation II" (2020). Chemical and Materials Engineering Syllabi. 92. https://digitalcommons.njit.edu/cme-syllabi/92 This Syllabus is brought to you for free and open access by the NJIT Syllabi at Digital Commons @ NJIT. It has been accepted for inclusion in Chemical and Materials Engineering Syllabi by an authorized administrator of Digital Commons @ NJIT. For more information, please contact digitalcommons@njit.edu. Spring 2020 Academic Calendar       January 20 Monday Martin Luther King, Jr. Day January 21 Tuesday First Day of Classes January 25 Saturday Saturday Classes Begin January 31 Friday Last Day to Add/Drop a Class January 31 Friday Last Day for 100% Refund, Full or Partial Withdrawal February 1 Saturday W Grades Posted for Course Withdrawals February 3 Monday Last Day for 90% Refund, Full or Partial Withdrawal, No Refund for Partial Withdrawal after this date February 17 Monday Last Day for 50% Refund, Full Withdrawal March 9 Monday Last Day for 25% Refund, Full Withdrawal March 15 Sunday Spring Recess Begins - No Classes Scheduled - University Open March 22 Sunday Spring Recess Ends April 6 Monday Last Day to Withdraw April 10 Friday Good Friday - No Classes Scheduled - University Closed May 5 Tuesday Friday Classes Meet May 5 Tuesday Last Day of Classes May 6 Wednesday Reading Day 1 May 7 Thursday Reading Day 2 May 8 Friday Final Exams Begin May 14 Thursday Final Exams End May 16 Saturday Final Grades Due May  19  Tuesday Commencement - Undergraduate Ceremonies at Prudential (Tentative)                                                    May  20 Wednesday Commencement - Graduate Ceremonies at WEC (Tentative)       1. ChE 240 Chemical Process Calculation II Spring 2020   Session Time Days Where Date Range Schedule Type Instructors 002 1:00 pm - 2:20 pm WF Central King Building 303 Jan 21, 2020 - May 5, 2020 Lecture Xianqin Wang (P)  2. Credits and contact hours (3-0-2) (Lecture hr/wk-lab hr/wk-course credits)  3. Course coordinator/instructor/TA  Dr. Xianqin Wang    Office Hours      Tiernan 360 (office)    Wednesday 11:00AM-12:00PM                 596-5707 (phone)      Friday 10:30AM - 11:30 PM  xianqin@njit.edu  (e-mail)      (note: you can always make appointment with me by email if the office hour time conflicts with your classes)  ChE240 TA : ??    You can consult with TA on questions about the grading of homework assignments, quizzes and/or exams.  4. Specific course information     General:  This course covers the basic principles of energy balances for a variety of engineering systems. Combined with material from other sophomore courses, simple designs of chemical processes are considered. The course also introduces chemical process simulation software.  Pre-requisites:   Undergraduate level CHE 210 Minimum Grade of D and Undergraduate level CHE 230 Minimum Grade of D) or (Undergraduate level CHE 210 Minimum Grade of T and Undergraduate level CHE 230 Minimum Grade of T  Textbook Felder, R. M., Rousseau, R. W., and Bullard, L. G., “Elementary Principles of Chemical Processes”, 4th Edition, John Wiley and Sons, New York, New York, 2016 Recommended–  1) Poling B.E., Prausnits J.M., O’Connell J.P., “The Properties of Gases and Liquids” 5th Edition McGraw-Hill, 2004 2) Perry, R.H. and Green, D.W. Perry's Chemical Engineers' Handbook, - 9th edition, McGraw-Hill, 2018 or earlier editions 3) J.M. Smith, Van Ness, Hendrick, Michael Abbott, Mark Swihart, Introduction to Chemical Engineering Thermodynamics, 6th Edition or newer edition, McGraw  Required Software: Latest versions of Matlab, MS Office, Adobe Reader (all can be downloaded from NJIT IST webpage). Student Mall labs and ChE department PC lab have most of the software. Please see Highlander Pipeline for Matlab tutorial and example programs.  5. Topics  1) Single phase system properties (Volumetric properties of fluid) 2) Multi-phase system properties (G-L, L-L, L-S systems) 3) Energy balance for open and closed systems (1st law of thermodynamics) 4) Energy balance for non-reactive systems (phase change or solution) 5) Energy balance for reactive systems 6) Materials and energy balance for transient systems (derive differential equation and      solve 1st order linear differential equation)  6. Specific course objectives       a. The student will be able to 1) Know basic concepts related to materials and energy balances   2) Draw and label process flowcharts from verbal process descriptions for material       balance  3) Write and solve material balance equations for single phase systems and multi-phase      systems for both steady-state and transient processes and processes with/without       reactions  4) Draw and label process flowcharts from verbal process descriptions for energy       calculation;  5) Write and solve energy balance equations based on the 1st law of thermodynamics for      both steady and transient processes with /without phase change, or dissolving or       absorption, or reactions  6) Use spreadsheets (EXCEL or other software) to solve material and energy balance      problems  7) Be professional and responsible in team activities   8) Solve simultaneous materials and energy balance processes, derive differential       equation and solve 1st order linear differential equation    b. This course explicitly addresses the following student outcomes: a, d, e, f; (1,4,5)   7. Grading   The final grade on a 1000 point basis as follows:   Homework (team work)   100 pts  (10%)  Team project and class workshop    100 pts  (10%)  Quizzes (individual)    100 pts  (10%)  1st term exam (individual)  200 pts  (20%)  2nd term exam (individual)  250 pts  (25%)  Final exam (individual)   250  "  (25%)   Letter grades will be awarded for the following totals:  A  850 and above B+  800-849   "  B  750-799   "  C+  700-749   "  C  650-699   "  D                       550-649   " F   less than 550   "   Before the final exam, those students, who can get above 95% from all homework, all quizzes, all in-class activity and all term exams, can be exempted from final exam.   8. Policies on assignments/exams and classroom policy  Homework policy: Homework assignments will be collected and graded. Homework assignments are the responsibility of the students. You are strongly advised to work on the homework problems because you will NOT learn this material unless you get into the materials “Hands-on”.  Quizzes: There will be quizzes occasionally at the beginning of the class. If you miss the class, you will miss the quiz that day. There will be no makeup quiz! Close book and close notes!  In-class group activities policy: Dates of group activities are not announced in advance.   Students not being present in class when a group activity (which is to be graded) starts, get no credit (zero) for that activity.  Each student will be asked at the end of the semester to confidentially rate his/her performance/effort as well as that of all his/her group-mates.  This rating will reflect the performance when the members were actually present.  Attached is the evaluation form.  The completed evaluation form has to be submitted either as a hard copy in a sealed envelope or as a word-file attached to an e-mail to the instructor.  Evaluation forms are due on May 7th 2020.  Submission of the form after May 7th 2020 and before the final exam will result to the late submitter getting 75% of the credit that he/she would had received if the form was submitted timely.  Submission of the form at the final exam will lead to a further 25% reduction of the credit.  No student will be allowed to take the final exam without prior submission of the self & peer evaluation form.  Exam policy: There will have two term exams and a comprehensive final exam. All exams are open textbook/ instructor lecture notes.  Graded homework problems cannot be used during exams.  Additional personal notes on the course (or solutions to additional problems), copies of class notes, as well as copies of the instructor’s solutions to homework problems are also not allowed to be used during exams. Graded exams will be returned a week after they are taken.    Policy on exams (other than final):  A student must have a compelling reason to miss an exam.  Documentation of the reason (e.g., doctor’s note) is needed for the instructor to consider giving a make-up exam.  A student who cannot make it to an exam needs to either e-mail or call and leave a voice message for the instructor before the exam is held.  A single (comprehensive) make-up exam will be given on the reading day (May 6th 2020) for those who have missed mid-term exam for documented/ legitimate reasons.  Policy on final exam: The final exam will be based on the entire course material.   Students missing the final exam without a documented serious excuse fail the course.  Students missing the final exam with a documented serious reason get an Incomplete.  The Incomplete will be removed after students take the final exam in Fall 2020 (grade to count towards 40% of the composite).  If the course is not offered in Fall 2020, a special make-up final will be scheduled during the Fall 2020 finals week.  Disputing a grade on tests/assignments: If a student has questions about the grade he/she has received on an exam, homework, or group activity he/she must talk to the instructor (or the teaching assistant where appropriate) no later than a week after the graded activity has been returned to students.  No grade change will be made after the one-week period.  Classroom policies: Eating, drinking and the use of telecommunication devices (for any reason, including texting and use as a calculator) are not allowed during class.   9. Tentative Schedule  week date tentative content notes Homework problems HW due week1 1/22/2020 Wednesday Review Ch.1-5 Ch.5: covered examples1/24/2020 Friday Review Ch.5week2 1/29/2020 Wednesday Chapter 6 Ch.6: covered examples Ch.5 HW due1/31/2020 Friday Chapter 6week3 2/5/2020 Wednesday Chapter 62/7/2020 Friday Chapter 6week4 2/12/2020 Wednesday Chapter 7 Ch.7: covered examples Ch.6 HW due2/14/2020 Friday Chapter 7week5 2/19/2020 Wednesday Chapter 72/21/2020 Friday Chapter 8 Ch.8:  covered examples Ch.7 HW dueweek6 2/26/2020 Wednesday Chapter 82/28/2020 Friday Chapter 8week7 3/4/2020 Wednesday Chapter 83/6/2020 Friday 1st term examweek8 3/11/2020 Wednesday chapter 9 Ch.9:  covered examples Ch.8 HW due3/13/2020 Friday workshop week9 3/18/2020 Wednesday no class spring recess3/20/2020 Friday no class spring recessweek10 3/25/2020 Wednesday Chapter 93/27/2020 Friday Chapter 9week11 4/1/2020 Wednesday Chapter 94/3/2020 Friday Chapter 9week12 4/8/2020 Wednesday Chapter 94/6, last day to withdraw4/10/2020 Friday no class Good Fridayweek13 4/15/2020 Wednesday Chapter 10 Ch.10: covered examples Ch.9 HW due4/17/2020 Friday Chapter 10week14 4/22/2020 Wednesday Chapter 104/24/2020 Friday Chapter 10week15 4/29/2020 Wednesday Chapter 105/1/2020 Friday 2nd term exam Ch.10 HW dueweek16 5/5/2020 Tuesday review lecture Friday class meet5/6/2020 Wednesday makeup exam readine day15/7/2020 Thursday reading day2 group evaluation dueTBD Final exam   10. HW assignments  Chapter  Homework problems (Tentatively Covered examples) HW due Chapter 5 5.1-1; 5.2-3,5; 5.3-1,3; 5.4-3 1/29/2020Chapter 6 6.1-1; 6.2-1;  6.3-2,3; 6.4-2,3,4,5;  6.5-1, 2, 3, 4; 6.6-1,2; 6.7-1 2/12/2020Chapter 7 7.3-1; 7.4-1,2; 7.5-1,2,3; 7.6-1,2,3; 7.7-1,2,3 2/21/2020Chapter 8 8.1-1;  8.3-2, 3, 4, 5, 6; 8.4-4, 5, 6, 7;  8.5-1, 2, 3, 4, 5 3/11/2020Chapter 9 9.1-1; 9.2-1; 9.4-1; 9.5-1, 2, 3, 4, 5, 6; 9.6-1, 2, 3 4/15/2020Chapter 10 10.1-1,2; 10.2-1,2; 10.3-1,2; 10.4-1 5/1/2020  

CHE 240-002: Chemical Process Calculation II

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CHE 240-002: Chemical Process Calculation II

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