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Course info KCH / 7PRCA : Course description

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Department/Unit / Abbreviation	KCH / 7PRCA			Academic Year	2023/2024
Academic Year	2023/2024
Title	Process Calculations			Form of course completion	Exam
Form of course completion	Exam
Accredited / Credits	Yes, 5 Cred.			Type of completion	Combined
Type of completion	Combined
Time requirements	Lecture 2 [Hours/Week] Seminar 2 [Hours/Week]			Course credit prior to examination	No
Course credit prior to examination	No
Automatic acceptance of credit before examination	No
Included in study average	YES
Language of instruction	English
Occ/max				Automatic acceptance of credit before examination	No
Summer semester	0 / 0	0 / 0	0 / 0	Included in study average	YES
Winter semester	0 / 0	0 / 0	0 / 0	Repeated registration	NO
Repeated registration	NO
Timetable	Yes			Semester taught	Winter semester
Semester taught	Winter semester
Minimum (B + C) students	not determined			Optional course	Yes
Optional course	Yes
Language of instruction	English			Internship duration	0
No. of hours of on-premise lessons	0			Evaluation scale	A|B|C|D|E|F
Periodicity	every year
Specification periodicity				Fundamental theoretical course	No
Fundamental course	No
Fundamental theoretical course	No
Evaluation scale	A|B|C|D|E|F
Substituted course	None
Preclusive courses	N/A
Prerequisite courses	N/A
Informally recommended courses	N/A
Courses depending on this Course	N/A
Histogram of students' grades over the years: Graphic PNG ,  XLS

Course objectives:
The aim of the course is to introduce basic principles and calculation techniques useful for industrial level and laboratory research with the fundamentals of material and energy balances.
Requirements on student
Requirements for succesful passing the exam: written test as well as oral examination. Students should understand basic concepts and unit operations that useful for industrial level. Student should be able to perform process calculations related to unit operations and reactions.
Content
1. Introduction 2. Basic chemical calculations - repetition 3. Material balances in systems without chemical reactions 4. Material Balances of unsteady state operations 5. Material balances in systems with chemical reaction 6. Limiting reactant, excess reactant, conversion, yield, selectivity 7. Recycle operations 8. Energy balances - basic principles 9. Energy balances - effect of temperature 10. Energy balances - adiabatic process 11. Energy balances - Phase change operations 12. Stoichiometric aspects of unit operations 13. Final remarks, discussion of problems
Activities
Fields of study
Guarantors and lecturers
Guarantors: Madhav Prabhakar Chavhan, Ph.D. (100%),  Lecturer: Madhav Prabhakar Chavhan, Ph.D. (100%),  Seminar lecturer: Madhav Prabhakar Chavhan, Ph.D. (100%),  Examiners: Madhav Prabhakar Chavhan, Ph.D.,
Literature
Recommended: David Himmelblau. Basic Principles and Calculations in Chemical Engineering 7th Edition. Prentice Hall Publications, 2004. ISBN 0-13-143221-4. On-line library catalogues
Prerequisites
Learning outcomes
Assessment methods
Teaching methods