Instructor:
Steve Sternberg
HH 305
Phone:777-2337
e-mail: sternber@prairie.nodak.edu
Text:
Title: "Equilibrium Stage Separation Operations in Chemical Engineering,"
Authors: E.J. Henley, J.D. Seader. 1981.
Course Objective and Goals:
Develop a working knowledge of the theory of mass transfer in
multi-component, multiphase systems.
Class Format:
The first third of the class will provide a review of equilibrium thermodynamics of mixtures and the design of simple equilibrium staged separations. The second third will focus on understanding of and design of more complex systems, including multi-unit separations. The final third of the class will focus on the use of the PRO II computer software package to aid in the design of separation systems.
Grading:
Class Participation and Homework 20 %
Paper 25 %
In-class exams (2 @ 15%) 30 %
Final Project and Exam 25 %
Class Participation and Homework: This portion of the grade
is based on participation in class discussions of lecture material,
homework problems, and computer projects. Homework will not be
collected, however it will be the basis for class discussion,
and solutions will be given in class.
Paper: A term paper is required for this course. You will search the literature for new research on some topic related to the course material. Your paper should provide a detailed and critical analysis of the work. Critical does not mean negative -- it does mean thoughtful discussion of assumptions and the implications of those assumptions.
Exams: All exams will be given during class. You will be able to use the text, your own notes and homework problems.
Final Project and Exam This work will involve using PRO II computer design software to design a multi-unit multi-component separation process. The project is due the day of the final exam. The final exam will consist of an oral presentation of your work to the rest of the class, with questions from the class.
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