ChE-400: Applied Chemical Engineering Calculations

OBJECTIVES

In order to solve problems in chemical engineering we need to apply problem solving techniques. In this course you will learn and apply a methodology that will allow you solving any given situation (system) in chemical engineering. Furthermore, you will use the results of your calculations to analyze the performance of the system and to recommend and justify decisions for its improvement. In few words, you will start thinking and acting as a CHEMICAL ENGINEER.

The intention of the course is that you will be able to formulate an equation or group of equations that expresses the essential features of a physical system or process in mathematical terms. Once you obtain your mathematical expression you will be able to recognize the type of mathematical problem and solve the equation (or equations). Finally, you will use the results of your solution to evaluate, interpret, and make decisions and recommendations about the system.

After successfully completing this course, you will be able to:

1.      Develop your ability to convert a given problem (situation) into a mathematical expression.

2.      Improve your ability to recognize the mathematical form of typical problems that arise in chemical engineering, and to think mathematically.

3.      Learn or review a variety of solution techniques, both analytical and numerical with which to solve these problems.

4.      Improve your ability to analyze chemical systems and processes.

 During this course, you will improve your ability to:

1.      Evaluate and analyze your solutions using engineering judgment (check input/output for reasonableness).

2.      Develop a solution algorithm for a mathematical problem (structure of the program, comments and details for its understanding by any user).

3.      Use appropriate programming methodology (initial guess, convergence criteria).

4.      Communicate technical information effectively and confidently (clear expression of thought, use correct technical writing mechanisms, and create meaningful graphs and tables).

5.      Use the computer as a tool to solve problems.

The objectives will be achieved by utilizing a case study approach.  We will use information about a chemical system or process to formulate a mathematical representation of that system.  We will then develop methods for solving theses equations.  Analytical and numerical techniques will be used as appropriate to solve the equations that describe the systems of interest.  Finally the results obtained will be analyzed and some case studies will be carried out to determine the effect of some of the parameters on the system.  To fulfill the objectives of this course the class has been divided into lecture and lab sessions.