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CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

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Page 1: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

CH EN 2800 Fundamentals of Process Engineering

orMass and Energy Balances

Terry A. Ring

Chemical Engineering

University of Utah

Page 2: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

Pop Quiz -1

• Answer Two Questions– What is a chemical engineer?– Why do you want to be a chemical engineer?

Page 3: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

What is a Chemical Process?

• Process to make Gasoline• Process to make Polyethylene

• Process to make Fertilizer (NH4NO3)

• Process to make High Purity Silicon– Computer Chips – Solar Cells

• Process to make Penicillin• Process to make Yogurt• Process to make Potato Chips

Page 4: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

General View of a Chemical Process

Page 5: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

This course

• Helps you understand these processes

• Helps you design these processes

• Helps you prevent…..

Page 6: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

BP Texas City Plant 3-05

15 people dead180 Injured

$1.6 Billion to settle 1000 claims

Page 7: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

A Specific Chemical Process

Page 8: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

Octane Reaction

• 2C2H4 + C4H10 C8H18

• P= 5 psi, T=93ºC, X=98% Conversion

Page 9: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

Preliminary Flow Sheet

•2C2H4 + C4H10 C8H18

Flash ΔP= 2 psi

Distillation

Purge Stream

Recycle Stream

Page 10: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

Chemical Process

• Separation Section of Plant

• Distillation Columns

Page 11: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

This Course

• Web page to be found– www.che.utah.edu/~ring/ChE 2800– On WebCT

• Chalk and Talk Class– Problem Solving Session on Friday in Class

• Bring all questions about homework on Friday

Page 12: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

A bit about your instructor

Page 13: CH EN 2800 Fundamentals of Process Engineering or Mass and Energy Balances Terry A. Ring Chemical Engineering University of Utah

Lets Get Started

• First Week Chapters 1, 2, 4 & 5 (not 3)– Dimensions/Units and their Conversion– Moles, Density and Concentration– Temperature– Pressure

• Review of General Chemistry