1st Edition
Chemical Engineering Primer with Computer Applications
Section I An Insight into Chemical Engineering
Chapter 1 Introductory Concepts
1.1 System of Units
1.2 Process Variables
1.3 Gas Laws
End-of-Chapter Solved Examples
Chapter 2 Basic Principles and Introduction to Calculations
2.1 The Two Building Blocks of Chemical Engineering: Unit Operation and Unit Processes
2.2 Chemical Process Industry
2.3 Chemical Plant
2.4 Process Design
2.5 Role of Material and Energy Balances, Thermodynamics, and Kinetics
2.6 Design Variables for Sizing Piping and Process Equipment
2.7 Basic Definitions
2.8 Conversion of Physical Events and Principles to Mathematical Formula
2.9 Basic Laws
End-of-Chapter Solved Examples
Section II Principles, Methods, and Techniques of Engineering Economics and Analysis
Chapter 3 Numerical Methods and Chemical Engineering Computations
3.1 Introduction
3.2 Basic Definitions and Introductory Remarks
3.3 Areas and Domain of Numerical Methods
3.4 Applications Using Elementary Numerical Methods
End-of-Chapter Solved Examples
Chapter 4 The Approach to Solve Problems by Computers
4.1 Introduction
4.2 Methodology
4.3 Model Development and Mathematical Formulation
4.4 Applications
End-of-Chapter Solved Examples
Section III Backbone Materials
Chapter 5 Fluid Flow and Transport of Fluids
5.1 Introduction
5.2 Definitions and Terminology in Fluid Mechanics
5.3 Classification of Fluid Flow
5.4 Parameters in Laminar Flow
5.5 Fluid Statics
5.6 Overall Energy Balance Equation
5.7 Solved Examples
5.8 Piping and Pumps
End-of-Chapter Solved Examples
Chapter 6 Heat Transmission
6.1 Introduction
6.2 Modes of Heat Transfer
6.3 Heat Transfer by Conduction
6.4 Heat Transfer by Convection
6.5 Overall Heat Transfer Coefficient
6.6 Heat Transfer by Radiation
6.7 Heat Exchangers
End-of-Chapter Solved Examples
6A Appendix: Internal-Flow Convection Correlations
Chapter 7 Two-Phase Liquid–Gas Diffusional Operations: Distillation and Absorption
7.1 Introduction
7.2 Three Pillars for Distillation
7.3 Features of Distillation Units
7.4 Design of Distillation Columns
7.5 McCabe–Thiele Method
7.6 Shortcut Methods: Fenske–Underwood–Gilliland
7.7 Column Diameter
7.8 Flash Distillation
7.9 Reactive Distillation
7.10 Basic Concepts
7.11 Outline of Design Approach
7.12 Graphical Methods: Solution for Simple Countercurrent Absorption Operations
7.13 Material Balance Calculations
7.14 Analytical Methods: Equations to Calculate the Number of Stages for Absorbers/Strippers
7.15 Transfer Unit Concept for Absorption in Packed Columns
7.16 Role of Absorption in Natural Gas Field Processing
End-of-Chapter Solved Examples
Chapter 8 Reaction Kinetics, Chemical Reactors, and Thermodynamics
8.1 Part I: Fundamentals of Reaction Kinetics
8.2 Part II: Types and Design of Chemical Reactors
8.3 Part III: Introduction to Thermodynamics
End-of-Chapter Solved Examples
Chapter 9 Chemical Plant Design and Process Economics
9.1 Introduction
9.2 Plant Design is the Heart of Chemical Engineering
9.3 How to Handle a Design Project?
9.4 Other Aspects in Plant Design
9.5 The Role of Economics in Plant Design
End-of-Chapter Solved Examples
Chapter 10 Case Studies
10.1 Introduction
10.2 Case Study 1: Alternatives of Storage of Ammonia
10.3 Case Study 2: Flash Dewatering of Raw Sewage Effluents
10.4 Case Study 3: Magnesium Extraction from Seawater
10.5 Case Study 4: Chemical Desalting of Brines
10.6 Case Study 5: Applications of Differential Equations
10.7 Case Study 6: Reactive Distillation
Appendix A: Application Problems
Appendix B: Mathematical Methods and Review Notes
Appendix C: Conversion Tables
Bibliography
Index
Biography
Hussein K. Abdel-Aal is emeritus professor of chemical engineering and petroleum refining, NRC, Cairo, Egypt. He received his BS in chemical engineering in 1956 from Alexandria University and MS and PhD in chemical engineering in 1962 and 1965, respectively, from Texas A&M University, College Station, Texas. Prof. Abdel-Aal joined the Department of Chemical Engineering at KFUPM, Dhahran, Saudi Arabia (1971–1985). He was the head of department for the period 1972–1974. He was also visiting professor with the Chemical Engineering Department at Texas A&M (1980–1981). In 1985–1988, he assumed the responsibility of the head of the Solar Energy Department, NRC, Cairo, before rejoining KFUPM for the period 1988–1998. Prof. Abdel-Aal conducted and coordinated projects involving a wide range of process development, feasibility studies, industrial research problems, and continuing education programs for many organizations, including Suez Oil Processing Company, Petromin in Riyadh (Saudi Arabia), Arab Petroleum Investment Corp in Dhahran (Saudi Arabia), Hagler-Baily & Company, Washington DC, Mobil/Esso Oil Companies in Libya, and Kuwait oil companies. Prof. Abdel-Aal has contributed to more than 90 technical papers, is the editor of Petroleum Economics & Engineering , third edition, 2014, and is the main author of the textbook entitled Petroleum and Gas Field Processing , second edition, 2016. Both books were published by Taylor & Francis Group/CRC Press. Prof. Abdel-Aal is listed in Who’s Who in the World , 1982, is member of AIChE, Sigma Si, Phi Lambda Upsilon. He is a fellow and founding member of the board of directors of the International Association of Hydrogen Energy.
"This text has strong numerical techniques in all chemical engineering areas. I recommend it for undergraduate CHE courses, for graduate courses, and as a reference in areas of reaction kinetics."
— Mazen A Al-Shalabi, King Fahd University of Petroleum and Minerals, Dhahran, Saudi Arabia"…provides a clear and succinct coverage of the basic principles and computational aspects of chemical engineering. The book is an ideal companion to the major textbooks in chemical engineering and is highly recommended for chemical engineering students and professionals as well as non-chemical engineers who are interacting with chemical engineers. Written by a highly qualified authority in chemical engineering, the book offers an in-depth conceptual analysis and easy-to-follow computational algorithms that have a broad spectrum of applications in chemical engineering."
— Mahmoud El-Halwagi, Texas A&M University, College Station, Texas, USA"The mathematical methods explained in detail are quite important in aiding the student to analyze the problems involved. The chapters are written in simple language that is easy to understand."
— Mohamed A. Fahim, Pharos University, Alexandria, Egypt
