ETS/Theodore Tutorials
Material and Energy Balances A Self-Instructional Problem Workbook
Joseph Reynolds Department of Chemical Engineering Manhattan College, Riverdale NY
Published by ETS Professional Training Institute © 1992 Louis Theodore. 240 pages. ISBN 1-882767-07-1.
Table of Contents
Basic Operations Conversion of Units · Weight and Mole Fraction · Average Molecular Weight · Temperature Terms · Pressure Terms · Ideal Gas Law · Actual Volumetric Flow Rate and Standard Volumetric Flow Rate · Mass Flow Rate and Standard Volumetric Flow Rate · Dalton's Law and Componential Flow Rates · Critical and Reduced Properties · Integration · Differentiation · Newton-Raphson · Graphical Solutions to Complex Equations · Flow Diagrams
Problems Introduction to Material Balances (IMB) IMB 1: Material Balance Around a Single Unit IMB 2: The Balance Equation
Material Balances for Non-Reactive Processes (MBN) MBN 1: Material Balances Around Multiple Units MBN 2: Basis and Scale-Up MBN 3: Recycle MBN 4: Degree-of-Freedom Analysis
Material Balances for Reactive Processes (MBR) MBR 1: Stoichiometry MBR 2: Molecular, Atomic and "Extent of Reaction" Balances MBR 3: Excess and Limiting Reactant MBR 4: Multiple Reactions MBR 5: Conversion, Yield and Selectivity MBR 6: Chemical Equilibrium MBR 7: Degree-of-Freedom Analysis
Single Phase (Gas) Systems (SPS) SPS 1: Ideal Gases SPS 2: Non-Ideal Gases: Equations of State SPS 3: Non-Ideal Gases: The Compressibility Factor Chart
Multiphase Systems (MPS) MPS 1: Air-Water Systems MPS 2: Gas-Liquid Systems MPS 3: Bubble and Dew Point Calculations MPS 4: The Psychrometric Chart MPS 5: Solid-Liquid Systems MPS 6: Liquid-Liquid Systems
Introduction to Energy Balances (IEB) IEB 1: The Energy Balance Equations IEB 2: Enthalpy Tables
Energy Balances for Non-Reactive Processes (EBN) EBN 1: Latent and Sensible Enthalpy Changes EBN 2: Mean Heat Capacity EBN 3: Simultaneous Material and Energy Balances EBN 4: Degree-of-Freedom Analysis
Energy Balances for Reactive Processes (EBR) EBR 1: Hess' Law of Heat Summation EBR 2: Heat of Reaction from Heats of Formation EBR 3: Heat of Reaction as a Function of Temperature EBR 4: Heat Loss from an Incinerator EBR 5: Adiabatic Flame Temperature Calculation EBR 6: Degree-of-Freedom Analysis
Solutions to Problems
Appendix: SI Units
Index
Copyright © 1999, ETS Incorporated
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