Introduction to Chemical Engineering Kinetics & Reactor Design

Charles G Hill Jr.0-471-39609-5

Stoichiometric Coefficients and Reaction Progress Variables.Thermodynamics of Chemical Reactions.Basic Concepts in Chemical Kinetics-Determination of the Reaction Rate Expression.Basic Concepts in Chemical Kinetics-Molecular Interpretations of Kinetic Pheonomena.Chemical Systems Involving Multiple Reactions.Elements of Heterogeneous Catalysis.Liquid Phase Reactions.Basic Concepts in Reactor Design and Ideal Reactor Models.Selectivity and Optimization Considerations in the Design of Isothermal Reactors.Temperature and Energy Effects in Chemical Reactors.Deviations from Ideal Flow Conditions.Reactor Design for Heterogeneous Catalytic Reactions.Illustrative Problems in Reactor Design.Appendix A: Thermochemical Data.Appendix B: Fugacity Coefficient Chart.Appendix C: Nomenclature.

---

Table of contents :
Preface……Page 4
Contents……Page 9
1. Stoichiometric coefficints and reaction progress variables……Page 10
2. Thermodynamics of chemical reactions……Page 14
3. Basic concepts in chemical kinetics – determination of the reaction rate expression……Page 33
4. Basic concepts in chemical kinetics – molecular interpretations of kinetic phenomena……Page 85
5. Chemical systems involving multiple reactions……Page 136
6. Elements of heterogeneous catalysis……Page 176
7. Liquid phase reactions……Page 224
8. Basic concepts in reactor design and ideal reactor models……Page 254
9. Selectivity and optimization considerations in the design of isothermal reactors……Page 326
10. Temperature and energy effects in chemical reactors……Page 358
11. Deviations from ideal flow conditions……Page 397
12. Reactor design for heterogeneous catalytic reactions……Page 434
13. Illustrative problems in reactor design……Page 549
Appendix A. Thermochemical data……Page 579
Appendix B. Fugacity coefficient chart……Page 583
Appendix C. Nomenclature……Page 584
Name index……Page 590
Subject index……Page 593