Thermodynamic Processes 1 offers a comprehensive take on process engineering, whereby technology transforms materials and energy production into various products. The scientific methods required for designing such processes are the result of knowledge from a number of different disciplines. As a result, thermodynamics is the basic discipline in process engineering training.
The application of laws and concepts of thermodynamics is essential before the design and optimization of any process, which allows downstream to control its reliability and validity. This book offers a pragmatic approach through practical and varied examples, chosen for their didactic and industrial interest.
The application of laws and concepts of thermodynamics is essential before the design and optimization of any process, which allows downstream to control its reliability and validity. This book offers a pragmatic approach through practical and varied examples, chosen for their didactic and industrial interest.
Table of Contents
Foreword 1 vii
Foreword 2 ix
Preface xi
Chapter 1. Basic Concepts of Thermodynamics 1
1.1. Exercises 1
1.2. Problems 6
1.3. Tests 10
1.4. Detailed corrections 12
Chapter 2. Closed Systems without Chemical Reactions 31
2.1. Exercises 31
2.2. Problems 43
2.3. Tests 60
2.4. Detailed corrections 65
Chapter 3. Open and Reacting Systems During Reaction 125
3.1. Exercises 125
3.2. Problems 135
3.3. Tests 147
3.4. Detailed corrections 149
Chapter 4. Mixtures or Solutions 191
4.1. Exercises 191
4.2. Problems 201
4.3. Tests 212
4.4. Detailed corrections 215
Appendix 269
Nomenclature 271
References 279
Index 281
