PVT and phase behaviour of petroleum reservoir fluids

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Bibliographic Details
Main Author Danesh, Ali
Format Electronic eBook
LanguageEnglish
Published Amsterdam ; New York : Elsevier, 1998.
SeriesDevelopments in petroleum science ; 47.
Subjects
Oil reservoir engineering.
Phase rule and equilibrium.
elektronické knihy
electronic books
Online AccessFull text
ISBN9780444821966
9780080540054
Physical Description1 online zdroj (xi, 388 pages) : illustrations : digital, HTML and PDF files.

Cover

Table of Contents:
  • Behaviour Fundamentals
  • PVT Tests and Correlations
  • Phase Equilibria
  • Equations of State
  • Phase Behaviour Calculations
  • Fluid Characterisation
  • Gas Injection
  • Interfacial Tension
  • Application in Reservoir Simulation.
  • Cover
  • CONTENTS
  • PREFACE
  • NOMENCLATURE
  • CHAPTER 1. PHASE BEHAVIOUR FUNDAMENTALS
  • 1.1 RESERVOIR FLUID COMPOSITION
  • 1.2 PHASE BEHAVIOUR
  • 1.3 CLASSIFICATION OF RESERVOIR FLUIDS
  • 1.4 REFERENCES
  • 1.5 EXERCISES
  • CHAPTER 2. PVT TESTS AND CORRELATIONS
  • 2.1 FLUID SAMPLING
  • 2.2 PVT TESTS
  • 2.3 EMPIRICAL CORRELATIONS
  • 2.4 REFERENCES
  • 2.5 EXERCISES
  • CHAPTER 3. PHASE EQUILIBRIA
  • 3.1 CRITERIA FOR EQUILIBRIUM
  • 3.2 EQUILIBRIUM RATIO
  • 3.3 REFERENCES
  • 3.4 EXERCISES
  • CHAPTER 4. EQUATIONS OF STATE
  • 4.1 VIRIAL EOS AND ITS MODIFICATIONS
  • 4.2 CUBIC EQUATIONS OF STATE
  • 4.3 MIXING RULES
  • 4.4 REFERENCES
  • 4.5 EXERCISES
  • CHAPTER 5. PHASE BEHAVIOUR CALCULATIONS
  • 5.1 VAPOUR-LIQUID EQUILIBRIUM CALCULATIONS
  • 5.2 STABILITY ANALYSIS
  • 5.3 CRITICAL POINT CALCULATIONS
  • 5.4 COMPOSITIONAL GRADING
  • 5.5 REFERENCES
  • 5.6 EXERCISES
  • CHAPTER 6. FLUID CHARACTERISATION
  • 6.1 EXPERIMENTAL METHODS
  • 6.2 CRITICAL PROPERTIES
  • 6.3 DESCRIPTION OF FLUID HEAVY END
  • 6.4 REFERENCES
  • 6.5 EXERCISES
  • CHAPTER 7. GAS INJECTION
  • 7.1 MISCIBILITY CONCEPTS
  • 7.2 EXPERIMENTAL STUDIES
  • 7.3 PREDICTION OF MISCIBILITY CONDITIONS
  • 7.4 REFERENCES
  • 7.5 EXERCISES
  • CHAPTER 8. INTERFACIAL TENSION
  • 8.1 MEASUREMENT METHODS
  • 8.2 PREDICTION OF INTERFACIAL TENSION
  • 8.3 WATER-HYDROCARBON INTERFACIAL TENSION
  • 8.4 REFERENCES
  • 8.5 EXERCISES
  • CHAPTER 9. APPLICATION IN RESERVOIR SIMULATION
  • 9.1 GROUPING
  • 9.2 COMPARISON OF EOS
  • 9.3 TUNING OF EOS
  • 9.4 DYNAMIC VALIDATION OF MODEL
  • 9.5 EVALUATION OF RESERVOIR FLUID SAMPLES
  • 9.6 REFERENCES
  • 9.7. EXERCISES
  • APPENDICES
  • INDEX
  • Last Page.

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