Essentials_of_Reservoir_Engineering[1]

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Cover
	Essentials of Reservoir Engineering
	Foreword
	Preface
	Symbols and Units
	Contents
	Chapter 1 - Reservoir Rock Properties
	1.1 Introduction
	1.2 Convetional Core Analysis
	1.3 Special Core Analysis (SCAL)
	1.4 Rock Radioactivity
	1.5 SEM (Scanning Electron Microscope)
	1.6 Reservoir Applications
	Chapter 2 - Reservoir Fluid Properties
	2.1 Introduction
	2.2 Generalities
	2.3 Units and Standard Conditions
	2.4 Definitions
	2.5 Basic Definitions: Oil FVF, Rs
	2.6 Fluid Sampling
	2.7 Black-Oil Concept
	2.8 PVT Oil Study
	2.9 PVT Gas Study
	2.10 Analytical Analysis
	2.11 Hydrocarbon Property Correlations
	2.12 Asphaltenes
	2.13 Gas Properties
	2.14 Vapor Liquid Equilibrium (VLE)
	2.15 Equationod stante (EOS)
	2.16 Applications to Reservoir Engineering
	2.17 Formation Water
	2.18 Hydrates
	Chapter 3 - Fluid Flow in Reservoirs
	3.1 Introduction
	3.2 Viscosity
	3.3 Darcy's Law
	3.4 Radical Steady-state of an Incompressible Fluid Flo
	3.5 Radical Pseudo Steady-state Fluid Flow
	3.6 Diffusivity Equation
	3.7 Solution for Radical Liquid Flow
	3.8 Application of the Diffusivity Equation to the Well Flow
	3.9 Well Flow in a Grid
	3.10 Laminar Flow in Capillary Tubes Poiseuille's Law
	3.11 Interference Phenomena Steady-state Small group of wells
	3.12 Combined beds
	3.13 Non-Darcy Flow
	3.14 Superposition Principle
	Chapter 4 - Multiphase Flow in Reservoirs
	4.1 Introduction
	4.2 Multiphase Flow at Pore Scale
	4.3 Multiphase Flow at Macroscopic Scale (Core, Block)
	4.4 Darcy's Law Applied to Multiphase Flow
	4.5 Relative Permeability
	4.6 Potential
	4.7 Fractured Reservoirs
	4.8 Laboratory measurements
	4.9 Frontal Displacement Theory, Buckley-Leverett equation
	4.10 Applications
	Chapter 5 - Natural Drainage Mechanisms of Hydrocarbon Reservoirs
	5.1 Introduction
	5.2 Undersaturated Oil Reservoir
	5.3 Dissolve Gas Expansion
	5.4 Production Forecast
	5.5 Natural Drainage Machanism of an Opened Reservoir
	5.6 Generalized Material Balance Equation
	5.7 Oil Saturation Calculation in the Oil Zone
	5.8 Use of the Generalized Volumetric Material Balance Equation
	5.9 PVT Properties for Material Balance Equation
	5.10 Water Entries
	5.11 Gas Reservoir Drainage
	5.12 Sammary
	Chapter 6 - Reservoir Simulation
	6.1 Generalities
	6.2 Introduction to Reservoir Simulation
	6.3 Transmissivity, Permeability, Mobility, Transmissibility
	6.4 Matrix of Connection Values
	6.5 Finite Difference Equations
	6.6 Black Oil Model
	6.7 Compositional Model
	6.8 Fully Implicit versus IMPES or IMPEC
	6.9 Treatment of Wells
	6.10 Solver
	6.11 Saturation Functions
	6.12 Pressure Functions
	6.13 Equilibration
	6.14 Wells
	6.15 Aquifer Modeling
	6.16 Timestep Management
	6.17 Special Topics
	6.18 Conducting a reservoir simulation study
	6.19 Concluding Remarks
	Appendix A Conversion Factors
	Appendix B Multiples
	Appendix C Darcy's Law for Gas
	Appendix D Gas m(p) Property Calculation
	Appendix E Applied Mathematics
	Appendix F Density, Pressure Gradient
	Appendix G Minimum Gas Flow Rate Chart for Liquid Removal
	Appendix H Thermodynamic Review
	Appendix I Application of the Ei(x) Funtion
	Appendix J Exponential Integral Table
	Appendix K Interference between wells distributed uniformly over a circular ring of radius r
	Appendix L Well Formulas
	Appendix M Hurst van Everdingen Water Influx Wd for Values of Dimensionless Time
	Appendix N Dimensionless Water Influx Wd for Values of Dimensionless Time
	References
	Author index
	Subject index