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Economides. M and Hill. A Petroleum Production Systems

Авторы:Economides. M and Hill. A

Название:Petroleum Production Systems

Формат: PDF

Размер: 27,9 Mb

Год издания: 1993г.

 
Contents
 
Preface
 
The Role of Petroleum Production Engineering
 
Introduction
 
Components of the Petroleum Production System
 
Well Productivity and Production Engineering
 
Units and Conversions
 
Production from Undersaturated Oil Reservoirs
 
Introduction
 
Transient Flow of Undersaturated Oil
 
Steady-State Well Performance
 
Pseudosteady-State Flow
 
Wells Draining Irregular Patterns
 
Inflow Performance Relationship (IPR)
 
Horizontal Well Production
 
Impact of Skin Effect on Horizontal Well Performance
 
Effects of Water Production. Relative Permeability
 
Production from Two-Phase Reservoirs
 
Introduction
 
Properties of Saturated Oils
 
Two-Phase Flow in a Reservoir
 
Oil Inflow Performance for a Two-Phase Reservoir
 
Generalized Vogel Inflow Performance
 
Fetkovich’s Approximation
 
Production from Natural Gas Reservoirs
 
Introduction
 
Correlations and Useful Calculations for Natural Gases
 
Approximations of Gas Well Deliverability
 
Gas Well Deliverability for Non-Darcy Flow
 
Transient Flow of a Gas Well
 
Horizontal Well IPR in a Gas Reservoir
 
The Near-Wellbore Condition and Damage Characterization;
 
Skin Effects
 
Introduction
 
Hawkins Formula
 
The Skin Components
 
Skin from Partial Completion and Slant
 
Well Perforation and Skin Effect
 
Horizontal Well Damage Skin Effect
 
Formation Damage Mechanisms
 
Sources of Formation Damage During Well Operations
 
Gravel Pack Completions
 
Introduction
 
Gravel Pack Placement
 
Gravel and Screen Design
 
Productivity of Gravel Packed Wells
 
Gravel Pack Evaluation
 
Wellbore Flow Performance
 
Introduction
 
Single-Phase Flow of an Incompressible, Newtonian Fluid
 
Single-Phase Flow of a Compressible, Newtonian Fluid
 
Multiphase Flow in Wells
 
Well Deliverability
 
Introduction
 
Combination of Inflow Performance Relationship (IPR) and Vertical Lift Performance (VLP)
 
IPR and VLP of Two-Phase Reservoirs
 
IPR and VLP in Gas Reservoirs
 
Forecast of Well Production
 
Introduction
 
Transient Production Rate Forecast
 
Material Balance for an Undersaturated Reservoir and Production
 
Forecast under Pseudo-Steady-State Conditions
 
The General Material Balance for Oil Reservoirs
 
Production Forecast from a Two-Phase Reservoir:
 
Solution Gas Drive
 
Gas Material Balance and Forecast of Gas Well Performance 203
 
Wellhead and Surface Gathering Systems
 
Introduction
 
Flow in Horizontal Pipes
 
Flow Through Chokes
 
Surface Gathering Systems
 
Well Test Design and Data Acquisition
 
Introduction
 
Well Test Objectives
 
Testiypes
 
Pressure Gauge Characteristics
 
Test Design
 
Well Diagnosis With Production Logging
 
Introduction
 
Abnormally Low Productivity
 
Excessive Gas or Water Production
 
Use of Production Logging for Well Treatment Evaluation
 
Injection Well Diagnosis
 
Matrix Acidizing: Acid/Rock Interactions
 
Introduction
 
Acid-Mineral Reaction Stoichiometry
 
Acid-Mineral Reaction Kinetics
 
Acid Transport to the Mineral Surface
 
Precipitation of Acid Reaction Products
 
Sandstone Acidizing Design
 
Introduction
 
Acid Selection
 
Acid Volume and Injection Rate
 
Fluid Placement and Diversion
 
Preflush and Postflush Design
 
Acid Additives
 
Acidizing Treatment Operations
 
Acidizing of Horizontal Wells
 
Carbonate Acidizing Design
 
Introduction
 
Wormhole Formation and Growth
 
Matrix Acidizing Design for Carbonates
 
Acid Fracturing
 
Hydraulic Fracturing for Well Stimulation
 
Introduction
 
In-Situ Stresses
 
Fracture Direction
 
Length, Conductivity and Equivalent Skin Effect
 
Modeling of Fracture Geometry
 
Height Migration
 
Fluid Volume Requirements
 
Proppant Schedule
 
Propped Fracture Width
 
Design of Hydraulic Fracture Treatments
 
Introduction
 
Design Considerations for Fracturing Fluids
 
Proppant Selection for Fracture Design
 
Fracture Design and Fracture Propagation Issues
 
Net Present Value (NPV) for Hydraulic Fracture Design
 
Parametric Studies
 
Fracture Design with Uncertainty: The Monte Carlo Technique
 
Evaluating the Performance of Fractured and Long-flowing Wells
 
Introduction
 
Pretreatment Testing of Hydraulic Fracture Candidate Wells
 
Transient Response of a Hydraulically Fractured Well
 
Choked Fractures
 
Fracture Face Damage
 
Fractured Vertical versus Horizontal Wells
 
Performance of Fractured Horizontal Wells
 
Interpretation of Surface Rate and Pressure Data
 
Decline Curve Analysis
 
Gas Lift
 
Introduction
 
Natural versus Artificial Flowing Gradient
 
Pressure of Injected Gas
 
Power Requirements for Gas Compressors
 
Impact of Increase of Gas Injection Rate; Sustaining of Oil Rate with Reservoir Pressure Decline
 
Maximum Production Rate with Gas Lift
 
Gas-Lift Performance Curve
 
Gas-Lift Requirements versus Time
 
Pump-Assisted Lift
 
Introduction
Positive Displacement Pumps
 
Dynamic Displacement Pumps
 
Selection of Artificial Lift Method;
 
Gas-Lift versus Pump-Assisted Lift
 
Systems Analysis
 
Introduction
 
Pressure Drop Components of the System
 
System Design and Diagnosis
 
Environmental Concerns in Petroleum Production Engineering Introduction
 
Wastes Generated in Production Operations
 
Operating Issues—Handling Oilfield Wastes
 
Arctic Environments
Appendix A: Well in an Undersaturated Oil Formation
Appendix B: Well in a Two-Phase Reservoir
Appendix C: Well in a Natural Gas Reservoir

Appendix D: Nomenclature

Комментарии (3)

  1. fdghj:
    21 Nov 2016г. в 12:34

    thanks

  2. Кирилл:
    23 Jan 2017г. в 09:57

    Спасибо)

  3. opkokop:
    30 Aug 2018г. в 19:51

    thanks



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