Reservoir Engineering - Radial Flow

CONTENTS

1.1 INTRODUCTION

1.1.1. Well Performance Diagram

1.2. D’ARCY’S LAW

1.3. STEADY-STATE LINEAR FLOW OF AN INCOMPRESSIBLE FLUID

1.4. STEADY-STATE RADIAL FLOW

1.4.1. Basic Well Model

1.4.2. Boundary Conditions

1.4.3. Steady-State Radial Flow of an Incompressible Fluid

1.4.4. Well Productivity

1.4.5. Well Inflow Performance

1.4.6. Volume Average Pressure in Steady-State Flow

1.5. SEMI-STEADY-STATE RADIAL FLOW

1.5.1. Introduction

1.5.2. Semi-Steady-State Solution

1.5.3. Formation Compaction

1.5.4. Drainage Areas and Virtual No-Flow Boundaries

1.5.5. Well Inflow in Terms of Average Pressure

1.6. WELL PRODUCTIVITY IN A BOUNDED DRAINAGE AREA

1.6.1. Generalised form of the semi-steady-state inflow equation

1.6.2. Analytical Formulae for Dietz Shape Factors

1.7. WELL-BORE DAMAGE AND IMPROVEMENT EFFECTS

1.7.1. Introduction

1.7.2. Near Wellbore Altered Zone

1.7.3. Water Sensitive Authigenic Clays

1.7.4. Dimensionless Skin Factor

1.7.5. Analytical Skin Formulae

1.8. WELL PRODUCTIVITY WITH SKIN EFFECTS

1.8.1. Steady-State Radial Flow

1.8.2. Semi-Steady-State Radial Flow

1.9. DEVIATION FROM TRUE RADIAL FLOW

1.9.1. Effects of Partial Well Completion

1.9.2. Combination of Formation Damage and Partial Completion

1.10. WATER AND GAS CONING

1.11. EFFECT OF WELL DEVIATION

1.12. FRACTURED WELLS

1.13. RESERVOIR HETEROGENEITY

TUTORIALS

DETALLES

Name: 

  Reservoir Engineering - Radial Flow.

Author: Unknow.

Capacity disk: 15 MB

Publisher: Well Test Analisys.

Languaje: English

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