Page 10 - Reservoir Formation Damage

PARTY
Assessment of the Formation
Damage Potential

CHAPTER 15
Laboratory Evaluation of Formation Damage 456
Summary, 456. Introduction, 456. Fundamental Processes of
Formation Damage in Petroleum Reservoirs, 458. Selection of
Reservoir Compatible Fluids, 459. Experimental Set-up for
Formation Damage Testing, 459. Special Purpose Core Holders,
461. Guidelines and Program for Laboratory Formation Damage
Testing, 470. Core Flood Tests, 478 Laboratory Procedures for
Evaluation of Formation Damage Problems, 478. The Liquid
Block Problem, 481. The Mud Damage Problem, 482.
Evaluation of Drilling Muds—Damage Potential and Removal,
482. Evaluation of Hydraulic Fracturing Fluids, 488. Evaluation
of Workover and Injection Fluids, 488. Evaluation of Workover
Damage and Remedial Chemicals, 491. Critical Interstitial Fluid
Velocity and pH for Hydrodynamic Detachment of Fines in
Porous Media, 491. Scaling from Laboratory to Bottom Hole,
499. Determination of the Formation Damage Potential by
Laboratory Testing, 500. References, 522.

CHAPTER 16
Simulator Development 528
Summary, 528. Introduction, 528. Description of Fundamental
Model Equations, 529. Numerical Solution of Formation
Damage Models, 532. Ordinary Differential Equations, 533.
Partial Differential Equations, 538. References, 549

CHAPTER 17
Model Assisted Analysis and Interpretation
of Laboratory and Field Tests 552
Summary, 552. Introduction, 552. Measurement Error, 554.
Error Analysis—Propagation, Impact, Estimation, 556.
Sensitivity Analysis—Stability and Conditionality, 561. Model
Validation, Refinement, and Parameter Estimation, 564.
Determination of the Formation Damage Potential by
Simulation, 570. References, 603.

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