| Reservoir Formation Damage, Second Edition is a comprehensive treatise of the theory and modeling of common formation damage problems and is an important guide for research and development, laboratory testing for diagnosis and effective treatment, and tailor-fit-design of optimal strategies for mitigation of reservoir formation damage. The new edition includes field case histories and simulated scenarios demonstrating the consequences of formation damage in petroleum reservoirs.
Contents:
Preface
Overview of formation damage
Mineralogy and mineral sensitivity of petroleum–bearing formations
Petrographical characteristics of petroleum-bearing formations
Petrophysics–flow functions and parameters
Porosity and permeability relationships of geological formations
Instrumental and laboratory techniques for characterization of reservoir rock
Multi-phase and multi-species transport in porous media
Particulate processes in porous media
Crystal growth and scale formation in porous media
Single-phase formation damage by fines migration and clay swelling
Multi-phase formation damage by fines migration
Cake filtration: mechanism, parameters and modeling
Inorganic scaling and geochemical formation damage
Formation damage by organic deposition
Laboratory evaluation of formation damage
Formation damage simulator development
Model assisted analysis and interpretation of laboratory and field tests
Drilling mud filtrate and solids invasion and mudcake formation
Injectivity of the waterflooding wells
Reservoir sand migration and gravel-pack damage: stress-induced formation damage, sanding tendency, and prediction
Near-wellbore formation damage by inorganic and organic precipitates deposition
Field diagnosis and measurement of formation damage
Determination of formation- and pseudo-damage from well performance- identification, characterization, and evaluation
Formation damage control and remediation- fundamentals
Reservoir formation damage abatement- guidelines, methodology, preventive maintenance, and remediation treatments
Index
1,136 Pages/Hardcover/2007
ISBN 10: 7506-773-4
Short discount only.
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