By Faruk Civan
This complete unmarried resource grants the most recent findings and methods for realizing, assessing, and mitigating reservoir formation harm. it's the basically ebook on the earth to attract from the major disciplines of chemistry, engineering, petrophysics, geology, and mathematical modeling to supply state of the art wisdom and necessary insights into formation damage.The author's services in petroleum, chemical, and geological engineering make this e-book designated due to its large, thorough assurance. It presents an realizing of the checking out, modeling, and simulation ideas to be had for formation harm review. you will find new concepts designed to lessen and keep away from formation harm in petroleum reservoirs.Reservoir Formation harm is a concise and sensible reference for engineers, scientists, and operators engaged in numerous elements of formation harm, together with trying out, evaluate, prognosis, prediction, and mitigation.
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Extra resources for Reservoir Formation Damage, Fundamentals, Modeling, Assessment, and Mitigation (Petroleum Engineering)
Example text
Under favorable colloidal conditions, non-swelling clays, such as kaolinites and illites, can be released from the pore surface and then these particles migrate with the fluid flowing through porous formation (Mohan and Fogler, 1997). 2. Whereas swelling clays, such as smectites and mixed-layer clays, first expand under favorable ionic conditions, and then disintegrate and migrate (Mohan and Fogler, 1997). 7* KCI THROUGHPUT (literj) 10 Figure 2-11. Carbonate leaching from a field core by flowing a potassium chloride brine (after Reed, ©1977 SPE; reprinted by permission of the Society of Petroleum Engineers).
Englewood Cliffs, New Jersey, 1965, 342 p. Ezzat, A. , "Completion Fluids Design Criteria and Current Technology Weaknesses, SPE 19434 paper, the SPE Formation Damage Control Symposium held in Lafayette, Louisiana, February 22-23, 1990, pp. 255-266. Grim, R. , "Modern Concepts of Clay Minerals," Jour. Geology, Vol. 50, No. 3, April-May 1942, pp. 225-275. Grim, R. , Clay Mineralogy, McGraw-Hill, New York, New York, 1953, 384 p. 46 Reservoir Formation Damage Hart, R. , & Flock, D. , "The Plugging Effect of Bacteria in Sandstone Systems," Canadian Mining and Metallurgical Bulletin, Vol.
2-18 using Eq. 2-6. 8 for their Gage 3 data. Brownell (1976) reports the data of the moisture content of a dried clay piece containing montmorillonite soaked in water. Figure 2-21 shows a correlation of the data with Eq. 2-18 using Eq. 2-6. 2 and Time-Dependent Clay Expansion Coefficient By contact with water the swelling clay particles absorb water and expand. The rate of volume increase is assumed proportional to the water absorption rate, 5, and the deviation of the instantaneous volume from the terminal swollen volume that will be achieved at saturation, (Vt - V).