Studies on the Scaling of High Pressure and Low Permeability Oil Reservoir Water Injection Well

LI Zhaomin, ZHANG Dingyong, QIN Guoshun, GUO Longjiang, LI Wei

Abstract


Injection wells scaling and scale inhibitor were studied in this paper, in consideration of the severe scaling problem of a high pressure injection wells in low permeability reservoirs. The result shows that the injected water contains some scale ions, such as carbonate calcium and magnesium ions. It also demonstrates that the main component of the scale is calcium carbonate, while the scale at bottom hole contains more silicon dioxide. Besides, the scaling of water injection wells mainly appear in the lower parts of the well and its thickness along the well increases rapidly. The indoor experiments of anti-scaling agent indicate that the anti-scaling agent is of good performance in scale prevention and its best concentration is 15 mg/L. In addition, it is also found that the scale inhibiting efficiency of scale inhibitor 2 is higher when the injected water is at low temperature, while scale inhibitor 1 shows better performance when the temperature of injected water is over 75 ℃.
Key words: High pressure and low permeability oil reservoir; Water injection well; Scaling; Scale inhibitor


Keywords


High pressure and low permeability oil reservoir; Water injection well; Scaling; Scale inhibitor

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References


[1] Stiff, H. A, & Davis L. E.(1952). A method of predicting the tendency of oil field to deposit calcium sulfate. Journal of Petroleum Technology, 4(09), 213-216.

[2] Myles, M. M., Sjursaether, F. A., & Collins, I. R. (1952). Scale control within the north sea chalk/limestone reservoirs-the challenge of understanding and optimizing chemical placement methods and retention mechanism: Laboratory to field. SPE Production & Facilities, 20(04), 262-273.

[3] Al-Ashhab, J. K., Petrone, D., & Mokhtar, S. (2006, February). Managing well integrity, safety, and production decline by scale. SPE International Symposium and Exhibition on Formation Damage Control, Lafayette, Louisiana, USA.

[4] Graham, A. L., Boak, L. S., Sorbie, K. S., & Neville, A. (2006). How minimum inhibitor concentration (MIC) and SUB-MIC concentrations affect buk precipitation and surface scaling rates. SPE Production & Operations, 21(01), 19-25.

[5] Oddo, J. E., Sloan, K. M., & Tomson, M. B.(1982). Inhibition of CaCO3 prediction from brine solution: A new flow system for high temperature and pressure studies. Journal of Petroleum Technology, 34(10), 2,409-2,412.

[6] Oddo, J. E., Sloan, K. M., & Tomson, B. M. (1982). Simplified calculation of CaCO3 saturation at high temperature and pressure in brine solution. Journal of Petroleum Technology, 34(07), 1,583-1,590.

[7] Oddo, J. E., & Tomon, M. B. (1994). Why scale forms and how to predict it. SPE Production & Facilities, 9(01). 47-54.

[8] Yeboah, Y. D., Samuah, S. K., & saeed, M. R. (1993, April). Prediction of carbonate and sulfate scales in oilfields. Paper presented at Middle East Oil Show, Bahrain.

[9] Atkinson, G., Raju, K., & Howl, R. D (1991, February). The thermodynamics of scale prediction. SPE International Symposium on Oilfield Chemistry, Anaheim, California.

[10] Skill, H. F., Mcdonald, J. P., & Stiff, H. A. (1969, March). Simplea, ccurate, fast method for calculating calcium sulfate solubility in oil field brine. Paper presented at API, Lubock, Texas.

[11] Liang, G. C,, Zheng Y. P., & Zhang, J. H. (2006). The scaling mechanism and antiscale measures of lu-liang oil field production system. Journal-Southwest Petroleum Institute, 28(6), 69.

[12] Wang, X., Zhang, Y. K., & Zhu, P. S. (1997). A study on scale form ation and scaling mechanisms in water injection wells of Yushulin oilfield. Daqing. Oilfield Chemistry, 14(2), 139-142.

[13] Jia, H. Y., & Qu, Z. H. (2000). A study on formation scaling tendency for water flooding oilfields. Petroleum Exploration and Evelopment, 28(1), 89-91.




DOI: http://dx.doi.org/10.3968/5348

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