The Research for Method to Determine Interpretation Standard of Water Flooded Layer at the High Water-Cut Stage

SHENG Caiwen, DONG Wei

Abstract


This article will contrapose the practical problems that the present interpretation standard of water flooded layer does not adapt to the oilfield development at high water-cut stage. Using relative permeability data of coring well on different types of sand body, establish changing relationship between oil/water relative permeability and standardized water saturation, translate the interpretation standard of water flooded layer divided by water production rate into the interpretation standard of water flooded layer divided by water saturation, and build interpretation standard of water flooded layer respectively on different types of sand body in different oil layers at different blocks, to lay the foundation for the fine interpretation of water flooded layer at the high water-cut stage.
Key words: Relative permeability; Water flooded layer; Water production rate; Water saturation; Sand body type


Keywords


Relative permeability; Water flooded layer; Water production rate; Water saturation; Sand body type

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References


[1] Yong, S. H., & Zhang, C. M. (2002). Logging data processing and integrated interpretation (pp.351-352). Shandong, China: China University of Petroleum Press.

[2] Chen, M. F., LÜ, Y. H., & Yang, Q. R. (1998). Research of reservoir water flooding condition using the relative permeability data. Fault-Block Oil & Gas Field, 5(5), 26-29.

[3] Jiang, B. J., Tang, H., & LÜ, D. L. (2006). Water-yielding pattern of the thin layer of bottom water reservoir relative permeability curve is used to study water-yielding pattern of thin oil reservoir with bottom water using the relative permeability curve. Xinjiang Petroleum Geology, 27(5), 588-590.

[4] Xie, J. Z., & Wu, X. L. (2004). Estimating oil-water relative permeability curve using production logging data. Petroleum Exploration and Development, 31(2), 64-66.




DOI: http://dx.doi.org/10.3968/6854

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