OPTIMIZATION OF THE PERFORATION SKIN EFFECT IN CASE ZEVARDA FIELD OF UZBEKISTAN

Authors

  • Tohirkhon Nurdinov Rashidkhonovich Specialist of Turakurgan Oil Depot Limited Liability Company

Keywords:

perforation technology; perforation process; status; development prospect; face direction perforation; Kashkadarya, Zevarda field.

Abstract

Performation skin effect can be defined as any reduction in near wellbore permeability which results from drilling, completion, production, injection, attempted stimulation or any other well intervention. In the majority of completions, once the reservoir has been drilled, production casing or a liner is run into the well and cemented in place. To provide the communication between the reservoir and the wellbore, it is necessary to perforate through the walls of the cemented casing or a liner and penetrate into the formation. Currently horizontal well bores completed with extensive perforation are conducted as several clusters along the well bore. (1.08)

References

Comparison of Skin Factors for Perforated Completions Calculated With Computational-Fluid-Dynamics Software and the Karakas-Tariq Semianalytical Model https://doi.org/10.2118/143663-PA (1.08)

LIU He, WANG Feng , WANG Yucai , GAO Yang1 , CHENG Jianlong3 Oil well perforation technology: Status and prospects

Ravipudi, S.R. and Godbold, T.M.: “The Effect of Mass Transfer on Heat Transfer Rates for Two-Phase Flow in a Vertical Pipe,” Proc. 6th Inti. Heat Transfer Conference, 1, 387.

Rezkallah, K.S. and Sims, G.E.: “An Examination of Correlations of Mean Heat Transfer Coefficients in Two-Phase and Two-Component Flow in Vertical Tubes,” AIChE Symposium (1987) Series 83, 109.

Shah, M.M.: “Generalized Prediction of Heat Transfer during Two Component Gas-Liquid Flow in Tubes and Other Channels,” AIChE Symposium (1981) Series 77, 140.

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Published

2022-10-13

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Articles