Plugging Agent Type Selecting Methods for Channeling Reservoir

Author:

Wang Shuo Liang1,Zhang Yuan1

Affiliation:

1. China University of Geosciences (Beijing)

Abstract

The breakthrough flow of injected water and polymer caused by heterogeneous formation is a serious problem in many oil fields, and the problem has become an important restraint to oil development. The profile control and water shutoff plan is determined by experienced and subjective human judgments, the blocking agent selection and plugging agent dosage are lack of scientific basis. Based on a reservoir engineering study, this article proposes an internal pressure calculation model and an injection pressure calculation model, the ultimate gradient of breakthrough pressure and plugging agent working viscosity. Combining methods of plugging agent performance evaluation method, we conclude the matching relation between characteristic parameter of thief zone and performance of plugging agent. A method for selecting a plugging agent in the light of thief zone is established. Case study results reveal the practicability and effectiveness of this method.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference9 articles.

1. Der J Sarkissian, Venline, Prado M, et al. Lessons Learned from Four Selective Water Shutoff Treatments in Mature Reservoirs in Maracaibo Lake. SPE 96528, (2005).

2. Ekeigwe Augustine, Laoye Abiodun, Madu John, et al. Water Shut – off Using Rigid Polymer: the Etelebou Experience. SPE 88925, (2004).

3. Huang Xiang, Wang Sheng-kui, Zhang Feng-li, Method for Injection Pressure Prediction for Profile Control in Water Injection Wells, [J] Journal of oil and gas technology. 2006, 5(28): 101~104.

4. Jiang Hanqiao, Yao Jun, Chen Yueming The Optimization Design of Plugging Advantage Channel Scheme in Sha 23 of Sheng 2 area, [J] JOURNAL OF THE UNIVERSITY OF PETROLEUM,CHINA(EDITION OF NATURAL SCIENCE) 1994, 18(4): 90~94.

5. Li Yikun, Zhao Fulin, Zhang Yongjun, Wang Zhengkun Study and Application Pressure Gradient Distribution Chart, [J] Journal of Jianghan Petroleum Institute 2003(S2): 92~95.

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