Application of Fracturing and Reforming in Low Permeability and Tight Reservoir of MA-S Drag Reducer Fracturing Fluid

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Authors

  • Chemical faculty, northwest university, Xi an, 710069, Shanxi ,CN
  • Chemical faculty, northwest university, Xi an, 710069, Shanxi ,CN
  • Chemical faculty, northwest university, Xi an, 710069, Shanxi ,CN
  • Oil and Gas Technology Research Institute, Chang Qing Oil Field Company, Low Permeability Reservoirs E&D national Engineering Laboratory, Petrochina, Xian, 710018, Shanxi ,CN

Keywords:

Low Permeability Tight Reservoir, Drag Reducer Fracturing Fluid, Fracturing.

Abstract

In view of the characteristics of low permeability and tight reservoir and the requirement of fracturing fluid, the fracturing fluid system of mA-S high efficiency drag reducer is developed, and its performance is evaluated. Using the indoor evaluation device of drag reducer, the mA-S high efficiency drag-reducing agent fracturing fluid system has high drag reduction performance, the best concentration is 0.07%, and has a certain stability, the 120h drag reduction rate is lowered by 8%. The resistance to mild and shear properties was tested by Rheometer, the temperature rises from 25 to OC, viscosity drops 0. 025pa.s, shearing time from 0 s to 1800s, apparent viscosity reduces 0.0075 pa.s, when the velocity is 20m/s, the drag reduction rate is 61%, then with the flow rate increases, the drag reduction rate drops, But the decline was smaller, at a minimum of 53%. With the successful application of 5 wells in the field of mA-S drag-reducing agent fracturing fluid, the maximum frictional resistance of the tubing can be reduced by 61%, which provides an effective way for the efficient reconstruction of tight reservoirs.

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Published

2022-10-23

How to Cite

Yan, Y., Fan, J., Liu, E., & Tang, M. (2022). Application of Fracturing and Reforming in Low Permeability and Tight Reservoir of MA-S Drag Reducer Fracturing Fluid. Journal of Mines, Metals and Fuels, 66(9), 537–540. Retrieved from https://informaticsjournals.com/index.php/jmmf/article/view/31756