Modular Frame Method Plugging in Fuyu Problem Well for Treatment Application

Yongsheng LIU, Erlong YANG, Zengjun HE, Zhenyu GE, Yunzhe CUI

Abstract


In Fuyu oil field wells spit mudstone serious, sloughing, lost the problems on the top of the fish, take relief well construction method, using new drilling trajectory, through reservoir perforated interval as China Unicom media, from and old wells trajectory formed a U-shaped connecting device, eventually set up a China Unicom, so as to implement to new wells trajectory cement injection to sealed wells eyes return channel to. The technology to solve casing fault at the lower part of the fish top completely lost without channel, shallow mudstone strata serious collapse and leakage, et in sleeve and a lot of spit mudstone and operation cannot on the lower part of wellbore and reservoir were blocked. In the communication of the trajectory of the new and old wells by chemical plugging agent and augmented injection provided measures of pressure, relative effective reduces the invalid diversion effect, improve good communication relationship between new and old wells eyes and Unicom performance, finally realizes the effective sealing effect. In the field application, it has achieved good results, effectively blocking the difficult wells, and provides a new method for the safety management of Fuyu oilfield.


Keywords


Fuyu oilfield; Severe mud rock; Formation collapse; Fish head loss; Model frame method

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References


He, Z. J. (2011). Analysis of viscosity-reducing measures for the heavy oil in Block Dong17 of Fuyu Oilfield. Special Oil & Gas Reservoirs, 18(6), 100-102.

He, Z. J., Lin, Y. P., & Li, G. J. (2012). Produce reserves from shallow reservoirs under surface pressure - summing zones by large drill platform in Fuyu oilfield—A case in Chengping 12 block. Special Oil & Gas Reservoirs, 19(3), 144-142.

Zhuang, S. L., Zhang, Y. H., & He, Z. J. (2006). Exploiting potential of fuyu oilfield by horizontal well technology. Techniques for improving development effect in high water cut oilfield (pp.341-346). Beijing: petroleum industry press.

Zhang, Z., Yuan, M. Z., & Wang, H. (2014). Large Concrete Structures During Solidification Temperature Field Research. Applied Energy Technology, 9(201), 11-15.




DOI: http://dx.doi.org/10.3968/11304

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