Securing Annulus Abnormal Pressure Build-up (APB) with Polymer Plug; a Case Study

Ganesha R Darmawan

Abstract


The life cycle of a production well was facing challenges related to well integrity issue where A-Annulus pressure tracking the tubing pressure and increased repeatedly above the Maximum Allowable Wellhead Operating Pressure (MAWOP). Several well control operations were executed to reduce A-Annulus abnormal pressure build-up (APB) with no success.

Literature and well historical studies were performed in order to secure this well, normal bleed and lube was ruled out owing to several attempts already performed for more than a year, but the APB keep on appearing after 2-4 months. Bullheading is not a viable option to kill the well. Well securing planned and prepared with some options such as, mechanical barriers/plugs, cement plug or polymer plugs as temporary plug to avoid APB re-occurrence. There were some constrains in operation planning that need to be addressed carefully, with additional challenge of tight injectivity as if it was a closed system.

The polymer plug successfully stops the gas migration to surface, and secured the well from any reoccurrences of APB. The details of well control histories, operation design and planning and operation execution with the complete results and evaluation will be presented in this paper.


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References


Proceedings:

Ganesha R. Darmawan, Oktaviano Soekmono, Amirmal Haris and Dody Sasongko (2015): “Well Integrity Management, a Suggestion in Planning and Operation for Pertamina EP”. Paper FSTH-2015-DPE-056, presented in Poster Session at Pertamina Forum Sharing Teknologi Hulu (FSTH) 2015 in Bali, Indonesia

Naser Al-Houti, Mohammad Al-Othman, Khalid Al-Qassar, Ahmed El-Ebrahim, Khaled Matar, and Abudlla Al Hamad (2017); “An Alternative Method for Cement Squeeze in North Kuwait: Case Study”. Society of Petroleum Engineers. https://doi.org/10.2118/184802-MS

T.W. Harrison, C.G. Blount (1986): “Coiled Tubing Cement Squeeze Technique at Prudhoe Bay, Alaska”. Society of Petroleum Engineers. https://doi.org/10.2118/173655-MS

Baraa Alhammari, Nitin Rane, Sultan Al Harbi, Safaa Mohammad, Abdullah Al-Kinderi, Yoann Sanin and Khaled Matar (2018): “ Rigless Zonal Isolation in High-Permeability and Low-Pressure Sandstone Formations Using an Organically Crosslinked Polymer Sealant: Successful Field Application”. SPE Asia Pacific Oil & Gas Conference and Exhibition. https://doi.org/10.2118/192099-MS

Dalrymple, E.D., Eoff, L., Vasquez, J. et al. (2008): “Shallow Penetration Particle-Gel System for Water and Gas Shutoff Applications”. Russian Oil and Gas Technical Conference and Exhibition. https://doi.org/10.2118/114886-RU

Ganesha R. Darmawan, Herry Subekti, Haris Gunawan, Deddy Syam, and Aznaldi Augustia (2017): “Securing Sustained Casing Pressure Problem with Polymer Plug; a Case Study”. Paper-011, presented at Pertamina Drilling and Well Technology Forum (DWTF) 2017 in Yogyakarta, Indonesia.

Ilhami Nur, Yohanes Budi Hendarto, Sylvan Abdinni, Achmad Soendaroe, Saroha Gultom, and Ali Fahmi; “Coiled Tubing Squeeze Cementing Optimization at PHE WMO Offshore Area”. Paper-025, presented at Pertamina Drilling and Well Technology Forum (DWTF) 2018 in Yogyakarta.

Ekeigwe, Augustine & Abiodun, Laoye & John, Madu & Chiji, Onwuzurike & Olatunji, Williams & Poitrenaud, Hugues. (2004). Water Shut-off using Rigid Polymer : The Etelebou Experience. 10.2523/88925-MS.

Sasongko, D., Darmawan, G. R., Susilo, S. D., Shaun, J. T., Sisworo, S., & Prasetia, A. E. (2011, January 1). Downhole Isolation Valve Performance in Drilling and Subsequent Completion Operations. International Petroleum Technology Conference. doi:10.2523/IPTC-15445-MS

Standards:

API-RP90-2; 2016 “Annular Casing Pressure Management for Onshore Wells”.

NORSOK Standard D-010, Rev. 3, August 2004, Well Integrity in drilling and well operations.

Others:

Halliburton Brochures.




DOI: https://doi.org/10.31315/jpgt.v1i2.3825

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