Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well
This paper seeks to determine the optimum operating conditions for deploying casing perforation guns based on CT to target depths in gas well MA-X by utilising Orpheus Model in CERBERUS. Orpheus assisted to solve the complicated scenarios and complex analysis involves mathematical modelling which is...
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my.utm.960882022-07-03T07:53:58Z http://eprints.utm.my/id/eprint/96088/ Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well Han, Kung Yee Sidek, Akhmal Supee, Aizuddin Junin, Radzuan Jaafar, Zaidi Md. Nasir, Ahmad Nabil Tarmidi, Zakri Omar, Shaziera TP Chemical technology This paper seeks to determine the optimum operating conditions for deploying casing perforation guns based on CT to target depths in gas well MA-X by utilising Orpheus Model in CERBERUS. Orpheus assisted to solve the complicated scenarios and complex analysis involves mathematical modelling which is necessitates for computer processing powers. This study investigated four different Coiled Tubing (CT) intervention operational variables namely borehole assembly, CT grade outer diameter (OD), well fluid type and fractional reducer application included examined two scenarios which are running tools in (RIH) and pulling out from borehole (POOH). Only CT workstring with outer diameter between 1-1/4 inch and 2-7/8 inch is considered due to the wellbore completion minimum restriction. Constrained by economic and logistical reasons, only fresh water, 2% KCl, 15% HCl, sea water and diesel will be considered for the well bore fluid. Fractional reducer effects was simulated and analysed. Based on simulation results, the CT outer diameter 1-3/4 inch workstring optimized operation, the CT grade is QT1000 increased mechanical properties. A suitable well fluid is sea water with application of friction reducer improve CT perforation performances to achieve maximum target depth. 2021 Conference or Workshop Item PeerReviewed application/pdf en http://eprints.utm.my/id/eprint/96088/1/ZaidiJaafar2021_ComputerAssistedinCoiledTubingPerforationLimitations.pdf Han, Kung Yee and Sidek, Akhmal and Supee, Aizuddin and Junin, Radzuan and Jaafar, Zaidi and Md. Nasir, Ahmad Nabil and Tarmidi, Zakri and Omar, Shaziera (2021) Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well. In: 1st International Conference on Material Processing and Technology, ICMProTech 2021, 14 -15 Julai 2021, Perlis, Virtual. http://dx.doi.org/10.1088/1742-6596/2129/1/012013 |
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TP Chemical technology Han, Kung Yee Sidek, Akhmal Supee, Aizuddin Junin, Radzuan Jaafar, Zaidi Md. Nasir, Ahmad Nabil Tarmidi, Zakri Omar, Shaziera Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well |
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This paper seeks to determine the optimum operating conditions for deploying casing perforation guns based on CT to target depths in gas well MA-X by utilising Orpheus Model in CERBERUS. Orpheus assisted to solve the complicated scenarios and complex analysis involves mathematical modelling which is necessitates for computer processing powers. This study investigated four different Coiled Tubing (CT) intervention operational variables namely borehole assembly, CT grade outer diameter (OD), well fluid type and fractional reducer application included examined two scenarios which are running tools in (RIH) and pulling out from borehole (POOH). Only CT workstring with outer diameter between 1-1/4 inch and 2-7/8 inch is considered due to the wellbore completion minimum restriction. Constrained by economic and logistical reasons, only fresh water, 2% KCl, 15% HCl, sea water and diesel will be considered for the well bore fluid. Fractional reducer effects was simulated and analysed. Based on simulation results, the CT outer diameter 1-3/4 inch workstring optimized operation, the CT grade is QT1000 increased mechanical properties. A suitable well fluid is sea water with application of friction reducer improve CT perforation performances to achieve maximum target depth. |
format |
Conference or Workshop Item |
author |
Han, Kung Yee Sidek, Akhmal Supee, Aizuddin Junin, Radzuan Jaafar, Zaidi Md. Nasir, Ahmad Nabil Tarmidi, Zakri Omar, Shaziera |
author_facet |
Han, Kung Yee Sidek, Akhmal Supee, Aizuddin Junin, Radzuan Jaafar, Zaidi Md. Nasir, Ahmad Nabil Tarmidi, Zakri Omar, Shaziera |
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Han, Kung Yee |
title |
Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well |
title_short |
Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well |
title_full |
Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well |
title_fullStr |
Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well |
title_full_unstemmed |
Computer-assisted in coiled tubing perforation limitations: A case study from MA-X gas well |
title_sort |
computer-assisted in coiled tubing perforation limitations: a case study from ma-x gas well |
publishDate |
2021 |
url |
http://eprints.utm.my/id/eprint/96088/1/ZaidiJaafar2021_ComputerAssistedinCoiledTubingPerforationLimitations.pdf http://eprints.utm.my/id/eprint/96088/ http://dx.doi.org/10.1088/1742-6596/2129/1/012013 |
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