Technology Focus: Deepwater Fields (May 2026)

_ The following three papers show challenges and potential solutions across various stages of the deepwater well-development cycle from a variety of deepwater basins across the world. Paper SPE 228825 struck me with something that needs to have more emphasis: When data shows that your original model may not be as good as you thought, you need to make a quick decision on whether to proceed. In other industries, we often hear the term “fast failure.” This is a philosophy we do not always apply as rigorously in our business. At various stages, we may have invested a significant amount of time, effort, and money in a project, and, when data is telling us something different, human interests and feelings often make walking away difficult. Paper SPE 227955 discusses autonomous drilling, something that has been discussed in one way or another throughout my career. I am glad to see that progress is being made with a sensible approach that allows for human intervention guided by automated interpretation, linking service companies and rig contractors. I am convinced that this will become an increasing part of drilling in the future. I chose paper OTC 36804 because we are rapidly approaching the plug-and-abandonment phase in many deepwater basins. Technology and integrated solutions will play an increasing role in this area to keep operations cost-effective and safe. I hope you all enjoy reading these papers. It was a challenge to choose only three from the many excellent papers submitted on deepwater topics in the past year. Summarized Papers in This May 2026 Issue SPE 228825 - Prospect Revalidation Using Integrated Perspective Leads to No-Drill Decision by Obinna Chudi, SPE, Renaissance Africa Energy, and Kumar Gautam and Chima Chikezie, Shell, et al. SPE 227955 - Global Deepwater Drilling Project Derives Drilling Parameters With AI Application by Salvatore Spagnolo, SPE, Valerio Bruni, and Carmelo Camillieri, Eni, et al. OTC 36084 - Study Reviews Best Practices for PWC Technique for Abandonment in Deepwater Brazil by Rafael P.M. Moreira, SPE, Aline G.G. de Oliveira, and Rodrigo D. Lucchesi, Petrobras, et al. Recommended Additional Reading at OnePetro: www.onepetro.org. IPTC 25086 - Navigating Deep Waters—Derisking and Early Monetization Opportunities With Early Production System Floater by Tong Wen Jie, Petronas, et al. SPE 229024 - Navigating the Depths in Offshore Andaman, Indonesia: Revolutionizing Deepwater Drilling With Seismic While Drilling and Fiber-Optic Technologies by F. Bagis, Mubadala Enerby, et al. OTC 35642 - Rigless Abandonment Strategy for Deepwater Field—Case Study for Bonga End of Field Life by A. Okosun, Shell, et al.

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Publication Details

Journal
Journal of Petroleum Technology
Published
2026-05-01
DOI
https://doi.org/10.2118/0526-0008-jpt
Primary Topic
Marine and Offshore Engineering Studies
Type
article
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0.00
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article

Technology Focus: Deepwater Fields (May 2026)

Andy Hawthorn
Journal of Petroleum Technology
Marine and Offshore Engineering Studies
article

Technology Focus: Deepwater Fields (May 2026)

Andy Hawthorn
article en

Abstract

_ The following three papers show challenges and potential solutions across various stages of the deepwater well-development cycle from a variety of deepwater basins across the world. Paper SPE 228825 struck me with something that needs to have more emphasis: When data shows that your original model may not be as good as you thought, you need to make a quick decision on whether to proceed. In other industries, we often hear the term “fast failure.” This is a philosophy we do not always apply as rigorously in our business. At various stages, we may have invested a significant amount of time, effort, and money in a project, and, when data is telling us something different, human interests and feelings often make walking away difficult. Paper SPE 227955 discusses autonomous drilling, something that has been discussed in one way or another throughout my career. I am glad to see that progress is being made with a sensible approach that allows for human intervention guided by automated interpretation, linking service companies and rig contractors. I am convinced that this will become an increasing part of drilling in the future. I chose paper OTC 36804 because we are rapidly approaching the plug-and-abandonment phase in many deepwater basins. Technology and integrated solutions will play an increasing role in this area to keep operations cost-effective and safe. I hope you all enjoy reading these papers. It was a challenge to choose only three from the many excellent papers submitted on deepwater topics in the past year. Summarized Papers in This May 2026 Issue SPE 228825 - Prospect Revalidation Using Integrated Perspective Leads to No-Drill Decision by Obinna Chudi, SPE, Renaissance Africa Energy, and Kumar Gautam and Chima Chikezie, Shell, et al. SPE 227955 - Global Deepwater Drilling Project Derives Drilling Parameters With AI Application by Salvatore Spagnolo, SPE, Valerio Bruni, and Carmelo Camillieri, Eni, et al. OTC 36084 - Study Reviews Best Practices for PWC Technique for Abandonment in Deepwater Brazil by Rafael P.M. Moreira, SPE, Aline G.G. de Oliveira, and Rodrigo D. Lucchesi, Petrobras, et al. Recommended Additional Reading at OnePetro: www.onepetro.org. IPTC 25086 - Navigating Deep Waters—Derisking and Early Monetization Opportunities With Early Production System Floater by Tong Wen Jie, Petronas, et al. SPE 229024 - Navigating the Depths in Offshore Andaman, Indonesia: Revolutionizing Deepwater Drilling With Seismic While Drilling and Fiber-Optic Technologies by F. Bagis, Mubadala Enerby, et al. OTC 35642 - Rigless Abandonment Strategy for Deepwater Field—Case Study for Bonga End of Field Life by A. Okosun, Shell, et al.

Journal of Petroleum TechnologyVol. 78(05)
Baker Hughes (United States) (US)
Clean water and sanitation
Openalex Percentile: Top 8%
Marine and Offshore Engineering Studies
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