Leveraging Technical Excellence and Innovation for Complex Wells: Geothermal, CCUS and MPD
Friday, 23 October
Room 371 CF
Technical and Invited Presenter
As the industry expands beyond conventional oil and gas, established drilling expertise combined with innovation in research and technologies are being leveraged to address new challenges, improve performance, mitigate risks and unlock wells previously considered high-risk or uneconomic. This session explores how advanced pressure management, drilling optimization, well integrity practices, and digital innovation can be applied across deepwater, depleted formations, unconventional resources, geothermal wells, and repurposed CCUS assets. Topics include bottomhole pressure management, in narrow-window drilling, unexpected hazard detection and recovery, casing wear evaluation in legacy wells, drillstring vibration mitigation, sustainable geothermal well materials, and autonomous AI-enabled MPD control.
Session Chairpersons
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0830-0855 230749Invited Presenter: Best of DC 230749 - Enabled Detection, Management and Recovery of Unexpected Tar Intervals In Deepwater Gulf of America
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0855-0920 233896Effects of Bottomhole Pressure on Performance and Risk Mitigation in the Marcellus Shale
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0920-0945 233906Challenging the Limits: Successfully Drilling “Undrillable” Deepwater Wells in Severely Depleted Reservoirs
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1015-1040 233885Evaluating Casing Wear Risk in a Legacy North Sea Well Repurposed for CCUS: A Case Study
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1040-1105 234131Sustainable Heat-transfer Enhancement In Geothermal Wellbore Cement Via High-alumina Slag Valorization
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1105-1130 234132Record-Breaking Drilling Performance in 17½-in. Section: A two-Phase Optimization Approach in the Norwegian Continental Shelf
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Alternate 234203Autonomous Edge-Deployed AI System for Real-Time MPD Control and Optimization
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Alternate 233915Case Study: Non-Productive Time and Mud Cost Reduction with Managed Pressure Drilling in the Woodford Shale, Canadian County, Oklahoma


