Advancing Rig Efficiency, Drilling Performance, and Operational Resilience
Wednesday, 22 October
Room 330
Technical and Invited Presenter
Maximizing drilling efficiency requires a holistic approach to rig optimization, operational reliability, and downhole performance. This session explores next-generation rig power systems, predictive maintenance frameworks, and human-machine integration to improve execution and sustainability. Additionally, discussions will highlight advancements in drillstring dynamics, mechanical specific energy, and strategies to mitigate external disruptions such as solar storms, ensuring stable, high-performance drilling operations in any environment.
Session Chairpersons
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0830-0855Best of the Best 25DC 223707 - Mechanical Specific Energy: Derivation, Understanding and Relationship to Formation Strength
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0855-0920 228173Virtual Utility System With Full Back-up Power For Rig Operations Providing Fuel Optimization And Emission Reduction
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0920-0945 228045Eliminating Drilling And Surveying Delays From Solar Storms With A Deployed Magnetic Observatory And Modern Workflow
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1015-1040 228115Condition-based Maintenance In Drilling Rigs: A Holistic Framework To Address Operational Context, Early Failure Detection, And Predictive Lifecycle Management
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1040-1105 228106Driving Operational Success And Optimizing Well Construction By Integrating A Rig Execution Engine With Human Operational Principles For Scalable Performance
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1105-1130 227939Frequency Analysis Of Surface And Downhole Dynamics Demonstrates Effectiveness Of Impedance Matching Torsional Dampening System Across Multiple Drillstring Harmonics
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Alternate 228034Enhanced RSS Steering With Combined Bit And BHA Models
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Alternate 228254Newer Technologies Enable Step Change To Address Curve And Lateral Drilling Demands- 3 Mile , 4 Mile Laterals With Single Bit
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Alternate 227914Effect Of Residual Stress On Pipe Performance Properties
