Completion Technologies Driving Performance in Complex Wells: Actionable Insights and Case Studies
Tuesday, 5 May
Room 606
Technical Session
This session highlights the application of advanced completion technologies to address complex challenges across a range of well environments. Topics include the use of coiled tubing fiber optics, distributed temperature sensing (DTS), metal alloy packers, downhole safety valves (DHSVs), and expandable liner hangers (ELHs) to enable selective stimulation, multi-stage fracturing, subsea production management, water injection, and mitigation of formation damage. Additionally, the session features discussions on advanced numerical modeling techniques for tubing buckling, as well as performance insights into intelligent sliding sleeves and autonomous inflow control devices (AICDs). Attendees will explore cutting-edge solutions deployed in demanding settings such as deepwater, HPHT, carbonate formations, and wells with complex geometries.
Chairperson(s)
Sponsoring Society:
- Society of Petroleum Engineers (SPE)
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1420-1438 37169Finite Element Analysis of Tubing Buckling Beyond Design Software
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1420-1438 37066Risk-Based Integrity Analysis and Production Management: A Practical Case Study of DHSV Strategies in Subsea Wells, Past and Future
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1440-1458 36817Maximizing HPHT Well Production with Expandable Liner Hanger System to Avoid Formation Damage
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1500-1518 37041Operation Practices of Liner Hanger Deployment in China First Offshore Ultra HTHP Project Campaign
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1520-1538 37120Numerical Investigation of Water-Control Performance of AICDs and Intelligent Sliding Sleeve Systems in Offshore Horizontal Well
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1540-1558 37136Successful Field Application of a Novel Metal Alloy Packer for Multistage Hydraulic Fracturing Application
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1600-1618 37117Adaptability Analysis and Evaluation of Different Water Control Measures Based on Physical Experiments


