Technical Session 09: Drilling and Completion Technologies
Wednesday, 15 October
Meeting Room 3, 3rd Floor
Technical Session
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0900-0920 226533Downhole Electronic Valve & Mud Pulse Telemetry Integration For Multizone Open Hole Gravel Pack Deployment Optimization
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0920-0940 226523Improving Efficiency, Cost, And Time In Offshore Well Operations Using The Selective Perforation Method : First Application In Mahakam Offshore Campaign
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0940-1000 226502Setting New Benchmark In Operational Excellence With Intelligent Automated Real-time Decision-Making Solution
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1000-1020 226359Case Study: Step Change In Drilling Performance In Large Hole Section By Optimizing Bit, Bha, And Drilling Practices In Middle East
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Alternate 226594Innovative Completion Technologies For Highly Deviated Gas Wells In Offshore Madura Strait: Key Insights And Lessons Learned
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Alternate 226580Rigless Drilling And Completion : A Case Study Of Re-entry Drilling And Completion With 340k Hwu To Re-access Exploration Well In Mahakam Swamp Field, Indonesia
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Alternate 226381E-line Flapper Milling Operation For Pre-P&A Operation
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Alternate 226421Successful Casing Architecture Optimization As Solution For Massive Drilling In Development Of Low Quality Reservoir Project B-field With Marginal Economical Issue
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Alternate 226293Application Of New Techniques In First Successful Coring Operation In Challenging Unconventional Heavily Vuggy And Severely Loss Prone Reservoir In North Kuwait Field To Recover High Quality Of Core
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Alternate 226438Single-trip Multizone In Challenging Highly Deviated Wells - Case Study From South Natuna Sea
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Alternate 226573Charting Success With Cemented Monobore: Malaysia's Experience And Insights
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Alternate 226529Numerical Analysis Of Water Control Completion Performance With Unique Autonomous Inflow Control Device Under Different Water Cut: Effectiveness Of Aicds In Multilayer Well In Chad
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Alternate 226317Batch Drilling In A Congested Field- Case Study From Field Operator In Abu Dhabi
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Alternate 226593Advances In Drilling Technology For Managing Drilling Risk Using An In-situ Hydraulically Actuated Drilling Reamer To Improve Borehole Quality And Reduce Stuck Pipe Occurrence