Well Construction
Tuesday, 17 October
Room 212 A-B
Technical Session
Today’s overall well construction phase is encountering more challenges, especially in environments such as deepwater where new technologies are continuously being adapted to optimize the process and minimize the risk of encountering those challenges. This session provides an overview of how technologies such as MPD is used during drilling and cementing in a deepwater application, advancements in open hole whipstock technology and an operability study for MODUs. Standards and guidelines are also discussed, in the field of PDC bits, a casing design load case for shut in after worst case discharge, and geothermal casing recommendations.
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1400-1425 215029Successful Deepwater MPD Application in Drilling and Cementing Through Depleted Formation with Wellbore Instability and Loss Circulation Challenge Offshore of Sabah
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1425-1450 214860Open Hole Whipstock Technology Combines Cement Abandonment And Kick-off in Single Trip
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1450-1515 215038Full-scale Experimental And Modeling Studies Of Gas Migration And Suspension Behaviors During Wellbore Influx Management Using MPD
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1545-1610 215007PDC Bit Selection Guidelines Based On Physics And Lessons Learned
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1610-1635 214942Beyond API: How To Evaluate Industry Standards For Practical Applications Improving Cementing Fluid Designs And Testing Accuracy
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1635-1700 215036Geothermal Applicability Of Strain-Based Casing Design Guidelines From Extreme Temperature Oil And Gas Wells
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Alternate 215135Restoring Well Integrity On A Damaged Wellhead: Lessons Learned In An Unconventional Intervention