The Future of Smart Fluids Technologies and Zonal Isolation Techniques
Wednesday, 18 October
Room 212 A-B
Technical Session
The future of smart fluids technologies and zonal isolation techniques does not lie in legacy and traditional approaches. The future is instead in the hands of the technology that can properly handle it and its evolution. To date, zonal isolation and fluids remain key objectives during well construction phase. Drilling hazards such as lost circulation or inflow events leads to not ideal casing design and cement placement success as well as contamination with native wellbore fluids. Introduced in this session is potential solutions to overcome lost circulation, advances in drilling fluids modeling and methods to compliment primary cementing.
Session Chairperson(s)
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0830-0855 214801Application Of Compressible Carbon In Cement To Mitigate Cement Pore Pressure Reduction And Improve Zonal Isolation
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0855-0920 214768Mitigating Gas Migration Using Foamed Cement On Shallow Thermal Wells In Northeast Alberta
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0920-0945 214788A Non-Portland Cement System: A Step Forward Towards Sustainability Of Oil Well Cementing
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1015-1040 215140Improved Well Integrity Using A Novel Fluid Technology To Overcome Large Fracture Networks And Permeable Formations
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1040-1105 214829Drilling Offshore Wells with High-Performance Water-Based Mud (HPWBM) in Extreme High-Pressure / High-Temperature (HP/HT) Conditions
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1105-1130 215126Casing Design Load Case For Shut-in After Worst Case Discharge Using A Progressive Depth Analysis Approach
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Alternate 214861The Role of Fiber Properties s in LCM Design - A Numerical Approach
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Alternate 215040Modeling And Optimization Of Mud Cap Drilling For Undrillable Wells Due To Loss Of Circulation
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Alternate 215163Geopolymer for Oilfield Application: Scaling-up Laboratory Test to Yard Test
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