CCS and Cement Integrity: Optimization and Resilience
Tuesday, 21 October
Room 332CF
Technical Session
CCS wells and other complex applications require deeper insights to achieve optimization and ensure well integrity and resilience. This session covers the novel application of flow control valves and distributed acoustic sensing (DAS) to understand injection flows in the wellbore and formation system. Additionally, new research will be presented on cement integrity and durability under challenging pressure, temperature, and fluid composition conditions. The session will also explore the integrity of multilateral well junctions through rigless intervention systems, which can extend the operating life of wells.
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0830-0855 228236Optimizing Carbon Capture And Storage (ccs) In Multiple Reservoirs: Advanced Completion Design With Flow Control Valves (fcvs)
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0855-0920 227872Acoustic Characterization Of Supercritical Injection Flow Into Tight Formations With Perforation Laboratory Testing
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0920-0945 228221Transforming Multi-lateral Wells: Strategic Innovations In Taml-5 For Enhanced Lateral Access And Well Production
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1015-1040 227930Durability Of Well Cement Systems In Carbon Capture And Storage: Insights Into Long-term Carbonation Under Supercritical CO2 And CO2-saturated Brine Exposure
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1040-1105 228105The Influence Of H2S And Co2 On The Triaxial Behavior Of Pva Fiber Reinforced Class G Cement Paste Under Elevated Temperature And Pressure
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1105-1130 227892China’s First Offshore Ultra-HT/HP Venture In CO2 Rich Gas Formation - Success With Mechanical And Corrosion Resilient Cement
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Alternate 228255Evaluating Permeability And Self-healing Capabilities Of Alkali-activated Class F Fly Ash Geopolymers For Enhanced Well Integrity
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Alternate 228056Are Well Intervention Incidents Underreported? A Major Accident Risk Perspective On Reporting Of Well Intervention Activities In The Norwegian Continental Shelf
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Alternate 228058Foam Cement As A Solution For Zonal Isolation In High-temperature Foothill Wells: A Cusiana Field Case Study
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Alternate 228256High Temperature High Pressure Induced Magnesium Mineralization For Sealing Application