Innovative Techniques and Technologies for Well Integrity Across Geothermal, Abandonment and CCS Operations
Thursday, 22 October
Room 371 AD
Technical Session
This session showcases innovative techniques and technologies advancing well integrity across geothermal, CCS, and well abandonment applications. Presentations cover cutting edge developments such as laser based cutting, cementless geothermal designs, advanced sealing diagnostics, CO2 resistant interfaces, swellable isolation systems, and structural performance evaluation of deformed casing.
Session Chairpersons
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0830-0855 234165Study And Performance Evaluation Of A High-temperature Resistant, Thermal Insulation, And Leakage-prevention Cement Slurry System For Geothermal Wells
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0855-0920 234082Pressure-temperature Cycling Effects On Cement-casing Interface Integrity During Supercritical Co2 Injection: A Multi-scale Experimental Study
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0920-0945 233987Wireline Deployed Blue Laser Cutting For Rigless Plug And Abandonment In Fluid-filled Wells
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1015-1040 234202Integrated Dielectric Measurements For Mm‑Wave Wellbore Sealing Technology
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1040-1105 233844Plug And Abandonment: Verifying Cement Integrity Behind Multiple Casing Strings Using Low-frequency Flexural Acoustic Modes
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1105-1130 234087Evaluation Of Burst And Collapse Performance In Deformed Casing : Fea And Full‑Scale Validation
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Alternate 233916Cementless Superhot Geothermal Wells
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Alternate 234090Mitigating Gas Migration And Ensuring Long-term Isolation In Plug And Abandonment Using Swellable Particulate Barriers
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Alternate 233904A Novel Mechanical Isolation System For Leak Mitigation In Compromised Oil Wells: A Case Study From A Well In The Niger Delta, Nigeria.