Drilling Fluids - Deepwater, Machine Learning and Rock Mechanic Aspects
Wednesday, 5 March
Room 3
Technical Session
This session will include presentations by operators, service companies and academia, investigating recent developments in drilling fluids. Paper cover topics such as high temperature reservoir drilling fluids to access depleted deepwater reservoirs, use of machine learning for mineralogical analysis of solids in drilling fluids, impact of mud filter cake on fracture initiation pressure, thixotropic mud properties for gel breaking pressures.
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1045-1110 223728XRF-FTIR Data Fusion and Machine Learning Models for Mineralogical Analysis of Solid Mineral Mixtures and Solid Dispersions in Drilling Fluids
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1110-1135 223709Enhancing Wellbore Integrity: The Impact Of Fine Particle Mudcake On Fracture Initiation Pressure
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1135-1200 223705Novel High Temperature Water-Based Reservoir Drilling Fluid to Access Depleted Deepwater Reserves
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1200-1225 223704Revealing Time-Dependent Mud Properties Needed for Predicting Gel Breaking Pressure
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Alternate 223702Filter Disk Materials for High-Pressure/High-Temperature Filtration Testing: Characterization and Comparison with Natural Sandstones
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Alternate 223723An Innovative Water-Based Reservoir Drill-In Fluid Solution Customized to Withstand the Extreme Thermal Boundaries of the Perth Basin While Minimizing Formation Damage