Flow Assurance
Friday, 23 October
Room 361 BECF
Technical Session
This Flow Assurance session offers a tight overview of emerging methods to predict and control flow risks across the production system, from hydrate-and-wax modeling and new emulsion-rheology insights to corrosion risks driven by water-layer formation. It highlights how brine chemistry impacts asphaltene deposition, introduces sustainable chemistries for wax-asphaltene remediation and next-generation inhibition, and presents optimized MEG and KHI strategies for challenging sour-gas and water-injection environments. The session also features advances in mineral-scaling prediction through reactive-transport modeling and new 3-D evidence of particle-driven injectivity impairment—capturing the key innovations reshaping modern flow assurance.
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1400-1425 233934Hydrate And Wax Risk In The Venus Field: Transient Well Flow Modelling To Assess And Predict Well Behavior
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1425-1450 234154From Contaminant-Driven Asphaltene Instability to Successful Ultra-Deepwater Startup: An Integrated Laboratory Qualification, Monitoring, and Optimization Framework for Asphaltene Management
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1450-1515 234021Water Layer Development and Corrosion Risk in Downward Gas-Oil-Water Flow
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1515-1540 234028Impact Of Formation Brine Chemistry On Asphaltene Deposition In Production Systems
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1540-1605 233899Sustainable Chemistry for Remediation of Formation Wax-asphaltene Solids and Paraffin Control in Permian Basin Operations
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1605-1630 234170Optimizing MEG, KHI, and Scale Inhibitor Injection for Enhanced Surface and Subsurface Operations in Sour Gas and Water Injection Fields
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Alternate 234188Particle Transport and Injectivity Impairment During High-Rate Injection: 3-D Experimental Evidence of Non-Darcy Effects on Vertical Wells


