Illuminating Fracture Geometry and Integrity – Fiber-Optic Diagnostics, Real-Time Data Integration & Novel Imaging
Thursday, 5 February
Waterway Ballroom 1-4
Technical Session
This session explores how distributed fiber-optic sensing and physics-informed workflows reveal real-time fracture geometry and drainage behavior across HFTS-2, the Delaware Basin, and Utah FORGE. It concludes with resin-filled core experiments and high-resolution acoustic imaging that visualize fracture planes and detect perforation erosion and casing damage to guide adaptive fracturing strategies and well spacing.
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0830-0915 230609Drainage Fracture Height Characterization Using Rayleigh Frequency Shift Distributed Strain Sensing (RFS-DSS) In A Vertical Monitoring Well From HFTS-2
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0915-0940 230630Simulationand Comparison of In-well Strain Data Across Two Horizontal Wells: IdentifyingDifferences in Completion Design
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0940-1005 230665Informed Inversion of Fiber Optic Strain Data for Real-time FractureGeometry in Monitoring Well: A Case Study from the Utah Forge Site
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1035-1100 230606Theoretical Analysis and Numerical Modeling of Fiber Slippage to Reduce Uncertainty in Fiber Deployment and Improve Data Interpretation Accuracy
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1100-1125 230610Outcrop-scale visualization experiment of hydraulic fractures using coagulable resin - Relationship between 3d extension of hydraulic fractures observed on cores and AE distribution-
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1125-1150 230656Zooming Out: Integrating Near Wellbore Analyses To Optimize Field Performance
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Alternate 230608Channel Fracturing Success Field Case: Ten-times Production Increase By The Combination Of Deep Domain Knowledge, Digital Solutions And Execution Technologies
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Alternate 230633Developing Type Curves For Wide Spaced Recompletions With The Integration Of Physics Based Modeling With Petrophysical, Reservoir, and Production Data