Advances in Fracturing Fluids, Proppants, and Fracture Conductivity: Integrated Innovations from Laboratory Research to Field Performance
Tuesday, 2 February
Waterway Ballroom 1-4
Technical Session
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Alternate 236811Improved Well Performance And Increased Unconventional Resource Recovery From Application Of Polymer Coated Proppant
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Alternate 236798"bridging The Industry Gap: A Laboratory‑Driven Analytical Model For Proppant Embedment Prediction In Weak, Creep‑Prone Chalk Reservoirs"
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Alternate 236821An Integrated Reactive Transport And Acid Fracturing Simulation Framework Within A 3D Hydraulic Fracturing And Reservoir Simulator
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Alternate 236806Successful Application Of Nanofluid Additives In High-salinity Fracturing Fluids: From Lab To Field
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Alternate 236838Improved Early Productivity And Long-term Recovery Through Surfactant Addition On A Shared Multi-well Pad In Wolfcamp Completions
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Alternate 236828Application Of Friction Reduction As A Completion-design Variable: Evaluating Pump Physics, Stage Length, Cost, And Production-uplift Value Using Field-calibrated Data
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Alternate 236834Enhanced Acid Etched Conductivity Using CO2 Foamed Retarded Acid System
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Alternate 236815Beyond Drag Reduction: Evaluating FR/HVFR Viscoelasticity, Shear Stability, And Proppant Transport Performance
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Alternate 236805From Reactive Treatments To Proactive Mitigation: Development Of A Slow-release Iron Sulfide Control Agent For Hydraulic Fracturing Applications

