Proppant Transport and Distribution Findings from In-Basin and Laboratory Investigations: Impact on Completion Design for Unconventionals
Tuesday, 4 February
Waterway Ballroom 5-8
Technical Session
This session highlights the work done to further understand where proppant travels, how proppant settles, and how various in-basin proppant sands interact with fluid systems. These findings yield actionable insights to improve completion design aspects such as perforation orientation, sand choice, chemical (FR) additives and diverter selection, among others. This session also presents work that investigates the relationship of lithology, pressure, and stress of induced seismicity events.
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1300-1345 223567Far-field Drainage Along Hydraulic Fractures: Insights From Integrated Modeling Studies In The Bakken And Permian Basin
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1345-1410 223520Impacts Of Near And Far-field Diverters On Proppant Transport In Complex Fracture Systems
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1410-1435 223543An Experimental Investigation Of The Effect Of Lithology, Pore Pressure, And Stress On The Magnitude Of Induced Seismicity Events
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1535-1600 223549Avoiding “Fatal” Attractions: How To Prevent Production-killing Interactions Between Wet Sand And Stimulation Fluids.
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1600-1625 223580Turbidity In Frac Sand From Proximity Mines In The Permian Basin: Is It Detrimental To The Fracture System?
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1625-1650 223571Achieving Uniform Proppant Distribution In Horizontal Wellbore Clusters Using CFD Modeling
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Alternate 223518New Crush Testing Method To Evaluate Proppant Performance Under Downhole Conditions
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Alternate 223546Gathering Useful Data From Crush Testing: Estimation Of Proppant Permeability Using A Modified Kozeny-Carman Equation