Fracture Design: from lab to implementation through data science and diagnostics
Monday, 23 September
Room 228 - 230
Technical Session
This session will present recent advances in stimulation design improvements and understanding in unconventional reservoirs to maximize performance and minimize interference. We will highlight technology advances in determining parameters critical to fracture performance and design and address the design decision process.
Session Chairpersons
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1400-1425 220972Time Dependent Conductivity Of In-basin Regional Fracturing Sands
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1425-1450 220700Cloud-enhanced Real-time Calculation Of Friction And Bottomhole Pressure In Hydraulic Fracturing
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1450-1515 220705A Cost-effective Pump-down Falloff Pressure Test For Pore Pressure And Closure Pressure Evaluation
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1545-1610 220878Stimulation Design Improvements For Optimized Well Performance In Shallow Coal Bed Methane Wells
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1610-1635 221065Factors Controlling The Properties Of Hydraulic Fracture Networks In Naturally Fractured Formations
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1635-1700 2209753D Integrated Fracture-hit Mitigation And Fracture Complexity Enhancement Technology For Deep Shale: A Successful Story In The Southern Sichuan Basin
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Alternate 221021Introducing A New Dissolvable Abrasive Perforating Material To Enhance Fracturing Efficiency
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Alternate 221006Investigating Hydraulic Fracture Growth After Shut-in
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