Infill Wells, Parent-Child Interactions
Wednesday, 7 February
Waterway Ballroom 5-8
Technical
As unconventional resources mature toward full field developments, parent-child interactions may impact the ultimate recovery of the production units. This session presents case studies from various operators highlighting their approaches toward identifying the potential for fracture driven interactions, diagnostics techniques which can be used to characterize the created fracture geometries during infill completion operations, mathematical methods used to optimize the infill completions and practical methods to minimize fracture driven interactions. Parent-child interactions are also critical in the development of geothermal and carbon capture and storage reservoirs. For this reason, papers on these emerging developments are included in the session.
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0830-0915 217815Validation Conductive Fracture Imaging With Cross Well Strain And Permanent Fiber Optic Flow Profiling
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0915-0940 217818Minimizing Parent-child Effect In The Anadarko Basin Through Parent Recharges
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0940-1005 217760Quantifying the Effects of Parent-Child Well Communication Using Dynamic Fluid-n-Place Calculations
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1005-1030 217813Protecting Parent-Well Production Using Far-Field Diverters in Unconventional Wells
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1115-1140 217809Application of Machine Learning to Create a Discrete Fracture Network Model for Utah FORGE Fracture Injections
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1140-1205 217783Managing Friction Pressures to Reduce Fuel Consumption and Emissions for a Fracturing Fleet
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1205-1230 217816Hydraulic Fracturing Design Considerations for Carbon Capture, Utilization, and Storage (CCUS)