Advancements in Well Forecasting and Well Test Analysis
Monday, 16 October
Room 217 B
Technical Session
Advances in transient analysis continues to furnish and expand insights into the flow characteristics of both conventional and unconventional reservoirs. This technical session addresses the use of pressure- and rate-transient analyses for assessing and forecasting well/reservoir performance. Considerations include applications of existing and new techniques to modeling fractured horizontal wells, analyzing production from multi-branch wells, diagnosing flow regimes in geopressured shale reservoirs, predicting well performance for near-critical fluids, and characterizing dynamic fracture closure and formation damage in multiphase flow systems.
Session Chairperson(s)
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1400-1425 214967Revisiting Time-rate-pressure Production Analysis — Where Are We Almost 40 Years Later?
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1425-1450 215031Pressure- And Rate-Transient Model for an Array of Interfering Fractured Horizontal Wells in Unconventional Reservoirs
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1450-1515 215154Unconventional Near-Critical Fluid Characterization And GOR Modeling: Wolfcamp Formation In Permian Basin
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1545-1610 214947A Practical Production Solution For Multilateral Horizontal Well In Natural Gas Hydrate: Superposition Principle And Reciprocity
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1610-1635 214872Accounting For Exterior Flow Using the Modified Logistic Growth Model for Unconventional Geopressured Shale Gas Reservoirs
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1635-1700 214998Modeling Of Gas-liquid Anomalous Diffusion In Undersaturated And Saturated Unconventional Reservoirs And Its Effect On Pressure And Rate Transient Responses
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Alternate 215034A Two-phase Type-Curve Method with Fracture Damage Effects for Hydraulically Fractured Reservoirs
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Alternate 215173Consistent EUR Forecast in Permian Multiphase Unconventional Reservoirs with Pressure Normalized Rate Method
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Alternate 215171Laboratory Measurements Of Permeability And Porosity Of The Matrix And Created Fractures: Application To The Pressure Falloff Analysis Following Well Stimulation To Determine Effective Fracture Spacing In Field