Hydraulic Fracture Test Site Drained Rock Volume and Recovery Factors Visualized by Scaled Complex Analysis Method (CAM): Emulating Multiple Data Sources (Production Rates, Water Cuts, Pressure Gauges, Flow Regime Changes, and <i>b</i>-Sigmoids)

Ruud Weijermars, Kiran Nandlal, Murat Fatih Tuğan, Ron Dusterhoft, Neil Stegent

2020Proceedings of the 8th Unconventional Resources Technology Conference15 citationsDOI

Topics & Concepts

Fracture (geology)Volume (thermodynamics)GeologyHydraulic fracturingGeotechnical engineeringFlow (mathematics)Soil sciencePetroleum engineeringEnvironmental scienceMechanicsPhysicsQuantum mechanicsHydraulic Fracturing and Reservoir AnalysisGroundwater flow and contamination studiesDrilling and Well Engineering

Hydraulic Fracture Test Site Drained Rock Volume and Recovery Factors Visualized by Scaled Complex Analysis Method (CAM): Emulating Multiple Data Sources (Production Rates, Water Cuts, Pressure Gauges, Flow Regime Changes, and &lt;i&gt;b&lt;/i&gt;-Sigmoids)

Topics & Concepts

Hydraulic Fracture Test Site Drained Rock Volume and Recovery Factors Visualized by Scaled Complex Analysis Method (CAM): Emulating Multiple Data Sources (Production Rates, Water Cuts, Pressure Gauges, Flow Regime Changes, and <i>b</i>-Sigmoids)