Modelling foam displacement in fractured carbonate reservoirs

INIS

• carbonates 100%
• foams 100%
• modeling 100%
• injection 42%
• recovery 33%
• sweep efficiency 19%
• oils 14%
• laboratories 9%
• gravitation 9%
• simulation 9%
• comparative evaluations 9%
• water 9%
• experimental data 9%
• fractures 9%
• gases 9%
• control 4%
• laboratory scale experiments 4%
• qatar 4%
• adsorption 4%
• cross sections 4%
• host 4%
• eor 4%
• applications 4%
• matrices 4%
• decay 4%
• mobility 4%
• porous materials 4%
• surfactants 4%
• floods 4%
• permeability 4%
• fractured reservoirs 4%
• gas injection 4%
• density 4%
• stability 4%
• capillaries 4%
• solutions 4%
• computerized simulation 4%
• lamellae 4%
• reserves 4%

Earth and Planetary Sciences

• Reservoir 100%
• Foam 100%
• Mathematical Model 100%
• Injection 42%
• Model 28%
• Core 19%
• Gas 9%
• In Situ 9%
• Convention 9%
• Gravitation 9%
• Field Scale 9%
• Strategy 9%
• Laboratory Scale 9%
• Fracture 9%
• Carbonate Ramp 4%
• Stability 4%
• Differential Pressure 4%
• Enhanced Oil Recovery 4%
• Flood 4%
• Arab 4%
• Qatar 4%
• Parameter 4%
• Improvement 4%
• Report 4%
• Laboratory Experiment 4%
• Host 4%
• Reserve 4%
• Flood 4%
• Oil 4%
• Ratio 4%
• Off-Site 4%
• History 4%
• Experiment 4%
• Middle Jurassic 4%

Engineering

• Foam 100%
• Carbonate Reservoir 100%
• Models 26%
• Recovery 21%
• Fields 15%
• Experiments 10%
• Fracture Permeability 5%
• Foam Stability 5%
• Mobility Control 5%
• Enhanced Oil Recovery 5%
• Foam Quality 5%
• Demonstrates 5%
• Mechanisms 5%
• Surfactant 5%
• Computer Simulation 5%
• Capillary Force 5%
• Breakthrough 5%
• Core Samples 5%
• Oil Reserve 5%
• Simulation Model 5%
• Water-Alternating-Gas Injection 5%
• Density 5%
• High Recovery 5%
• Differential Pressure 5%
• Illustrates 5%
• Fractured Reservoir 5%
• Conventional Oil 5%
• High Quality 5%
• Gravity Force 5%