Compositional modeling of tight oil using dynamic nanopore properties

Earth and Planetary Sciences

• Simulator 100%
• Capillary Pressure 100%
• Surface Pressure 100%
• Oil 100%
• Compaction 66%
• Pore Space 66%
• Behavior 66%
• Calculation 66%
• Rock 66%
• Hydrocarbon 33%
• Porous Medium 33%
• Depletion 33%
• Porosity 33%
• Equation of State 33%
• Retarding 33%
• Decision Making 33%
• Liquid-Vapor Equilibrium 33%
• Stability Test 33%
• Model 33%
• Standard 33%
• Simulation 33%
• Prediction 33%
• Impact 33%
• Magnitude 33%
• Inclusion 33%
• Algorithms 33%
• Size 33%
• Order 33%
• Reservoir 33%
• Reliability 33%
• Deviation 33%
• Revision 33%
• Improvement 33%
• Economics 33%
• History 33%

Engineering

• Simulators 100%
• Oil 100%
• Fluid Property 66%
• Compaction 66%
• Pore Space 66%
• Properties 66%
• Recovery 66%
• Measurement 33%
• Algorithm 33%
• Porous Medium 33%
• Reliability 33%
• Simulated Result 33%
• Oil Reservoir 33%
• Depletion 33%
• Liquid Density 33%
• Equation of State 33%
• Matching Process 33%
• Stability Test 33%
• Field Operation 33%
• Vapor-Liquid Equilibrium 33%
• Bubble Point Pressure 33%
• Models 33%
• Prediction 33%
• Simulation 33%
• Economics 33%
• Fields 33%
• Reduction 33%
• Estimation 33%
• Oil Viscosity 33%