An efficient method for fractured shale reservoir history matching: The embedded discrete fracture multi-continuum approach

Keyphrases

• Advanced Algorithm 20%
• Assisted History Matching 20%
• Automatic Method 20%
• Coherent Method 20%
• Computation Time 20%
• Computationally Efficient Approach 20%
• Continuum Approach 100%
• Control Volume 20%
• Dip Angle 20%
• Discrete Fracture Model 20%
• Discretized 20%
• Embedded Discrete Fracture Model 100%
• Fluid Transportation 20%
• Fracture Geometry 20%
• Fracture Properties 20%
• Fracture-matrix System 20%
• Fractured Shale Reservoir 100%
• Gaussian Distribution 20%
• History Matching 60%
• Hydraulic Fracture 40%
• Inorganic Matrix 40%
• Intersected Fractures 20%
• Kerogen 20%
• Low Efficiency 20%
• Macrofracture 20%
• Markov Chain Monte Carlo 20%
• Markov Chain Monte Carlo Methods 20%
• Microfracture 20%
• Model Accuracy 20%
• Multi-continuum 100%
• Multiple Porosity 80%
• Natural Fracture 40%
• Organic Matrix 40%
• Porosity Model 20%
• Porosity Type 60%
• Porosity-permeability 40%
• Preprocessor 20%
• Reservoir History Matching 100%
• Reservoir Model 40%
• Reservoir Modeling 20%
• Shale Reservoir 20%
• Strike Angle 20%
• Transmissibility 20%
• Uncertainty Quantification 40%

Engineering

• Block Level 14%
• Computational Time 14%
• Continuum Approach 100%
• Control Volume 14%
• Dip Angle 14%
• Fracture Geometry 14%
• Fracture Property 14%
• Fracture Segment 57%
• Gaussians 14%
• Hydraulics 28%
• Microfracture 14%
• Natural Fracture 28%
• Porosity 100%
• Preprocessor 14%
• Transmissibility 14%
• Uncertainty Quantification 28%

Earth and Planetary Sciences

• Fracture Geometry 14%
• Gridding 14%
• Hydraulic Fracturing 14%
• Kerogen 14%
• Markov Chain Monte Carlo 28%
• Normal Density Functions 14%
• Porosity 100%
• Reservoir Modeling 14%
• Uncertainty Modeling 28%
• Upscaling 14%