Lattice Boltzmann simulation of CO₂ reactive transport in network fractured media

Keyphrases

• Lattice Boltzmann Model 100%
• CO2 Reactive Transport 100%
• Network Fractures 100%
• Fractured Media 100%
• Dynamic Change 66%
• Matrix Porosity 66%
• CO2 Geological Sequestration 66%
• Fracture-matrix System 66%
• Hydrocarbons 33%
• Climate Change 33%
• Carbon Dioxide CO2 33%
• CO2 Emissions 33%
• Porous Media 33%
• Groundwater 33%
• Mineral Properties 33%
• Rock Minerals 33%
• Reaction Rate Distribution 33%
• Reactive Transport 33%
• Evolution with Time 33%
• Fracture Network 33%
• Bounce Back 33%
• Porosity Distribution 33%
• Interface Treatment 33%
• Porous Model 33%
• Explicit Model 33%
• Species Concentration 33%
• Concentration Distribution 33%
• Transport Properties 33%
• Dynamic Interaction 33%
• New Interface 33%
• Rock Matrix 33%
• Well-matched 33%
• Concentration Evolution 33%
• Cross Network 33%

Earth and Planetary Sciences

• Fractured Medium 100%
• Reactive Transport 100%
• Carbon Dioxide 100%
• Fracture Network 57%
• Porosity 57%
• Carbon Dioxide Emission 14%
• Climate Change 14%
• Transport Property 14%
• Mineral Property 14%
• Hydrocarbon 14%
• Groundwater 14%

Engineering

• Boltzmann Equation 100%
• Carbon Dioxide 100%
• Fracture Network 50%
• Matrix Porosity 25%
• Geological Sequestration 25%
• Porosity 25%
• Rock Matrix 12%
• Concentration Distribution 12%
• Matrix Interaction 12%
• Climate Change 12%
• Climatic Change 12%