Process-Based Reactive Transport Modeling of a Permeable Reactive Barrier for the Treatment of Mine Drainage

Keyphrases

• Reactive Transport 100%
• Process-based 100%
• Solid Phase 100%
• Permeable Reactive Barrier 100%
• Mine Drainage 100%
• H 2 S 66%
• Seasonal Fluctuation 66%
• Alkalinity 66%
• Organic Carbon 33%
• Spatial Heterogeneity 33%
• Modeling Approaches 33%
• Conceptual Model 33%
• Temperature Dependence 33%
• Observed Trends 33%
• Modeling Results 33%
• Sulfate Reduction 33%
• Two-dimensional Modeling 33%
• Accumulation Rate 33%
• Mineral Phase 33%
• Monod 33%
• Phase Accumulation 33%
• Siderite 33%
• Carbon-based 33%
• Dissolved Concentration 33%
• Sampling Event 33%
• Phase Information 33%
• Rate Expression 33%
• Iron Monosulfide 33%
• Organic Carbon Fractions 33%
• Pore Water Chemistry 33%
• Rate Coefficient 33%
• Reduced Sulfur Compounds 33%
• S-fraction 33%
• Treatment Material 33%

Earth and Planetary Sciences

• Organic Carbon 100%
• Reactive Transport Modeling 100%
• Permeable Reactive Barrier 100%
• Mine Drainage 100%
• Alkalinity 100%
• Spatial Heterogeneity 50%
• Accumulation Rate 50%
• Spatial Variation 50%
• Porewater 50%
• Water Chemistry 50%
• Siderite 50%
• Sulfide 50%