A reactive transport model for Marcellus shale weathering

Keyphrases

• Pyrite 100%
• Chlorite 100%
• Reactive Transport 100%
• Marcellus Shale 100%
• Shale Weathering 100%
• Specific Surface Area 66%
• Mineral Surface 66%
• Soil Chemistry 66%
• Reactive Gas 66%
• Pore Fluid 33%
• United States 33%
• Natural Gas 33%
• Organic Matter 33%
• Order of Magnitude 33%
• Porosity 33%
• Water Chemistry 33%
• Iron Oxide 33%
• Sensitivity Analysis 33%
• Flow Velocity 33%
• Low pH 33%
• Surface Transport 33%
• Ambient Pressure 33%
• Shale Gas Reservoir 33%
• Injected Fluids 33%
• Pressure-temperature 33%
• Far-from-equilibrium 33%
• Surface Flow 33%
• Surface Coating 33%
• Equilibrium Condition 33%
• Surface-subsurface 33%
• Reactive Surface Area 33%
• Deglaciation 33%
• Land Surface 33%
• Marcellus 33%
• Black Shale 33%
• Organic Acids 33%
• High Temperature Condition 33%
• Soil Column 33%
• High Salinity 33%
• Temperature-salinity 33%
• Shale Formation 33%
• High Pressure High Temperature 33%
• Ambient Temperature Conditions 33%
• Vermiculite 33%
• High-pressure Conditions 33%
• Marcellus Shale Gas 33%
• Last Glacial Maximum 33%
• Pressure Condition 33%
• Small Surfaces 33%
• Pyrite Dissolution 33%
• Dissolution Product 33%
• Dissolution Enhancement 33%
• Soil Mineralogy 33%
• Soil Genesis 33%
• Reactive Minerals 33%
• Subsurface Processes 33%
• Secondary Minerals 33%
• Shallow Subsurface 33%
• Meteoric Water 33%
• Soil Gas 33%
• Shale Gas Accumulation 33%

Earth and Planetary Sciences

• Surface Area 100%
• Reactive Transport 100%
• Reactive Gas 40%
• Mineral Surface 40%
• Soil Chemistry 40%
• United States 20%
• Organic Matter 20%
• Gas Reservoir 20%
• Flow Velocity 20%
• Water Chemistry 20%
• Deglaciation 20%
• Land Surface 20%
• Reactive Transport Modeling 20%
• Black Shale 20%
• Iron Hydroxide 20%
• Salinity 20%
• Natural Gas 20%
• Last Glacial Maximum 20%
• Soil Column 20%
• Soil Genesis 20%
• Secondary Mineral 20%
• Vermiculite 20%
• Organic Acid 20%
• Meteoric Water 20%
• Soil Mineralogy 20%
• Soil Gas 20%