Geochemistry of geologic thermal energy storage (GeoTES) systems: Assessment of the weber sandstone, western Wyoming, USA

Physics & Astronomy

• geochemistry 93%
• heat storage 83%
• brines 79%
• sandstones 78%
• minerals 17%
• injection 17%
• river basins 11%
• rocks 11%
• quartz 10%
• heat 7%
• calcite 7%
• heating 7%
• surface water 6%
• chemical analysis 6%
• carbonates 6%
• cements 6%
• sulfates 6%
• chlorides 5%
• partial pressure 5%
• dissolving 5%
• sodium 5%
• energy 5%
• precipitates 5%
• interactions 4%
• scaling 4%
• formulations 4%
• conduction 3%
• fluids 3%
• water 3%
• ions 2%
• simulation 2%
• temperature 1%

Engineering & Materials Science

• Geochemistry 100%
• Brines 68%
• Sandstone 68%
• Thermal energy 57%
• Quartz 12%
• Sulfate minerals 12%
• Minerals 11%
• Chemical analysis 11%
• Carbonate minerals 10%
• Geologic models 10%
• Rocks 9%
• Calcite 8%
• Hot Temperature 8%
• Heating 8%
• Experiments 8%
• Surface waters 8%
• Partial pressure 6%
• Dissolution 6%
• Precipitates 6%
• Sodium 5%
• Rivers 5%
• Ions 5%
• Time series 5%
• Cements 4%
• Temperature 4%
• Fluids 3%

Earth & Environmental Sciences

• energy storage 70%
• brine 52%
• geochemistry 47%
• sandstone 43%
• energy demand 12%
• mineral 9%
• experiment 9%
• arenite 8%
• quartz 8%
• heating 8%
• modeling 7%
• water-rock interaction 6%
• anhydrite 6%
• piping 6%
• temporal evolution 6%
• chemical analysis 5%
• dolomite 5%
• calcite 4%
• chloride 4%
• cement (construction material) 4%
• river basin 4%
• sodium 4%
• dissolution 4%
• sulfate 4%
• consumption 4%
• time series 4%
• surface water 3%
• carbonate 3%
• ion 3%
• in situ 3%
• fluid 3%
• chemical 2%
• energy 2%
• rock 2%
• simulation 2%
• temperature 2%
• distribution 2%