Geochemical modelling of groundwater evolution and residence time at the Kivetty site

Keyphrases

• Groundwater 100%
• Residence Time 100%
• Geochemical Modeling 100%
• Evolution Time 100%
• Groundwater Evolution 100%
• Flow Path 60%
• Groundwater Samples 60%
• Chemical Conditions 40%
• Organic Carbon 40%
• Carbonate 40%
• Hydrogeochemistry 40%
• Water-rock Interaction 40%
• Geochemical Evolution 40%
• Hydrolysis 20%
• PH Value 20%
• Reaction Pathway 20%
• Chemical Reaction 20%
• Upper Part 20%
• Final Disposal 20%
• Organic Matter 20%
• Chemical Species 20%
• Performance Assessment 20%
• Fully Developed 20%
• Borehole 20%
• Radioactive Waste Disposal 20%
• Radionuclides 20%
• Sulfate Reduction 20%
• Thermodynamic State 20%
• Silicate 20%
• Process Controlling 20%
• Speciation Calculation 20%
• Recharge 20%
• Evolutionary Process 20%
• Young Age 20%
• Reaction Model 20%
• Redox State 20%
• Carbon-14 20%
• Technical Barriers 20%
• Mass Balance Approach 20%
• Chemical Evolution 20%
• NETPATH 20%
• Petrography 20%
• Hydrogeochemical 20%
• Anaerobic Respiration 20%
• Isotopic Measurement 20%
• Subglacial 20%
• Subglacial Water 20%
• Hydrogeology 20%
• Age Estimation 20%
• Glaciation 20%
• Shallow Wells 20%
• Oxidative Dissolution 20%
• Deglacial 20%
• Meltwater 20%
• Shallow Depth 20%
• Groundwater Chemistry 20%
• Recharge Water 20%
• Soil Layer 20%
• Path Calculation 20%
• Biotite 20%
• Aerobic Oxidation 20%

INIS

• modeling 100%
• ground water 100%
• residences 100%
• geochemistry 100%
• water 70%
• isotopes 30%
• ph value 30%
• performance 20%
• control 20%
• data 20%
• interactions 20%
• carbon 20%
• salinity 20%
• oxidation 20%
• chemistry 20%
• dissolution 20%
• depth 20%
• rocks 20%
• carbonates 20%
• recharge 20%
• layers 10%
• assessments 10%
• levels 10%
• dynamics 10%
• buffers 10%
• hydrolysis 10%
• barriers 10%
• reduction 10%
• precipitation 10%
• evaluation 10%
• oxygen 10%
• sulfates 10%
• signals 10%
• soils 10%
• boreholes 10%
• thermodynamics 10%
• intrusion 10%
• respiration 10%
• chemical reactions 10%
• hydrodynamics 10%
• mass balance 10%
• radioactive wastes 10%
• radionuclides 10%
• silicates 10%
• calcite 10%
• petrography 10%
• biotite 10%

Earth and Planetary Sciences

• Salinity 100%
• Hydrogeochemistry 100%
• Water-Rock Interaction 100%
• Organic Carbon 100%
• Borehole 50%
• Radioactive Isotope 50%
• Water Type 50%
• Meltwater 50%
• Hydrogeology 50%
• Chemical Evolution 50%
• Peridotite 50%
• Soil Layer 50%
• Chemical Control 50%
• Groundwater Chemistry 50%
• Calcite 50%
• Performance Assessment 50%
• Radioactive Waste 50%