Role of Secondary Sulfate Minerals on Metal Recycling in an Abandoned Copper Deposit: Kuvarshan (Artvin), Northeastern Turkey

Keyphrases

• Artvin 100%
• Northeastern Turkey 100%
• Copper Deposit 100%
• Metal Recycling 100%
• Secondary Sulfate 100%
• Mine Leachate 100%
• Mine Site 100%
• Chemical Composition 50%
• Mineral Phase 50%
• Geochemical Processes 50%
• Water Pollution 50%
• Zinc Ion 50%
• Acid Mine Drainage 50%
• Soil Pollution 50%
• Pyrite Oxidation 50%
• Wet Periods 50%
• Metal Loading 50%
• Characterization Studies 50%
• Mine Tailings 50%
• Sulfide Mine 50%
• Leachate 50%
• Phase Control 50%
• Aragonite 50%
• Metal Content 50%
• Abandoned Copper Mine 50%
• Mineralogical Characterization 50%
• Geochemical Characterization 50%
• Rozenite 50%
• High Sulfate 50%
• Geochemical Modeling 50%
• Process Phases 50%
• Mineral Composition 50%
• Zinc-copper 50%
• Lead Ions 50%
• Fe-Zn 50%
• Al-Cu-Fe 50%
• Arsenic Ions 50%
• Metal Cycles 50%
• Sequestration 50%
• Sulfate Content 50%
• Metal Release 50%
• Mineral Precipitates 50%
• Chalcocyanite 50%
• Chalcoalumite 50%
• Coquimbite 50%
• Total Fe 50%
• Test Modeling 50%
• Acidic Water 50%
• Jarosite Precipitation 50%
• Copper Ions 50%
• Kinetic Tests 50%

Earth and Planetary Sciences

• Sulfide 100%
• Jarosite 100%
• Aragonite 100%
• Mine Drainage 100%