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Research Project Descriptions
Completed Activities III
- Overview
- Project 1: Remote Mine Site Demonstration
- Project 2: Clay-based Grouting Demonstration
- Project 4: Nitrate Removal Demonstration
- Project 5: Biocyanide Demonstration
- Project 6: Pollutant Magnet
- Project 7: Arsenic Oxidation
- Project 9: Arsenic Removal
- Project 11: Cyanide Heap Biological Detoxification Demonstration
- Project 17: Lead Abatement Demonstration
- Project 18: Gas-fed Sulfate-reducing Bacteria Berkeley Pit Water Treatment
Active Activities III
- Project 3: Sulfate-reducing Bacteria Demonstration
- Project 8: Underground Mine Source Control
- Project 10: Surface Waste Piles-Source Control
- Project 12: Sulfate-reducing Bacteria Reactive Wall Demonstration
- Project 12A: Calliope Mine Internet Monitoring System
- Project 13: Hydrostatic Bulkhead with Sulfate-reducing Bacteria
- Project 14: Biological Cover Demonstration
- Project 15: Engineered Tailings Cap Demonstration
- Project 16: Integrated Passive Biological Treatment Process Demonstration
- Project 19: Site in Situ Mercury Stabilization Technologies
- Project 20: Selenium Removal / Treatment Alternatives
- Project 21: Integrated Process for Treatment of Berkeley Pit Water
- Project 22: Phosphate Stabilization of Mine Waste Contaminated Soils
- Project 23: Revegetation of Mining Waste Using Organic Amendments and Evaluate the Potential for Creating Attractive Nuisances for Wildlife
- Project 24: Improvements in Engineered Bioremediation of Acid Mine Drainage
Completed Activities IV
- Overview
- Project 1: Berkeley Pit Water Treatment
- Project 2: Sludge Stabilization
- Project 3: Photoassisted Electron Transfer Reactions Research
- Project 3A: Photoassisted
Electron Transfer Reactions
for Metal-complexed Cyanide - Project 3B: Photoassisted Electron Transfer Reactions for Berkeley Pit Water
- Project 4: Metal
Ion Removal from Acid Mine Wastewaters
by Neutral Chelating Polymers - Project 5: Removal of Arsenic as Storable stable Precipitates
- Project 7: Berkeley Pit Innovative Technologies Project
- Project 8: Pit Lake
System-Characterization and Remediation
for the Berkeley Pit - Project 9: Pit Lake
System-Deep Water Sediment/Pore
Water Characterization and Interactions - Project 10: Pit
Lake System-biological Survey of Berkeley Pit Water
Active Activities IV
- Project 11: Pit Lake System Characterization and Remediation for Berkeley Pit - Phase III
- Project 12: An Investigation to Develop a Technology for Removing Thallium from Mine WasteWaters
- Project 13: Sulfide Complexes Formed from Mill Tailings Project
- Project 14: Artificial Neural Networks as an Analysis Tool for Geochemical Data
- Project 15: Imaging Spectroscopy - An Initial Investigation
- Project 16: Pit Lake System Characterization and Remediation for Berkeley Pit - Phase III
All figures and tables may be found in the Mine Waste Technology Annual Reports.