- Remediation of Metal Contaminated Soil at Small-Arms Firing Ranges
- Regulatory Drivers Governing Small-Arms Range Sites
- Restoration of Small-Arms Firing Ranges
- Why on site chemical stabilization?
- Phosphate-Induced Metal Stabilization (PIMS)
- Phosphate-Induced Metal Stabilization (PIMS)
- Why Phosphate-Induced Metal Stabilization?
- What is Apatite II?
- How does Apatite II work?
- How does Apatite II work?
- How does Apatite II work?
- Why Apatite II?
- Where is PIMS with Apatite II being used?
- Where is PIMS with Apatite II being used?
- Case Histories Camp Stanley Storage Activity Demonstration Location
- Case Histories Camp Stanley Storage Activity Problem
- Case Histories Camp Stanley Storage Activity Objectives
- Case Histories Camp Stanley Storage Activity Field Demonstration
- Case Histories Camp Stanley Storage Activity Initial Results
- Camp Stanley
- Case Histories Camp Stanley Storage Activity Initial Results
- Case Histories Bunker Hill Mining District Results
- Uranium Kd Batch tests
- Dissolved Metal Concentrations Entering and Exiting the Apatite II Permeable Reactive Barrier (Outflow E) at Success Mine (Golder Associates)
- Effect of Apatite II Barrier on Metal Loading to Nine Mile Creek from the Success Mine Tailings Pile (USGS and the Idaho Department of Environmental Quality). Flow rates vary seasonally from 1 gpm to 50 gpm.
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