Mercury Remediation: Sustainable Solutions for Environmental Cleanup

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Toxic and Unusable

• Mercury locked into soils
   
• Crops absorb contamination
   
• Soil life suppressed
   
• Land unsafe for farming or trees
   

Reclaimed and Productive

• Mercury removed or stabilized
   
• Healthy soil biology restored
   
• Safe for agriculture
   
• Ready for reforestation
   

Result: Land returns to food production and ecological recovery.

Mercury in Motion

• Mercury binds to fine mining silt
   
• Sediments wash into rivers
   
• Contamination spreads downstream
   
• Fish accumulate toxic mercury
   

Stabilized and Restored

• Mercury removed from sediments
   
• Contaminated silt treated or immobilized
   
• Reduced downstream transport
   
• Aquatic life begins to recover
   

Result: Cleaner rivers and safer fisheries.

Sediments are the main carrier of mercury in rivers.

Mining-disturbed soils become fine silt that:

• Stores mercury long after mining ends
   
• Moves during floods and storms
   
• Re-contaminates clean areas downstream
   

Without treating silt, mercury keeps coming back.

• Mercury spreads across watersheds
   
• Floodplain farmland becomes contaminated
   
• Fish unsafe to eat
   
• Indigenous and downstream communities exposed
   

• Mercury loading reduced at the source
   
• Cleaner water downstream
   
• Safer food systems
   
• Long-term watershed protection
   

• Loss of safe farmland
   
• Declining fisheries
   
• Chronic health risks
   
• Cultural practices disrupted
   

• Safe agriculture restored
   
• Reforestation stabilizes land and rivers
   
• Food security improves
   
• Cultural connection to land and water renewed
   

• Reduced mercury exposure
   
• Productive farmland
   
• Restored rivers
   
• Reforested landscapes
   
• Healthier communities
   

This is the difference between containment and real recovery.