Mining

Landscapes Are Complex. Remediation Shouldn't to Be.

• Tailings ponds, overburden, and process water contamination persist for decades

• Heavy metals pose long-term ecological and regulatory risk

• Traditional methods can’t operate in steep, remote, or fractured terrain

• Public and government resistance to intrusive reclamation practices

• Prolonged monitoring and liability tail after remediation

Pain Points:

What’s at Stake

• Billions in global ARO exposure tied to mine closure

• Delays in reclamation trigger regulatory action and investor scrutiny

• Risk of heavy metal leaching into water systems

• Difficulty restoring vegetation and land usability post-treatment

• Liability remains on balance sheets for decades without clear discharge

Engineered Mycology for the Mining Sector.

• Liquid fungal solution targets hydrocarbon and heavy metal contaminants simultaneously

• Works on rock, soil, and water: applied via injection or surface dispersion

• No excavation, heat, or chemical input required

• IoT sensors, drone mapping, and digital twin for full terrain visibility

• AI-optimized treatment protocols adjust in real time

Benefits of Mycleanium:

Application Use Cases

• Tailings pond stabilization

• Heavy metal leaching control in rock and water

• Overburden zone decontamination

• Remote site reclamation inaccessible by heavy equipment

• Ecological risk zones near communities or protected land

Talks to us about:

• Immobilizes heavy metals via mycelial biosorption

• Hydrocarbon breakdown confirmed by field metrics

• Enables earlier regulatory closure and monitoring exit

• Reduces total site reclamation costs by up to 80%

Plan Your Closure Strategy with Mycleanium