Tailings Ponds

Tailings ponds represent accumulated deposits of fine-grained residual material generated from historical mineral processing operations. These materials typically contain unrecovered metal fractions, including both base metals and trace precious elements, due to technological limitations at the time of initial processing.

The material is predominantly composed of fine particles with a high degree of moisture retention, often forming semi-consolidated layers with variable density and mineral composition. Heavy metal-bearing particles are frequently present in suspension-prone fractions, making conventional recovery methods inefficient without chemical intervention.

EcoGravity addresses these challenges through a gravity-based processing approach adapted for fine material handling. The system integrates controlled feed conditions, hydraulic flow management, and density-based separation to enable the recovery of heavier mineral fractions from tailings material.

Fine particles are managed through staged settling and recirculation systems, allowing improved retention and partial recovery of metal-bearing fines. The process operates without chemical reagents, relying entirely on mechanical and hydraulic principles.

The mobile configuration of the system allows deployment along the perimeter or active zones of tailings ponds, enabling progressive material processing without large-scale infrastructure or full excavation of the deposit.