It is a sector with a high demand for water throughout the beneficiation and solid-liquid separation operations, with increasing attention being paid to recovery for reuse in the process. Furthermore, the circular economy agenda places value retention at the center: reducing losses, avoiding rework, and transforming "leaks" into efficiency gains.
Stages such as thickening, filtration, and tailings disposal require fine control of turbidity, sedimentation, and dewatering, especially when there are very fine particles and more difficult-to-handle slurries. Added to this are practical challenges such as foam formation in flotation, dust control, and rheological behavior in slurry transfer and pipelines.
In this segment, coagulants, flocculants, antifoams, dust suppressants, rheology modifiers, and filtration aids are directly connected to the critical points of the process: clarification, water recovery, increased solids percentage, and operational stability. When properly applied, these inputs reduce water and energy consumption, decrease downtime, and make operations such as thickening, filtration, and slurry transport more efficient and predictable.