Dewatering aids
Stabilizing moisture release to improve water recovery
The role of dewatering in mining operations
Dewatering is a critical stage in mineral processing responsible for removing water from mineral concentrates and slurries following concentration. Effective dewatering enables downstream handling, transport, storage, and further processing by reducing moisture content to controlled and predictable levels.
This stage directly influences filtration throughput, energy consumption, water recovery, and downstream solids characteristics. Dewatering performance affects not only the quality and consistency of the final product, but also the efficiency of drying and overall site water balance.
Dewatering challenges are intensifying as mines process finer particle sizes, lower‑grade ores, and more complex mineral slurries. Increased fines content, variable mineralogy, and constrained water availability place greater demands on filtration systems to deliver stable performance under less forgiving conditions.
Function‑led control of filtration and moisture release
Dewatering performance is governed by how water is retained within filter cakes and how efficiently it can be released during filtration. Our dewatering solutions focus on surface‑active chemistry that targets residual moisture trapped within capillaries of the filter cake. By modifying surface tension and wetting behavior in vacuum filtration dewatering processes, our dewatering chemistry enables:
- • Reduced moisture content
- • More effective release of water
trapped in fine capillaries - • Drier filter cakes
- • Easier handling, transport and
storage - • Increased filtration rates
- • Higher throughput in
filtration circuits - • Lower energy costs
More efficient overall operation
Improved dewatering at this stage supports system‑level mining performance by stabilizing concentrate handling, reducing downstream energy demand, and improving consistency in downstream water and solids management.
