OptiFlox® is a proprietary system that provides real-time monitoring of solid liquid separation in mineral processing
OptiFlox® continuously measures the particle characteristics of processing liquids in the mineral industry, such as coal slurry or the liquids on flotation tanks. The OptiFlox® technology maintains optimal flocculation conditions through automatic, real-time control of coagulant dosing. A provisional patent application has been filed in Australia relating to the technology.
OptiFlox® minimises losses in productivity and revenue via enhancing tailings thickener performance to produce consistent and reliable clarified water for return to the plant
Our OptiFlox® system combined with our range of MaxiFlox® chemistries are most effective for minerals with high clay content such as mineral sands, alumina and coal. Our technology is used across a range of commodities including;
- Gold and silver
- Lead and zinc
- Iron ore
- Copper and nickel
- Clay and titanium mining
Some examples of the utilisation of the OptiFlox® technology include:
Shut down of tailings thickeners
It is well known that from time to time mines are confronted with the issue of very turbid water flowing from their tailings thickener. The clarity of this water from the thickener can deteriorate to an unacceptable level, resulting in the wash plant shutting down and production ceasing. Substantial losses in productivity and revenue can result.
Product losses from coal thickeners
At times, coal mines are also challenged with the issue of product losses flowing from coal fines thickeners. Sometimes referred to as “rafting”, less than optimal surface charge conditions prevent coal fines from being totally captured and valuable product is lost.
OptiFlox® is a proprietary system that addresses these operational issues. It is a new technology that continuously measures the particle characteristics of coal slurry in order to maintain optimal flocculation conditions through automatic, real-time control of coagulant dosing. A provisional patent application has been filed in Australia relating to the technology.