PRODUCTS TO IMPROVE
THE RECOVERY OF VALUEABLE METALS
Our products are used from the mineral processing stage in order to increase the recovery of valuable metals and reduce environmental impact.
GOLDEN FTGAP01
A combination of rheological agents and latest generation catalysts
which, synchronised by chemical kinetics and in contact with the ore minerals, neutralises them and separates noble metals such as gold, silver and platinoids.
It has no generate environmental impact, it has a low biochemical oxygen demand (BOD), contributing to a cleaner environment. Increases the recovery of these metals, reducing the time of the recovery process.
GRAPHITE FTGAP02
A combination of anionic agents that act on all carbonaceous materials
Acts as a neutraliser of carbon bonds in carbonaceous minerals (coal, graphite), flotation concentrates, sands, and slurries, eliminating the surface tension favoured by these elements.
REFRACTORY FTGAP03
A combination of alkaline acid neutralising agents anionic agents, and rheological agents.
Recovers precious metals from complex sulphide minerals (Refractory) with the exception of arsenopyrite. The recovery of high value metals in this type of mineral is low, however, with this refractory reagent we have been able to increase its recovery.
ARSENIC FTGAP04
A combination of alkaline acid neutralising agents, anionic agents, and rheological agents
That recover high value metals from sulphide minerals containing arsenopyrite. This inhibits what could have a negative effect on the recovering of these metals.
TELLURIUM FTGAP05
Within their chemical structure, tellurides are more refractory minerals that contain gold and/or silver.
That’s why they’re so stable. Our reagent is capable of breaking the bonds of these compounds, oxidizing tellurium and releasing both gold and silver.
PRODUCTS TO REMEDY THE ENVIRONMENT
The use of polluting chemicals such as mercury to recover gold through amalgamation, taking advantage of the chemical affinity between them, generates a high environmental impact since some of the mercury remains in the treated sands.
RECOVERY FTGAP06
Combination of cutting-edge chelating agents and catalysts
that act on mercury, separating it from the rest of the elements surrounding it. It does not generate a negative environmental impact.
NEUTRALIZER FTGAP07
A combination of rheological agents and the latest generation catalysts
When applied to the substrate containing hydrogen cyanide, it neutralizes it without generating any environmental impact.