Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean. A small river named Duden flows by their place and supplies it with the necessary regelialia.
SUMMARY
- Rapid adsorption kinetics and enhanced pore structure
- Maximum hardness and attrition resistance
- Over 100 cycle regenerations possible with very low deterioration of adsorption with cycles performed
- Excellent gold loading capabilities and very low soluble gold losses
- Activated carbon is pre-prepared to ensure low dust content in the process
- Suitable for silver rich ores
Homogeneous particle size distribution to speed up gold recovery processes, pre-screening is not needed and prevents clogging or pegging of system screens, due to very low platelets content - Technical and process know-how assistance
- Excellent adsorption performance on Au(CN)₂ and other precious metals
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Applications
Carbon-In-Column
Carbon-in-column is mostly used to recover gold and silver from heap leach solutions which are often high in solids content. This method involves the gold cyanide solution flowing through a series of fluidised bed columns in an up-flow configuration.
Carbon-In-Pulp
With carbon-in-pulp, the ore is finely ground and the gold is solubilised using a cyanide leach in a series of tanks. Carbon is then added which adsorbs the gold. This method has a high gold recovery percentage.
Carbon-In-Leach
Carbon-in-leach combines leaching with the carbon-in-pulp process, creating a single unit process operation. Usually this method is chosen when native carbon (a high organics load) is present in the gold ore, adsorbing the leached gold and preventing its recovery.
