DOVE Dry Concentrator (Dry-TABLE^®) is designed and configured for concentration, separation and recovery of metals and minerals concentrate in dry mode and without the use of water. Dry concentration has many advantages over wet concentrating methods, except when water is actually required as a solvent or when wet working is required prior to concentration and separation.

• DOVE Dry Concentrator in configuration with DOVE Dry Processing Plant (SDP™), offers the opportunity to Exploit and Recover Metals and Minerals from Dry deposits, which was left, due to the lack of water.

• Dry Concentrator is configured for concentration, separation and recovery of FreeFlowing material finer than (-2 mm) or (10 Mesh B.S.)
• For Concentration, separation and recovery of material with close fraction of particle density, which are not amenable to wet concentration methods.
• In configuration with DOVE DryProcessing Plant (SDP™), for concentration, separation & recovery of Diamonds, Color Gemstones, Gold, other precious metals, Base metals, Ferrous metals, Light metals and other heavy minerals.
• To be configured after Hard-Rock Crushing Plant (i.e. DOVE Mobile or Stationary Crushing Plants), for dry concentration & Recovery of Gold, other Precious Metals, Base metals, Ferrous metals, Light metals, etc.

• To be configured in a wet processing plant, for concentration, separation & recovery of metals & other minerals after DOVE Dual Flow Rotary Dryer.
• To be deployed as stand alone unit for concentration and recovery of metals, precious stones and other minerals, out of beach sand.

 

DOVE Dry Concentrator offers unique advantages over Wet-Concentration methods. Consider these advantages.

• Dry Concentrator Produces higher grade products with less concentrate loss than wet concentration methods.

• DOVE Dry Concentration plants (SDP™) may be located anywhere, regardless of water supply. There are no water to pump or bring from a distance there by eliminating the cost.

• Increases capacity, cuts down number of units and space necessary, resulting in smaller and less expensive plants with low power costs.

• Due to the greater sensitivity to slight differences in density of the particles, dry concentration will successfully treat ores which are not amenable to wet concentration.

• Ore may be efficiently separated at the economical releasing point of the minerals, thus making possible the treatment of an ore at the much more finely ground stage for greatly reduces the cost of the production.