Mining Precious Metals and Rare Earth Elements
Georgia Gold
[a privately owned] open pit mining operation
was founded in April of 1998 for the purposes of
precious metals recovery in the Dahlonega Gold belt of North Georgia. The area
has known prospects dating back to the 15th century during the time of the
Spanish explorers of DeSoto and Balboa.
Our Basic Methodology: The raw consentrates are removed
from an open pit excavation with depths as deep as 42' to bedrock.
Once removed the raw material is processed through several specialized
peices of equipment designed for that particular geology. Starting from the pit,
into a dump hopper with a sizing grizzly onto a conveyor into a trommel. There
the material is emulsified and classified down to .125 mesh. The larger material
is ejected onto an inspection plate and rerun after every shift. The .125 mesh material is
then reclassified to .109 mesh. Again the oversized material is ejected for inspection.
The .109 is then reclassified down to #20 mesh, again the oversized is run through a
sluice to capture any heavy materials. The #20 mesh is caught in a receiver tank
and jetted into a 4' dia gravity bowl.
The use of several peices of earth moving equipment provide
the operation with a production rate that is suitable for a profitable result.

After the raw materials have been
classified to a #20 mesh. They are sent through a water based gravity
separation unit at the rate of 70 gallons per/minute of combined
concentrates and water. This allows the heaviest of the classified
materials [Gold Titanium Iron Hafnium Yittrium
Zirconium Manganese] to settle in the base of the concentrator and the lighter
waste material is carried off and discarded back into the recycling pit. From the Gravity separator the material
is passed through a spiral trommel separator, drawing out the last of the waste unusable materials.
Currently, we are adding a micronizing process [500 mesh] to the end of the heavy concentrates process.
This addition will afford enhanced and optimized precious metals recoveries during the refining process.
Returning the area back to it's natural condition.