Name: carbon separator, carbon separation screen
Features: This product is installed in the carbon leaching tank, the function is to separate the pulp and activated carbon
Selection instructions: Additionally, when ordering a screen, it is necessary to specify the model and quantity, as well as the type and material. There are no special instructions for processing and manufacturing according to the drawings provided by the manufacturer.
Sieve diameter: 300mm
Screen frame length: 1000mm
Screen size: 28 mesh, 20 mesh
Weight: 20kg, 35kg
With the carbon separation screen, also known as the carbon pulp (leaching) method, alloyed gold can be obtained directly from oxidation ores with large mud contents. Its characteristics include high recovery rates and fast capital turnover.
Activated carbon separation is carried out in the leaching tank of the Cyanide Carbon Pulp Plant.
The sieve hole is not easy to be blocked; the structure is simple, the operation and maintenance are convenient; the cost is low; the service life is long.
The carbon screen is used in the cyanidation carbon pulp plant, and the activated carbon is separated from the pulp by the screen, so that the pulp flows to the next leaching tank by itself, and the activated carbon remains in the leaching tank.
The leaching tank of the Cyanide Carbon Pulp Plant is used to separate activated carbon.
There is no easy way to block the sieve hole; the structure is simple, the operation and maintenance are convenient; the cost is low; the service life is long.
Activated carbon is separated from the pulp by the carbon screen in the cyanidation carbon pulp plant, so that the pulp flows to the next leaching tank by itself, while the activated carbon remains in the leaching tank.
The solution to the clogging failure of the carbon separator
When pulp quality is excessive, viscosity is high, bottom carbon density is high, or impurities like sawdust are present in the pulp, the carbon screen is often blocked, resulting in running grooves and metal loss.
1. Increase sawdust removal.
2. Reducing pulp mass fraction or bottom carbon density appropriately.
3. Make sure the low-pressure air volume is increased properly for removing carbon deposits from the screen.
|Screen frame length(mm)||Screen size(mm)||Weight(kg)|