Coconut Shell Activated Carbons for Gold Recovery

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Product
Coconut Shell Activated Carbons for Gold Recovery
Posting date : Oct 13, 2015
Membership
Free Member Scince Oct 13, 2015
FOB Price
detail
Min. Order Quantity
1000kg
Supply Abillity
1000000
Port
detail
Payment Terms
TT LC
Package
25 KG PP BAGS, 500 KG PP BAGS, 600 PP BAGS, OR ACCORDING TO CUSTOMERS' DETAIL REQUEST
Keyword :
Category
Contact
Jane
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Product Detail
Company Info
 
Quick Detail
Place of Origin
China [CN]
Brand Name
BJ CARBON
HS-CODE
3802-10
Package & Delivery Lead Time
Package
25 KG PP BAGS, 500 KG PP BAGS, 600 PP BAGS, OR ACCORDING TO CUSTOMERS' DETAIL REQUEST
Delivery Lead Time
15-20
Specifications
Type of Certification
Quality Management System Certificate
Reference no.
0350415Q20186R0S
Name.
ISO9001:2008
Issued By
XingYuang Certification Center Co,LTD
Start Date (validity period)
0000-00-00
End Date (validity period)
0000-00-00
Scope
sales and service of activated carbon
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Detailed Description

Coconut Shell Activated Carbons for Gold Recovery

We produces wide range of granular coconut shell activated carbons for gold recovery applications. Activated carbon use for gold recovery has been increasing significantly in the last 30 years as the improving control, quality, and quantity of the activated carbon being produced . This has lead to improvements and uses in gold recovery processes. Generally, in choosing an activated carbon for gold recovery, careful consideration should be given to the pore radius and volume distribution, in conjunction with the surface area, to provide an activated carbon product that will adsorb the gold cyanide complex.

The best use of activated carbon in processes for the recovery and purification of gold and silver, not only with respect to the adsorption and elution of these metals on carbon, but also in relation to the effective activation and regeneration of the carbon for repeated use, can be obtained only with a good knowledge of the mechanism that govern the adsorption of the various metal cyanide complexes on carbon and of the factors that influence their adsorption. In spite of the importance of the process, no consensus has been reached regarding the mechanism by which species are adsorbed on activated carbon. The carbon sizes from as coarse as 6-mesh to as fine as 28 mesh- have proved to be effective in practice depending on Carbon-in-Leach (CIL), Carbon-in-Pulp (CIP) and Carbon-in-Column (CIC).


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