Cyanidation, a metallurgical process that uses Sodium cyanide leaching agent to extract gold from ores, has long been the main method for gold ore beneficiation. A magical material widely used around the world helps to recover gold from sodium cyanide solutions. Activated carbon, with its super - porous structure, is a powerful adsorbent and is used in many industries to separate components of materials through Adsorption. In the gold industry, the use of Activated Carbon to separate gold from sodium cyanide leaching solutions has become the industry standard for efficient Gold Recovery in carbon - in - leach (CIL), carbon - in - pulp (CIP), and carbon - in - column (CIC) operations.
Gold recovery is carried out in mines all over the world. Like most other industries, gold mining must strike a delicate balance between controlling operating costs and maximizing return on investment (while maintaining environmental responsibility). Choosing the right activated carbon supplier for gold recovery is crucial. An efficient gold recovery process is of vital importance. Our activated carbon is designed to enhance the gold recovery process, ensuring optimal results and maximum production.
Gold Cyanidation Process
At the core of gold recovery is the gold Cyanidation process, in which a cyanide solution is used to leach gold from ores, forming Gold Cyanide Complexes. Our activated carbon is proficient in adsorbing and retaining gold from these solutions, thus faCILitating an efficient recovery process.
Carbon - in - Column (CIC) and Carbon - in - Circuit (CIC)
For applications such as the carbon - in - column (CIC) and carbon - in - circuit (CIC) methods, activated carbon is used in a series of columns or circuits. Our products can provide excellent performance. The adsorption - desorption cycle is optimized to maximize the recovery of gold from sodium cyanide solutions.
Carbon - in - Pulp (CIP) and Carbon - in - Leach (CIL)
Our activated carbon is customized to meet the strict requirements of the carbon - in - pulp (CIP) and carbon - in - leach (CIL) processes. These methods involve using activated carbon to adsorb precious metals from leaching solutions, enabling a streamlined and efficient recovery process.
Adsorption Rate and Surface Area
Our activated carbon has a high adsorption rate and a large surface area, which are key factors for adsorbing gold particles from leaching solutions. The particle size distribution is carefully designed to ensure optimal contact between the activated carbon and precious metals, thereby improving overall efficiency.
Precious Metal Recovery
Our activated carbon plays a crucial role in the precious metal recovery process, ensuring the efficient extraction of valuable resources. The unique properties of our products contribute to the success of gold recovery operations worldwide.
Quality Commitment
We are committed to providing activated carbon solutions for gold recovery that meet the highest quality and performance standards. Our products are rigorously tested to ensure they meet and exceed the expectations of the gold mining industry.
Gold Recovery Activated Carbon - Test report of Coconut Shell Based Granular Activated Carbon is as under:
| model | XH-Y |
| Mesh size% | 6x12 mesh≥90 |
| Hardness% | ≥97 |
| glodine/mg | ≥1000 |
| Moisture% | ≤10 |
| Bulk density g/mg | 0.42-0.50 |
| Ash% | ≤3 |
| pH | >7 |
| Remark | Coconut shell |
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