Metal Mining Activated Carbon
Classification Introduction
Specific Scenario Details
Gold Recovery
In CIP/CIL circuits, our activated carbon efficiently adsorbs the gold-cyanide complex from ore pulp. Its high gold loading capacity and superior mechanical strength maximize recovery rates and minimize carbon losses in these abrasive environments.
Metal Removal
Our specialized activated carbons are used to remove and often recover specific heavy metals like copper, zinc, or cobalt from pregnant leach solutions and wastewaters, ensuring regulatory compliance and enabling water reuse.
Why Choose Us
- Engineered for Mining: We manufacture activated carbons with high hardness and abrasion resistance specifically to withstand the physical demands of aggressive CIP/CIL circuits, ensuring long particle life and low carbon consumption.
- Proven Metallurgical Performance: Our carbons are optimized for high adsorption kinetics and capacity for gold-cyanide and other metal complexes, delivering maximum recovery efficiency and contributing directly to your project’s bottom line.
- Global Supply Chain: With a robust logistics network, we guarantee reliable and timely delivery of products to remote mining sites worldwide, supported by on-site technical service to troubleshoot and optimize your adsorption circuits.
Display of Related Product Categories
Granular activated carbon
The standard workhorse for gold recovery in CIP/CIL processes, selected for its optimal particle size, high adsorption capacity, and mechanical durability in aggressive slurry environments.
Coconut Shell-Based Carbon
Known for its superior hardness, dense microporous structure, and excellent gold loading capacity, making it a premium choice for efficient and robust gold adsorption.
Impregnated Activated Carbon
Chemically enhanced to target and selectively remove specific heavy metals like mercury or arsenic from mining process streams and off-gases, aiding in environmental control.
Reactivation Services
We offer cost-effective thermal reactivation services for spent carbon, restoring its adsorption capacity and providing a sustainable, economical solution for mining operations.