Gold Recovery Solutions

Professional activated carbon solutions for CIP, CIL and heap leaching processes - Delivering superior gold recovery performance with high adsorption rates, excellent mechanical strength and comprehensive technical expertise.

Innovation in Gold Recovery

From carbon-in-pulp to heap leaching applications, our activated carbon solutions set new standards in gold recovery technology. We focus on delivering:

High adsorption rate and capacity for maximum gold recovery efficiency
Superior mechanical strength ensuring minimal carbon loss
Optimized particle size distribution for different recovery processes
Comprehensive solutions for CIP, CIL and heap leaching operations
Fast gold elution and excellent reactivation performance

Leveraging years of research and development in activated carbon technology, we provide tailored gold recovery solutions that maximize recovery efficiency while ensuring cost-effectiveness for our clients.

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Technical Specifications

Properties	Unit	Specification	Test Method
Mesh Size (US Standard)	mesh	6×12 8×16	ASTM D2862
CTC Adsorption	%	50 min	ASTM D3467
Iodine Number	mg/g	1000 min	ASTM D4607
Moisture Content	%	5 max	ASTM D2867
Ash Content	%	3 max	ASTM D2866
Ball-pan Hardness	%	98 min	ASTM D3802
Bulk Density	g/cm³	0.48-0.52	ASTM D2854
Surface Area (BET)	m²/g	1100 min	ASTM D3663

Performance Indicators

≥55%

Gold adsorption rate (R-value)

≥28%

Gold adsorption capacity (K value)

≥98%

Mechanical strength

≥95%

Kecycling rate

Product Advantage

✅ Ultra-high gold adsorption rate and adsorption capacity
✅ Excellent mechanical strength to ensure minimum carbon loss
✅ Perfect pore structure
✅ Outstanding regeneration performance and long service life
✅ Suitable for all types of gold ores
✅ Professional technical support service

Note: Besides granular activated carbon, we also offer extruded activated carbon (2mm/3mm) for gold recovery applications. Our extruded activated carbon features excellent mechanical strength and superior gold adsorption performance, making it an ideal choice for CIP/CIL processes.