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Help CenterGold Ore Carbon In Leach Plant Efficient Adsorption Gold Recovery From Slurry
Product Spotlights
2. Universal CIL line for all gold ores.
3. Flexible capacity: 20–5000 TPD.
4. Low power & reagent cost, high efficiency.
5. Anti-corrosion structure for longer service life.
6. Carbon recycling cuts operational consumption.
7. Intelligent control, easy & labor-saving operation.
8. Combined process enables stable 24h running.
9. Globally proven & mine-adaptable CIL technology.
10. Full one-stop turnkey mining solution.
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1. Product Description
The Gold Ore Carbon In Leach (CIL) Plant is a professional, high-efficiency gold beneficiation system optimized for gold extraction and adsorption recovery from ore slurry. Adopting internationally proven CIL technology, the equipment integrates ore grinding, slurry leaching, carbon adsorption, gold desorption, electrolysis and refining into a complete all-in-one processing solution. Different from traditional gold processing equipment that separates leaching and adsorption procedures, this plant performs leaching and carbon adsorption simultaneously. It is specially designed to capture fine and micro gold particles contained in slurry, effectively reducing gold loss and improving overall resource utilization. With compact structure, flexible process configuration and stable industrial performance, this CIL plant is suitable for various gold ore processing projects that require high-efficiency and high-precision gold recovery from mineral slurry.
2. Working Principle
The plant operates based on the physical adsorption characteristics of activated carbon and chemical leaching principles. After raw gold ore is crushed and ground into fine slurry, gold elements are fully dissolved into the liquid phase through cyanide leaching under stable process conditions. During the continuous leaching cycle, activated carbon is continuously added into the slurry tank. The porous structure of activated carbon makes full contact with flowing gold-bearing slurry and rapidly adsorbs dissolved gold ions in real time. Synchronous leaching and adsorption greatly shorten the gold enrichment cycle and prevent ultra-fine gold particles from drifting away in tailings slurry. After sufficient adsorption, gold-loaded carbon is separated from the slurry. The enriched gold carbon will go through desorption and electrolysis to strip crude gold, which is further purified and smelted into high-purity gold products. The whole closed-loop process realizes continuous, clean and efficient gold recovery from ore slurry.
3. Core Features
High-Efficiency Slurry Gold Adsorption: Optimized for slurry gold recovery scenarios, the synchronous CIL process ensures full contact between activated carbon and ore slurry. It efficiently captures fine gold particles that are easily lost in conventional processing, delivering higher and more stable gold recovery performance.
Integrated and Streamlined Process: The plant combines leaching and adsorption in one continuous working procedure. It avoids repeated material transfer and intermediate gold loss, simplifying the production flow and improving overall beneficiation efficiency.
Excellent Operational Stability: Designed with industrial-grade anti-corrosion and wear-resistant structure, the equipment adapts to long-term continuous contact with mineral slurry. It runs steadily under complex mining conditions with low failure rate and reliable long-term performance.
Strong Ore Adaptability: The process can be fine-tuned according to different ore properties and slurry conditions. It works well with oxidized gold ore, primary gold ore and mixed gold ore, showing great flexibility for various gold mining projects.
Cost-Effective Operation: Reasonable carbon dosing and reagent circulation system reduce material consumption and waste. It effectively lowers operational costs while maintaining high gold adsorption efficiency.
High Automation & Easy Maintenance: Equipped with automatic feeding, dosing and monitoring systems, the plant minimizes manual operation. Its modular structure makes daily inspection and maintenance simple and convenient.
4. Application Scope
This CIL gold recovery plant is widely applied to medium and small-scale gold mines, gold processing plants and mineral separation projects. It is especially suitable for processing fine-grained gold ores and low-grade gold ores where gold tends to suspend and lose in slurry. It serves as an ideal standard beneficiation device for stable and efficient gold production.
5. Product Advantages
Compared with traditional gold processing equipment, this CIL plant features synchronous leaching and adsorption design, which fundamentally optimizes the slurry gold recovery effect. It effectively solves the common problems of low recovery rate and fine gold loss in conventional beneficiation processes. With high efficiency, low consumption, stable operation and wide adaptability, it significantly improves the economic return of gold ore processing.
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