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Product Spotlights
2. Complete Gold CIP processing line for ore leaching.
3. Custom capacity: 5–1000 tons per day.
4. Low reagent and power consumption.
5. Anti-corrosion equipment for long service life.
6. Activated carbon recyclable to cut operating cost.
7. Easy operation, save labor cost.
8. Stable 24-hour continuous production.
9. Mature technology suitable for South American gold mines.
10. Turnkey service including design and installation guidance
Related Products
1. Product Description
This professional Gold Extraction CIP Plant Design is a scientific and standardized design solution dedicated to carbon-in-pulp gold extraction, solving the problems of unreasonable process layout, mismatched equipment configuration, unstable operational performance and low space utilization existing in conventional gold processing plant designs. Gold mining enterprises and mineral processing project investors demand professional, customized and efficient plant design solutions, with strict requirements on process rationality, equipment matching, space layout and operational stability. Conventional gold processing plant designs suffer from unreasonable process flow, unbalanced equipment configuration, chaotic space layout and insufficient consideration of operational convenience, which seriously affect the overall gold recovery efficiency, increase construction and operational costs, and restrict long-term stable operation. This Gold Extraction CIP Plant Design takes scientific process layout, balanced equipment configuration, high space utilization and stable operational performance as core advantages, providing standardized and customized design solutions for various gold ore processing projects. The complete design scheme covers scientific layout of crushing & screening unit, ball mill and classification closed-circuit grinding system, cyanide leaching tank bank, carbon-in-pulp adsorption tanks, gold-loaded carbon desorption-electrolysis unit and smelting module, forming a fully integrated, closed-loop and high-efficiency gold extraction plant layout. It can be customized according to different processing capacity, ore properties and site conditions, realizing scientific and reasonable design from plant planning to equipment layout. Adopting proven CIP technology and professional design standards, this design solution eliminates the defects of conventional plant designs, maintains stable and efficient gold extraction environment, and provides a guaranteed, high-efficiency and professional design support for gold mining enterprises with high requirements on plant design.This professional Gold CIP Mineral Processing Equipment is a complete set of functional facilities dedicated to carbon-in-pulp gold mineral processing, solving the problems of low processing efficiency, discontinuous process flow, mismatched equipment coordination and unstable gold recovery existing in conventional gold mineral processing equipment. Gold mining enterprises and mineral processing projects demand high-performance mineral processing equipment with complete process coverage, stable operational coordination and efficient gold extraction, with strict requirements on equipment matching, process continuity and processing stability. Conventional gold mineral processing equipment suffers from incomplete process links, unbalanced equipment configuration, unstable leaching and adsorption effects and insufficient mineral processing capacity, which seriously reduce overall gold recovery rate, increase production costs and affect long-term operational benefits. This Gold CIP Mineral Processing Equipment takes high processing efficiency, complete process integration, stable equipment coordination and reliable gold recovery as core advantages, providing standardized and customized mineral processing solutions for various gold ore resources. The complete equipment set comprises scientifically matched crushing & screening unit, high-efficiency ball mill and classification closed-circuit grinding system, professional cyanide leaching tank bank, optimized carbon-in-pulp adsorption tanks, gold-loaded carbon desorption-electrolysis unit and smelting module, forming a fully integrated, closed-loop and high-efficiency gold mineral processing system. It can be deployed in various gold processing plants, undertaking the full-process mineral processing from raw ore to finished gold ingots, and can be customized according to different processing capacity and ore properties. Adopting proven CIP technology and advanced manufacturing standards, this equipment eliminates the defects of conventional mineral processing facilities, maintains stable and efficient gold processing environment, and provides a guaranteed, high-efficiency and professional mineral processing solution for gold mining enterprises with high requirements on gold extraction performance.
2. Working Principle
The Gold Extraction CIP Plant Design applies scientific carbon-in-pulp gold extraction principle and integrated design concept, realizing continuous, efficient and stable gold recovery for various gold ore resources through reasonable layout and configuration. The design is scientifically calibrated in process flow, equipment matching and space layout to ensure smooth material circulation, coordinated operation of all equipment and stable operational environment, avoiding efficiency attenuation caused by unreasonable design. Raw gold ore is first sent to the scientifically designed crushing & screening area, where it is crushed into qualified coarse particles, then fed into the matched ball mill and classification closed-circuit grinding system to be refined into fine slurry with uniform particle size, fully meeting the requirements of subsequent cyanide leaching. The prepared fine ore slurry flows into the professionally designed leaching tank group; with precise pH value control and continuous stirring, cyanide lixiviant fully reacts with ore particles to dissolve metallic gold into the slurry and form a stable soluble gold cyanide complex. After adequate leaching, the slurry enters the optimized CIP adsorption tank area, where activated carbon fully contacts with ore slurry and selectively adsorbs gold-cyanide complexes onto carbon surfaces to generate gold-loaded carbon. The design optimizes the carbon circulation path to ensure stable transfer of gold-loaded carbon and avoid carbon accumulation and blockage. Barren slurry after adsorption undergoes professional harmless treatment in the designated area before being discharged as tailings, minimizing gold loss. Gold-loaded carbon is conveyed to the professionally designed desorption and electrolysis unit, where gold is stripped from activated carbon into desorption solution under controlled temperature and pressure, and high-purity gold mud is precipitated via electrolytic deposition. Subsequent smelting process turns gold mud into finished gold ingots in the dedicated smelting area. Every processing section maintains synchronized material transport and stable process parameters, with scientific design ensuring long-term stable and efficient operation. By optimizing process parameters, equipment layout and space utilization, the whole design scheme sustains stable gold recovery efficiency, minimizing gold loss in tailings and reducing comprehensive construction and operational costs. Finally, this professional design solution provides reliable full-process design support for gold extraction projects, realizing efficient and stable gold recovery with scientific and standardized plant design.
3. Core Features
Scientific Process Layout & High Space Utilization: This plant design adopts a scientific and reasonable process layout, optimizing the arrangement of all functional areas. It completely solves the problems of chaotic layout and low space utilization in conventional gold processing plant designs.
Balanced Equipment Configuration & Stable Coordination: The design scientifically matches all processing equipment in terms of capacity and parameters, ensuring coordinated operation of all units. It avoids production bottlenecks and equipment idling caused by mismatched configuration.
Wide Adaptability & Customizable Design: This plant design can be customized according to different processing capacity, ore properties and site conditions. It can meet the diverse design needs of different-scale gold mining projects and various site environments.
Stable Operational Performance & Low Maintenance: Scientific design and reasonable equipment matching ensure long-term stable operation of the plant. It reduces operational failures and maintenance workload, providing reliable design support for gold mining enterprises.
Cost-Effective & High Economic Benefits: Optimized design reduces construction costs, space waste and operational costs. The scientific layout ensures high gold recovery efficiency, bringing stable and sustainable economic benefits to gold mining enterprises.
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