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10tph placer gold (with sticky clay) porcessing plant

A 10tph (tons per hour) placer gold processing plant designed to handle sticky clay requires a combination of high-efficiency equipment and effective processing techniques to ensure optimal gold recovery. Here is an outline for setting up such a plant:

1. Feeding System:

  • Grizzly Feeder: A vibrating grizzly feeder can be used to screen out large rocks and debris from the placer material, allowing finer materials to pass through.

2. Scrubbing System:

  • Trommel Scrubber: This cylindrical drum is essential for washing and breaking down sticky clay and gold-bearing gravel. It should be equipped with strong internal lifters to ensure thorough scrubbing.
  • Log Washer: Depending on the amount of clay, a log washer can be used in conjunction with the trommel to further break down stubborn clay.

3. Screening System:

  • Vibrating Screen: After scrubbing, the material can be passed through a vibrating screen to separate finer gold-bearing particles from larger debris.

4. Concentration System:

  • Sluice Box: Traditional sluice boxes can effectively recover gold by utilizing gravity and water flow. Consider using multiple sluice boxes with riffles and mats to maximize gold capture.
  • Centrifugal Concentrator: A centrifugal gold concentrator can help in recovering fine gold particles that the sluice might miss.
  • Shaking Table: For further concentration and cleaning, a shaking table can be used to separate gold particles from other lighter materials.

5. Water Supply and Recycling:

  • Water Pumps: Adequate water supply is vital for the efficient washing and separation processes. High-capacity water pumps ensure consistent flow.
  • Water Recycling System: Incorporate a water recycling system to minimize water usage and environmental impact. This can include settling ponds or a clarifier system to clean and reuse water.

6. Recovery and Refinement:

  • Gold Sluice Mats: Use specialized mats in sluice boxes to capture fine gold particles.
  • Amalgamation: (if legal and safe) Mercury amalgamation can be used for further gold recovery, but it requires extreme caution due to health and environmental risks.
  • Smelting Furnace: For the final stage, a small-scale smelting furnace can be used to purify and mold the gold into bars.

7. Safety and Environmental Considerations:

  • Safety Gear: Ensure all workers are equipped with appropriate safety gear, including gloves, helmets, eye protection, and boots.
  • Environmental Management: Implement practices to minimize environmental impact, including proper disposal of tailings and recycling of water.

8. Monitoring and Optimization:

  • Regular Sampling: Conduct regular sampling and analysis to monitor gold recovery rates and adjust processes as needed.
  • Control Systems: Automated control systems can help regulate the flow of materials and water, enhancing efficiency.

Conclusion:

With the right mix of equipment and techniques, a 10tph placer gold processing plant can efficiently handle and process materials with sticky clay. Ensure ongoing maintenance and adjustments to improve recovery rates and operational efficiency.

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