JXSC has designed and supplied a 40TPH mobile alluvial diamond processing plant for a mining project in the Democratic Republic of the Congo (DR Congo). The plant is specially designed for processing alluvial diamond deposits, providing an efficient and flexible solution for diamond recovery in remote mining areas.
Considering the characteristics of alluvial diamond ore and the client’s mining conditions, JXSC developed a mobile processing solution integrating feeding, washing, screening, gravity separation, and diamond recovery. The modular design allows the equipment to be transported and deployed conveniently at different mining locations, reducing installation time and improving operational flexibility.
1. Project Location: Democratic Republic of the Congo (DR Congo)
2. Processing Capacity: 40 TPH
3. Ore Type: Alluvial diamond ore with sticky mud
4. Plant Type: Mobile alluvial diamond processing plant.
1. Alimentación
Use an excavator to load raw ore into the feed hopper. The hopper is connected to a trommel scrubber, which has a grizzly gap of 70 mm.
Material above 70 mm is waste stone; material smaller than 70 mm enters the trommel scrubber.
Main Advantages of This Project
1. Mobile and Flexible Design
The mobile configuration allows the processing plant to be transported and relocated according to mining requirements, making it suitable for remote alluvial diamond mining areas.
2. Integrated Processing System
The feeding, washing, screening, and gravity separation systems are integrated into one processing solution, simplifying plant layout and installation.
3. Efficient Alluvial Ore Washing
The washing system helps remove clay, soil, and other impurities, improving the separation conditions for diamond recovery.
4. Effective Gravity Concentration
The gravity separation system takes advantage of density differences to concentrate diamond-bearing materials and reduce gangue content.
5. Customized Processing Solutions
JXSC can customize the processing flow and equipment configuration according to ore characteristics, processing capacity, diamond particle size, and site conditions.