Electrical automation technology, through core technologies such as multi-sensoring, data analysis, and integrated control, is deeply integrated into the entire gold mine production process. Below are specific application scenarios in gold mine production.
Manganese carbonate is the primary component of manganese carbonate ore and serves as a high-quality raw material for producing manganese sulfate. The core process for producing manganese sulfate from manganese carbonate ore consists of three key stages: leaching, purification and impurity removal, and concentration and crystallization. By precisely controlling the parameters of each process step, low-grade manganese carbonate ore can be efficiently utilized.
The gravity separation process for white tungsten ore is a physical mineral processing method that achieves separation based on the density differences between white tungsten ore and gangue minerals. It offers significant advantages such as a simple process flow, low cost, and environmental friendliness. The density of scheelite is significantly higher than that of gangue minerals such as quartz and calcite, providing a solid foundation for gravity separation.
Copper sulfide minerals, represented by chalcopyrite, chalcocite, and bornite, are naturally highly floatable, making flotation the core recovery process. This process achieves efficient separation of copper sulfide from gangue minerals by controlling the pulp environment and selecting targeted reagents. The core process includes three stages: pretreatment, flotation, and product purification.
The core process of monazite beneficiation is gravity separation, supplemented by combined processes such as magnetic separation, electrostatic separation, and flotation.
The brittle and easily mud-forming nature of wolframite makes beneficiation and fine sludge treatment indispensable parts of the beneficiation process. These two stages revolve around upgrading and removing impurities, and reducing losses by removing fine sludge
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