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  • Photoelectric beneficiation technology: precise sorting, green and efficient new era mining solution
    Photoelectric beneficiation technology: precise sorting, green and efficient new era mining solution
      Photoelectric beneficiation is a technology for mineral sorting based on the difference in optical properties of mineral surfaces. This technology is mainly based on the differences in color, gloss, transparency, etc. between different minerals, and uses photoelectric equipment to identify an...
    - Mar 07, 2025
  • Effect of mineral dissociation degree on mineral processing efficiency
    Effect of mineral dissociation degree on mineral processing efficiency
    Mechanical dissociation degree of ore:refers to the degree of separation of target minerals and gangue(impurities) in the ore.After crushing,the mineral particles exist independently,which is convinient for subsequent AI photoelectric sorting efficient separation. Crushing is the premise to ensure...
    - Mar 10, 2025
  • Efficient Utilization and Green Transformation of Tungsten Ore Resources
    Efficient Utilization and Green Transformation of Tungsten Ore Resources
    Tungsten, as the "tooth of industry", is a strategic resource in the fields of aerospace, electronics, and military industry. Global tungsten ore resources are unevenly distributed. China, Russia, Canada, and Vietnam are the main reserve countries, of which China accounts for more than 60%. Although...
    - May 07, 2025
  • What is mineral liberation and how does it affect optical sorting
    What is mineral liberation and how does it affect optical sorting
    Mineral liberation is the process of lowering particle size from large to small. Because mined ore often contains both valuable minerals and gangue, effective recovery of the valuable minerals necessitates crushing the raw ore to a specific size, allowing for their separation from the gangue. The ex...
    - Jun 04, 2024
  • How to efficiently recycle silicon slag
    How to efficiently recycle silicon slag
    Silicon slag is a byproduct produced in a specific industrial process, mainly derived from mineral desiliconization operations, such as alkali fusion, acid leaching, and water dissolution of zircon sand. Silicon slag is a colloidal polymer with a high water content. It is light yellow-green in appea...
    - Sep 18, 2024
  • Process flow of high purity quartz sand
    Process flow of high purity quartz sand
    High-purity quartz sand refers to quartz powder with a SiO2 content of more than 99.99%, which is an important raw material for making quartz glass. This high-purity quartz sand is widely used in high-end industries such as integrated circuits, solar cells, optical fibers, lasers, aerospace and mili...
    - Sep 27, 2024
  • Three key steps in ore extraction
    Three key steps in ore extraction
    Ore dressing technology is the process of converting ore into useful minerals for subsequent processing, which plays a important role in modern mining. A deep understanding of the key parts of the ore dressing process can help industry practitioners optimize resource utilization, improve produc...
    - Nov 18, 2024
  • Effect of mineral dissociation degree on mineral processing efficiency
    Effect of mineral dissociation degree on mineral processing efficiency
    Mechanical dissociation degree of ore:refers to the degree of separation of target minerals and gangue(impurities) in the ore.After crushing,the mineral particles exist independently,which is convinient for subsequent AI photoelectric sorting efficient separation.   Crushing is the premise to...
    - Mar 10, 2025
  • AI+machine vision sorting of fluorite
    AI+machine vision sorting of fluorite
    As an important strategic mineral resource, fluorite is widely used in metallurgy, chemical industry, optics and other fields. With the growth of global demand for fluorite and the differentiation of resource quality, traditional sorting processes face bottlenecks such as low efficiency, high cost a...
    - Mar 22, 2025
  • AI+machine vision sorting of fluorite ore
    AI+machine vision sorting of fluorite ore
    As an important strategic mineral resource, fluorite is widely used in metallurgy, chemical industry, optics and other fields. With the growth of global demand for fluorite and the differentiation of resource quality, traditional sorting processes face bottlenecks such as low efficiency, high cost a...
    - Mar 31, 2025
  • AI sorting technology-a breakthrough for low-grade phosphate ore
    AI sorting technology-a breakthrough for low-grade phosphate ore
    The phosphate industry faces the dilemma of "many poor ores and few rich ores". Low-grade phosphate ore faces technical bottlenecks that are difficult to purify and veins that are forced to be sealed due to insufficient economic efficiency. Today, with the breakthrough of artificial intelligence sor...
    - Apr 29, 2025
  • Solution leaching process classification
    Solution leaching process classification
    Solution leaching is a hydrometallurgical process that selectively dissolves minerals by placing the ore in an active chemical reagent of the leaching solution. It is a method of leaching that selects the appropriate metal extraction method based on economic and environmental feasibility....
    - Sep 12, 2024
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