< img height="1" width="1" style="display:none" src="https://www.facebook.com/tr?id=364661686198945&ev=PageView&noscript=1" /> The World's Largest Single 200,000 Tons Of Graphite Mineral Processing Project Commissioning Test - Canhu

The World’s Largest Single 200,000 Tons Of Graphite Mineral Processing Project Commissioning Test

  • Sep 08, 2023
  • News

Recently, the world's largest 200,000 tons of monomer graphite mineral processing project independently designed and developed by minmetals graphite has started commissioning trial production, which is expected to be fully completed and officially put into operation in the second half of this year. This project is the first innovative application of the "column machine combination" system in the graphite industry, which will greatly improve the scale protection rate and mineral processing efficiency, and has a milestone significance for the development of the graphite industry.

Wang Jionghui, chairman of Minmetals Graphite, said that the company relies on its technical advantages in the field of resource development and material application, focuses on technological innovation and high-quality utilization of resources in the graphite industry, actively carries out key technology research, achievement transformation and demonstration project construction of the industrial chain "card neck", and is making every effort to build the whole industrial chain of world-class natural graphite. Strive to build first-class enterprises with global competitiveness and contribute to the development of China's graphite industry.

At present, Minmetals graphite has built the world's largest single 6 million tons of green low-carbon smart mine, basically built the world's largest single 200,000 tons of mineral processing capacity, industry leading annual output of 100,000 tons of spherical project, is fully promoting the construction of an annual output of 100,000 tons of high-purity graphite project, 100,000 tons of negative material project and graphite industry chain solid waste resources high-quality utilization project.

Related Articles

View More