Good news: our company has reached cooperation with the State Key Laboratory for Comprehensive Utilization of Ni-Co Resources of Jinchuan Group on the Experimental flotation column

In October 2022, Jupiter Mining signed a cooperation agreement with the State Key Laboratory for Comprehensive Utilization of Ni-Co Resources of Jinchuan Group (hereinafter referred to as the "Key Laboratory") , to combine the advanced nickel and cobalt recovery technology of the key laboratory with the experimental flotation column of Jupiter Mining to jointly explore new technologies for comprehensive recovery of nickel and cobalt fine particle resources.

The "National Key Laboratory for Comprehensive Utilization of Nickel and Cobalt Resources" is a scientific research platform approved by the Ministry of Science and Technology of the People's Republic of China and supported by Jinchuan Group. It has relatively complete instruments, equipment and device systems for mining and filling, beneficiation and mineral analysis, nickel cobalt metallurgy and comprehensive resource recovery, and is engaged in the research and development of new theories, new technologies and new processes for comprehensive utilization of nickel and cobalt resources and the formulation of new standards. The project of "Key Technology and Application for Efficient Utilization of Complex and Difficult Nickel and Cobalt Resources" and the project of "Comprehensive Technology for Continuous Mining of Highly Stressed Extra Large Nickel Deposits" won the first and second prizes of the National Science and Technology Progress Award.

Thepneumatic experimental flotation column produced by Jupiter Mining is a test device that produces bubbles through the instantaneous explosion of high-pressure air, especially suitable for fine grained minerals with high degree of dissociation. Aiming at the industry pain point of large ore volume in flotation column test, the device has developed a dual mode test. In the circulation mode, the sample consumption of flotation column test can be significantly reduced, and the problem of difficult flotation column condition test can be solved.

This type of experimental flotation column has the characteristics of good separation index, simple operation, convenient maintenance, high automation, and is especially suitable for test and research. It can be completed independently or in combination. With different ores, the flotation process can change rapidly. The new experimental flotation column has been successfully applied in some domestic research institutes and universities, with good market response.