These materials are essential for the manufacture of high-end technologies, such as microprocessors and smartphones.
They are also indispensable for the energy transition, as they power electric vehicle batteries and wind turbine generators.
The mining and processing of these minerals drive job creation and reshape global geopolitics.
For batteries.
batteries and defense applications.
Found in electronics and other technologies.
Essential for high-tech components in defense, consumer electronics, and renewable energy.
For electronics and high-temperature applications..
Used in microprocessors, superalloys, and medical equipment.
Minerals like rare earth elements, tungsten, cobalt, and gallium are crucial for microprocessors, computers, smartphones, and cameras.
Minerals like lithium and rare earth elements are essential for electric vehicles, wind turbines, and solar panels, which are central to low-carbon economies.
Mining and processing of these minerals support a significant number of jobs, with each mining job creating several additional jobs in the broader economy.
1: Crushing and Grinding
2: Screening and Classifying
3: Concentration (Mineral Processing Method)
4: Dewatering
5: Drying and Final Product Processing
