Our process begins with advanced ore beneficiation. We utilize high-efficiency crushing and grinding circuits to liberate the rare earth minerals from the waste rock. This is followed by physical separation techniques like magnetic separation or flotation to create a high-grade concentrate, ensuring maximum efficiency for all downstream processes.

The mineral concentrate undergoes a precision-controlled leaching process in our advanced reactor systems. Specific acid formulations are used to selectively dissolve the rare earth elements, transferring them into a solution. This critical step is optimized for maximum extraction efficiency while minimizing the dissolution of impurities.

The REE-rich solution enters our state-of-the-art solvent extraction (SX) circuit. This highly automated, multi-stage process uses proprietary organic solvents to selectively separate individual rare earth elements from each other with exceptional purity. Precise control over pH and flow rates in each mixer-settler stage allows us to isolate critical elements like Neodymium and Dysprosium to purities exceeding 99.99%.

Finally, the separated, high-purity rare earth streams are converted into stable oxide powders. Our systems use controlled precipitation to create intermediate salts, which are then calcined (heated to high temperatures) in precision furnaces. This crucial step produces fine, uniform rare earth oxides (REOs) with consistent particle characteristics, perfectly suited for manufacturing high-strength magnets, advanced catalysts, and electronics.