We are experts in selective copper-molybdenum flotation. We have designed more than 10 flotation plants worldwide using our AminFloat algorithm, which is constantly being developed and updated.

AminFloat is based on the kinetics of mineral collection by size fraction, combined with a froth recovery model. Results have shown that AminFloat is a robust and reliable model, capable of generating recovery-grade curves for a wide range of minerals and operating conditions.

AminFloat has been validated by the JKMRC as a robust model in academia, and by the industrial world for its utility and high predictive capacity.

We have experience in the design, modeling, and operation of various crushing and grinding circuits. We are experts in SAG and ball milling, using our own methodology based on literature and audits conducted in the vast majority of available grinding circuits.

We created our AminComm platform, which is based on the modeling and simulation of comminution processes considering crushers, HPGR, SAG, ball mills, vertical mills, and hydrocyclone batteries. We adapted the Morell/JK methodology for HPGR models.

We have extensive experience in the design and operation of traditional thickeners, high-capacity thickeners, paste thickeners, tailings dams, filters, slurry pumping, and pipeline systems.

We have established relationships with vendors, consultants, and other experts to ensure your processes are easy to operate and economically optimal.

Aminpro members have been involved in the complete design of copper leaching plants, such as the Gibraltar plant in Canada and the Toquepala plant in Peru.

In Chile, we have provided consulting and metallurgical laboratory services for the gold leaching process at the El Peñón mine.