In some polymetallic ore PTMS MAGNETIC SEPARATOR iron removal technology can be used cheaper and easier to obtain raw materials or energy. If the biological iron removal method is large-scale application, microorganisms may be from some local natural bacteria for cultivation, compared with the traditional iron removal method needs to purchase a large number of chemical raw materials and maintain high temperature reaction conditions, greatly saving the cost;
Moreover, if the new polymetallic ore PTMS MAGNETIC SEPARATOR iron removal process simplifies the process, reduces the equipment input and labor input, but also reduce the treatment cost. In large-scale industrial production, if the energy consumption of iron removal process can be reduced, it is also an important aspect of cost reduction. Compared with traditional chemical iron removal processes, such as magnetic separation, they often have advantages in terms of energy consumption.
In this way, the recovery rate of other valuable metals, such as copper, nickel, lead, zinc, is improved, and the new process of iron removal of polymetallic ore PTMS MAGNETIC SEPARATOR is developed in this direction that is conducive to improving the recovery rate of comprehensive resources.
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