Analysis of recovery of metals such as zinc and other metals frominduction furnace dust based on pyrometallurgy flows

One of the advantages of using metal tools is that they can be recycled and used several times;In this way, the cost of producing equipment is reduced and the environment is greatly helped.Recycling of metals is an important process that helps to preserve natural resources and reducethe environmental effects of mining and production. This process includes collecting, sorting,processing and reproducing metal scraps into new products. There are various methods of metalrecovery, each of which has its own advantages and disadvantages. In recent years, the recoveryof valuable metals from iron-containing solid wastes from steel mills is one of the most intensiveareas of environmental concern, and the recovery of valuable metals such as iron, zinc, leadfrom induction furnaces and the safe disposal of their residues have received sufficient attention.has attracted The evolution of improved and new processes has prompted industries to activelyengage and target new and efficient methods for recycling ZnO and other metals. The presenceof valuable elements and the increase in the cost of waste are motivating factors for recycling. Inthis article, technologies for recycling zinc oxide and other metals are discussed and theiradvantages and disadvantages are also examined.

Keywords:

Zinc oxide , induction furnaces , environment , pyrometallurgy , dust , recycling.