The waste recycling lines dedicated to the processing of ferrous and non-ferrous metals are designed and can be calibrated for the recovery of solid municipal waste. These installations transform various materials, such as iron and aluminum, into reusable resources, contributing significantly to environmental protection. Within these systems, materials such as:

• iron materials obtained from municipal waste, including those from mechanical-biological treatment facilities (MBT);
• Aluminum boxes that are collected and processed to recover the metal.

The recycling process involves the use of refiners (hammer mills) that grind the materials to reduce them to manageable sizes. Subsequently, the separators, including the szz air densim and the SCP eddy current separators, are used to sort the materials according to density and magnetic properties.

This process ensures the efficient removal of impurities and inert residues, resulting in a high-density and excellent quality material. The processed material is thus ready to be reintroduced into the production cycle, being ideal for reuse in industrial furnaces.

These advanced recycling technologies not only increase the efficiency of the process, but also ensure maximum recovery of valuable metals, while minimizing the impact on the environment. The implementation of these integrative solutions represents an important step towards a circular economy, in which each resource is exploited to the maximum.