Today, managing aluminum waste becomes a crucial piece in the puzzle of sustainability. In this context, our experience at GME Recycling, an Italian company specializing in the development of engineering plants and machines for the recycling of batteries and non-ferrous materials, plays a significant role.
Aluminum recycling: innovation and technology
A key element in the transformation of our plant was the introduction of two advanced machines: the Ventiduedenti primary shredder and de-bealer and the Max1700 Hammer Mill. These tools have allowed us to triple our capacity to process household appliances, increasing from 2 to 6 tons per hour. The quality of the shredded material, combined with the processing capacity, convinced us to choose these models as our preferred technological partners.
Safety and Efficiency
The design of the new recycling line took into account not only operational efficiency but also safety. To minimize the risks associated with the presence of batteries and other hazardous components, we opted for a modular plant organization, including soundproofed sorting cabins and outsourcing the treatment of specific fractions. This choice allowed us to optimize working conditions and ensure the safety of our operators.
Aluminum recycling: Goals and Results
Our ambition to increase the recovery rate of valuable materials was fully realized thanks to the introduction of the Max1700 Hammer Mill, which significantly reduced the percentage of unrecoverable mixed fractions. This improvement in the quality of the shredded material allowed us to optimize the recovery of metals and other sellable components.
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