Magaldi’s dependable solution for a secondary copper smelting plant

18 December 2017

Magaldi’s dependable solution for a secondary copper smelting plant

In 2017, a Mexican client was looking for a reliable and safer conveyor to replace the existing furnace charging system in its secondary copper smelting plant.
Stored in a bunker, the copper scraps were packed in bales by compressing press and unloaded into the vibrating feeder by a forklift tilting skip. The vibrating feeder moved on tracks in order to approach and unload the copper scraps into the furnace.
However, the forklift worked in a dangerous way since the vibrating platform was too high to be easily reached. Moreover, the overall material handling inside the plant was difficult and expensive.
In order to create a safer work environment and reduce the costs for material handling, the Client chose to install a Magaldi Superbelt® conveyor able to improve all aspects related to safety, reliability and process capability.
The Superbelt® has been equipped with a tailored loading hopper, installed in a pit under the floor, to allow operators to load copper scraps easily and manage the system in batch.
Despite the conveyor‘ steep inclination (35°), copper bales are handled smoothly thanks to the proper edge of the belt plates and some cleats which help the material not to roll backwards on the belt.

News

Poland’s Waste-to-Energy Expansion Makes Incinerator Bottom Ash a Strategic Resource

19 February 2026

As Poland rapidly scales its thermal treatment capacity toward the 4.2 Mt/year target, a crucial question remains: are you still paying to bury your profits? With the KPGO 2028 targets in sight, Incinerator Bottom Ash (IBA) is no longer a waste to be landfilled but a massive stream of recoverable metals and minerals. Traditional wet systems are becoming a financial drag, degrading metal quality and inflating disposal costs. Are you leaving value on the table for someone else to monetize? Discover how the shift toward dry management solutions, like MADAM (Magaldi Dry Ash Management), is redefining the economics of Polish WtE projects, turning disposal liabilities into high-purity secondary raw materials and boosting plant EBITDA.

Read More

News

WtE: Data-Driven Decisions with Magaldi’s Mobile Test Facility

29 September 2025

Every ton of Incinerator Bottom Ash (IBA) holds untapped metal recovery potential, but uncertainty holds back investment. Magaldi’s Ash Insight Unit, a mobile on-site testing facility, gives Waste-to-Energy operators real data under real conditions, eliminating guesswork and enabling smart, scalable decisions. From accurate feasibility studies to full-scale IBA treatment with the MADAM system, Magaldi turns IBA into opportunity - because smart investment starts with knowing what’s inside.

Read More

News

TrAsh or Treasure? The Circular Promise of Dry Ash Management

01 July 2025

Every ton of municipal solid waste processed in WtE plants contains valuable metals hidden within Incinerator Bottom Ash (IBA). Recovering these metals offers a significant opportunity, with potential revenues reaching up to €30 per ton of waste. Moreover, recycling these materials could prevent 20–30 million tons of CO₂ emissions each year. MADAM (MAgaldi Dry Ash Management) system transforms this process by keeping IBA dry, which enhances recovery rates and preserves the quality of the metals. This innovative approach not only increases market value but also contributes to substantial carbon savings.

Read More

News

Breaking the Waste Cycle: How Dry IBA Management Can Disrupt Landfill Dependency and Ash Pond Pollution

24 June 2025

We burn waste to keep it out of landfills - but what about the ash? If untreated or poorly managed, Incinerator Bottom Ash (IBA) becomes just another form of waste destined for landfills or ash ponds, thus undermining the circularity promise of WtE systems. The Magaldi Dry Ash Management (MADAM) system tackles this critical gap by drastically reducing the amount of IBA sent to landfill and transforming it into a cleaner, high-quality material suitable for reuse.

Read More