Your Step-by-step Scrap Metal Processing Guide: How Is Metal Recycled?

Your Step-by-step Scrap Metal Processing Guide: How Is Metal Recycled?

Metals are natural resources that can be recycled again without losing their quality. People are drawn to acquire scrap metal because it has value and may be sold to recycling businesses. This is a win-win situation both ecologically as well as financially. We can protect natural resources by recycling metals, which need less energy to process than new items made from virgin raw materials. Recycling reduces emissions of hazardous gases, including carbon dioxide. More importantly, it lowers costs and enables manufacturing companies to lower their cost of production. Recycling also generates employment. Owing to all these, there is a huge demand for industrial scrap for sale.

Did you know that practically all metals may be recycled repeatedly without losing their characteristics? Of the 1,532.51 million metric tonnes of crude steel produced globally in 2019, 490.98 million (32%) were produced utilising recycled resources. Due in part to the ability to recover substantial buildings and the simplicity of reprocessing, steel and iron are the materials that are recycled the most globally. Recycling companies can effortlessly separate them from the mixed trash stream and use it well after sorting the industrial scrap for sale. The aluminium can is presently the most common container that gets recycled the most globally. Recycling only one aluminium can save energy equivalent to nearly four hours of 100-watt light bulb use.

Types of Metals Recycled

There are two types of metals: ferrous and non-ferrous. Iron and carbon are combined to form ferrous metals. Iron, wrought iron, cast iron, and alloy steel are some typical ferrous metals.
Non-ferrous metals, on the other hand, include tin, lead, aluminium, copper, and zinc. The most popular precious metals include platinum, silver, palladium, iridium, and gold and platinum.

The Metal Recycling Process

The scrap collection process and value is higher than any other recycling product is because it has a high reusable value. Large steel constructions, railroad tracks, ships, agricultural machinery, and, of course, consumer scrap are some additional sources.

Sorting entails removing all sorts of metals from the mixed waste and making the scrap metals more useful. Magnets and sensors are utilised in automated recycling systems to help in material separation. By separating clean metal from the unclean stuff, scrappers will increase the value of their commodity.

Metals are shred in order to facilitate further processing. Shredding is performed to encourage the melting process as little shredded metals have a significant surface to volume ratio. They can therefore be melted with a lot less energy.

A sizable furnace is used to melt scrap metal. Each metal is placed in a specific furnace that is intended to melt it. Quite a bit of energy is expended throughout this process. Nonetheless, as was already indicated, the energy needed to melt and recycle metals is significantly lower than the energy required to manufacture metals from scratch. Melting can take anything from a few minutes to several hours, depending on the size, heat level, and volume of the furnace.

To make sure the finished product is of the highest calibre and free of impurities, purification is carried out. Electrolysis is one of the most often utilised purifying techniques.

Melted metals are transported via the conveyor belt to cool and solidify them after purification. At this phase, scrap metals are shaped into precise shapes like bars that may be quickly used to create a variety of metal goods.

Transportation of the Metal Bars
The metals are ready to be reused once they have been cooled and solidified. Next, they are transported to different factories where they are used as the primary raw material for production. The metal recycling process repeats again as the goods manufactured with these metal bars reach the end of their useful lives.

Given that practically every type of metal may be recycled, the present overall metal recycling rate of about 34% is unacceptable, and there are still problems with how to recover additional material for recycling. Public awareness campaigns and the expansion of local recycling initiatives are helpful in this regard.