recycling specifics
For those of you that would like to delve a little deeper into the world of recycling, this section is ideal! There is more detailed information on the recycling of different materials and an interactive discussion forum where you can discuss topics of interest with other recycle-more users!
introduction
aluminium recycling
what happens?
the loop
aluminium facts
aluminium contacts
batteries recycling
why recycle batteries?
recycling chart
symbols & the law
battery facts
useful links
glass recycling
the cycle
glass contacts
paper recycling
why recycle paper
collecting waste
paper faqs
paper contacts
plastics recycling
why recycle
plastics waste
recycling plastics
plastics id chart
recycling video
plastic facts
plastics contacts
steel recycling
steel introduction
recognising steel
making steel
saving resources
collection of steel
the future
facts and figures
glossary
steel contacts
useful links
glossary
videos
FAQs


making steel

making steel producing iron

Iron is produced in a blast furnace by mixing iron ore, coking coal and limestone. Impurities in the ore combine with the limestone to make slag which is a material used in road construction. The molten iron, which is 95% pure, is a key raw material for steel making.

producing steel

  1. Scrap steel, including steel packaging, is fed into a large furnace or converter; this is where recycling takes place. The scrap generally accounts for around a quarter of the total content of the converter. In the production of some steels, such as stainless steel, the converter contains virtually 100% recycled steel.

  2. The molten iron is added to the scrap in the converter.

  3. A water cooled lance blows high-purity oxygen onto the metal to remove impurities. The converter is heated to about 2000 degrees celsius. In about 30 minutes the iron and used steel are carefully refined to make new high quality steel.

  4. The hot steel is poured out of the converter, continually cast into solid slabs, and rolled into coils.

The steel production process is continually being developed to ensure that the manufacture of steel cans remains an environmentally friendly option.

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