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These metals are as important to every day life however are generally much less common.
Tungsten is grey in colour, it is dense, brittle and hard. It has many applications such as incandescent light bulbs and x-ray tubes. It is also becoming quite popular in jewelry.
The main use for magnesium is in aluminium alloys. It is light, a silvery white colour, and is non magnetic.
Carbides are compounds of carbon and other materials, e.g., tungsten carbide.
Titanium has a low density, it is silvery grey in colour and is non-magnetic. Titanium is very strong and very light (strong as steel light as aluminium). Making titanium useful in the aerospace industry. It is also used in madical, automotive and sporting goods industries to name a few.
Machine for increasing the pressure of a gas by mechanically decreasing its volume. Air is the most frequently compressed gas, but natural gas, oxygen, nitrogen, and other industrially important gases are also frequently compressed.
Why is Zinc Recycling Different?
Zinc is used heavily in building structures like metal roofs, plumbing, structural support, and other such components. The recycling process is different because of the fact that most zinc material is used in conjunction with other metals (for example, the metal needs to be separated from steel in order to be recycled, which adds an extra step to the recycling process). Fortunately, technology has advanced enough to improve the process and now 90% of the collected products that contain zinc can be recycled through the zinc reclamation process.
The Separation Process
This means both zinc and steel can be extracted from the waste material easily and effectively. Galvanized steel products are the most common source of recycled zinc and are often recycled through the Electric Arc Furnace (EAF) heating process. Here’s a brief description of it:
- The scrap metal is placed inside the furnace and heated until the zinc becomes volatile.
- At this stage, zinc separates from steel in a gaseous form and is collected from the furnace.
- This gas is treated to turn it back to a solid state and it forms zinc dust.
- The dust is then melted in a kiln, where it turns into zinc oxide.
Zinc oxide is one of the primary raw materials in the production of zinc and can be used to create the metal once again. This cycle can be repeated numerous times without any problems with the metal.
What are the Benefits of Recycling Zinc?
There are a number of environmental and economic benefits of zinc recycling in Toronto and these include:
- Conserving a non-renewable resource – Zinc is a non-renewable resource and will eventually dry out. Recycled zinc makes up for 40% of worldwide usable zinc and this number will only increase as the recycling technology develops. It’s better to recycle and reuse zinc now than deal with its scarcity later.
- Reducing waste – If zinc is recycled, it’s not filling the landfills and causing damage to the environment. The more zinc we recycle, the less it burdens the environment and the economy because maintaining landfills and increasing amounts of waste can cost money.
- Impact of extraction on the environment – Zinc extraction can be a considerable burden on the environment. Dust, metal particles, chemicals, and harmful gasses are released into the environment during the extraction and refining process. While companies try to reduce emissions as much as they can, the process still harms the environment. The recycling process is safer and more affordable too.