Steel’s place in the circular economy
The idea behind a circular economy is a simple one: resources are used for as long as possible to extract maximum value, before materials and products are recovered and regenerated to be used once again. Where does steel construction fit in? Steel has unparalleled circular economy credentials and because it is has long been valued as a material which is strong, durable, versatile and recyclable, it is unique.
The concept of a circular economy promotes products with long lives. Rather than investing in cheap, disposable products, the circular economy maintains products at their highest value and utility for as long as is possible. This means that the longer a product lasts then the fewer raw materials will be required, leading to a reduction in waste. Not only are steel construction products intrinsically durable and will last a very long time, they can also be successfully reused once their first life is over.
The recyclability, flexibility and adaptability of steel
Recyclability is a key component of a circular economy and steel is 100% recyclable and is currently the most recycled industrial material on the planet. Steel can be recycled without loss of quality and although all new steel could be made from recycled steel, this isn’t possible due to insufficient supplies of scrap.
Another important component of a circular economy is a reduction in materials. Steel is lightweight yet incredibly strong which means that significantly fewer materials are required to construct steel framed buildings. Flexibility and adaptability are also vital and because steel fabricated buildings can be constructed to provide flexibility through designs created to allow for easy rearrangement of internal layout, this further confirms steel’s circular economy credentials.
Contact Steelwork Engineering for advice and information
If you would like to find out more about the benefits of using steel in a construction project, or to talk through your requirements or project ideas, why not get in touch with Steelwork Engineering today?