Carbon Savings with Recycled Steel
Using recycled steel in construction projects can reduce carbon emissions by up to 75% compared to using newly produced steel.
Not only does this help businesses reduce their environmental impact, but it also provides a cost-effective and sustainable alternative to traditional steel solutions.
With Emerald Steel, you can save on material costs while contributing to a greener, more sustainable future.
Reclaimed Steel
Eco-friendly structures for sustainable development.
Circular Economy
Supporting sustainability through reclaimed materials and reduced emissions.
Innovation: Reused Buildings & Sustainable Design
In addition to providing sustainable steel products, Emerald Steel supports innovative building practices, including the use of reused buildings. Reusing existing structures reduces waste and the need for new materials, preserving resources and minimising environmental impact. We are committed to working with businesses that embrace recycled steel and sustainable building practices, including those that reuse and repurpose buildings, offering a greener future for construction.
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Eco-Friendly Practices
Circular Economy Projects
Project Case Studies
At Emerald Steel, we are proud of the work we’ve done with businesses to reduce carbon emissions and save costs. Here are a few examples of our successful projects:
The World's Largest Emerald Steel Initiative
Repurposing Steel Structures for Over 30 Years
Emerald Steel provided reclaimed steel for the largest deconstruction and redevelopment project in the UK, repurposing over 600 tonnes of steel for a new building. This project resulted in the saving of 6,774 tonnes of carbon emissions compared to using new steel.
For over three decades, Emerald Steel has been at the forefront of steel repurposing for the construction industry. We have successfully delivered sustainable steel solutions for projects in sectors like industrial buildings, agricultural sheds, and commercial estates, consistently reducing carbon emissions in the process.