A landmark new primary school development in South Wales is demonstrating how innovative construction methods can help the education sector meet ambitious sustainability targets whilst delivering safe and high-quality learning environments for future generations.
Currently under construction, the facility is being built using Frameclad’s pioneering ECO-LSF system, making it the first education project in Wales to benefit from the company’s low-carbon light steel frame technology. Delivered in phases on the existing school site, the new two-storey Net Zero carbon campus is designed to support both education and community use.
100% Recycled Steel Content
“Our light steel frame has always been produced with a strong focus on sustainability, containing around 60% recycled content,” says Nik Teagle, Joint Managing Director at Frameclad. “After significant time and research, we are proud to give our education clients an even more sustainable option containing 100% recycled content produced using Electric Arc Furnace (EAF) technology.”
The project highlights the growing role of sustainable construction solutions in the education sector, where local authorities and developers are increasingly researching ways to reduce embodied carbon while meeting stringent performance requirements.
Significant Step Forward
ECO-LSF represents a significant step forward in the Net Zero journey. Manufactured from up to 100% recycled steel content using Electric Arc Furnace (EAF) technology, powered by electricity generated from renewable sources – significantly reduces carbon emissions. With the potential to achieve up to 70% lower carbon emissions compared with conventional steel produced through traditional methods, ECO-LSF is an attractive option for education projects striving to meet Net Zero goals.
“ECO-LSF is our commitment to the future of sustainable steel construction,” says Martin Jamieson, Joint Managing Director at Frameclad. “By harnessing the potential of Electric Arc Furnace technology, we can deliver steel that is not only high-performing but also dramatically lower in carbon.”
Sustainability Credentials
The sustainability credentials of steel make it particularly well suited to modern education developments. Steel is the world’s most recycled material, with more than 500 million tonnes recycled annually. Importantly, it can be reused and recycled indefinitely without losing its structural properties, supporting a circular economy approach that reduces reliance on virgin raw materials.
For education clients, ECO-LSF offers an opportunity to align new school developments with decarbonisation strategies, Environmental, Social and Governance (ESG) objectives and evolving green building standards, while maintaining the strength, fire performance and durability expected from modern construction systems.
As the education sector continues its drive towards Net Zero, ECO-LSF can help create future-ready schools that deliver safety, environmental and educational benefits.
For more information on ECO-LSF and how Frameclad is driving the next generation of low-carbon education construction, visit: www.frameclad.com and head to downloads to access Building the Future of Education brochure.
