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This landmark guide offers practical, evidence-based recommendations to empower Aotearoa New Zealand’s construction professionals to specify and procure structural steel that significantly lowers embodied carbon – an essential step towards building a sustainable, resilient future for Aotearoa.
The built environment is responsible for a significant share of global carbon emissions, making material choices more critical than ever. Steel is a backbone of modern architecture, and specifying low-carbon structural steel isn’t just an engineering decision—it’s a design responsibility.
This report equips you with practical, evidence-based strategies to integrate sustainable steel into your projects, reducing embodied carbon without compromising aesthetics, strength, or creativity. Whether you’re working on high-performance skyscrapers, adaptive reuse projects, or net-zero buildings, these insights will empower you to lead the industry in sustainable innovation.
At HERA, we believe that sustainability is not just a technical challenge but a creative opportunity. Architects and designers are at the forefront of rethinking how buildings interact with the environment. By integrating low-carbon steel into your designs, you are not only reducing emissions but also influencing the future of architectural materiality.
By adopting the recommendations in this report, you’ll contribute to a global movement toward a circular economy, helping Aotearoa New Zealand set a precedent for low-carbon construction worldwide.
This report is now available for download on our website. We invite you to explore its insights and start applying these forward-thinking principles to your projects today.
Together, we can redefine the future of architecture in Aotearoa New Zealand – creating buildings that are not only visually stunning but also environmentally responsible.
For further details or to discuss how these guidelines can enhance your specific design needs, contact:
Troy Coyle
CEO
Kaveh Andisheh
General Manager Structural Systems
This is a practical guide to specifying low-carbon structural steel, introducing carbon benchmarking, EPDs, and procurement strategies to help reduce embodied carbon for sustainable construction.