Embodied Carbon and Circular Construction in Practice

As buildings become more energy-efficient in operation, the environmental impact of construction materials and systems has moved to the forefront of architectural and engineering decision-making. Embodied carbon, material selection, and construction methodology are now central to how projects are designed, procured, and delivered, with increasing pressure to balance carbon reduction, cost, constructability, and performance.

This session examines how low-carbon and circular construction principles are being applied in contemporary practice, focusing on the practical decisions that influence whole-life building performance. It explores how material systems, building form, and construction strategies can be adapted to reduce emissions, improve resource efficiency, and support more resilient building outcomes within real project constraints.

Key Topics Discussed:

• Understanding embodied carbon in the built environment
• Whole-life carbon assessment and lifecycle thinking
• Low-carbon material selection and specification
• Circular economy principles in building design
• Designing for material efficiency and resource optimisation
• Adaptive reuse and designing for deconstruction
• Balancing embodied carbon, operational performance, and cost
• Structural and façade strategies for carbon reduction
• Sustainable procurement and supply chain considerations
• Material reuse, recycling, and product stewardship
• Integrating carbon reduction into project delivery and decision-making
• Practical lessons from low-carbon and circular construction projects