Reducing Embodied Carbon in Building Interiors: A Practical Guide for Architects

Embodied carbon in architecture often focuses on structural elements, but this article argues for tackling it from the inside out. Interior fitouts, finishes, and building services can account for a significant share of a building's total carbon footprint, especially when you consider that these components are replaced more frequently than the structure itself. The piece, published by Architecture & Design in partnership with LINAK Australia, highlights the importance of looking beyond the frame to the materials and systems that fill it. For architects and designers, this means paying attention to product choices, supply chains, and end-of-life considerations. The article suggests that addressing embodied carbon in interiors requires a shift in how we specify materials, from flooring to ceiling systems to adjustable furniture. It also implies a need for better data and standardized accounting methods, since tracking emissions from interior components is still an emerging practice. While the piece is partly promotional, the underlying message is clear: reducing whole-life carbon in buildings demands a holistic approach that includes the spaces we occupy daily.