Lower-carbon aluminium in architecture & design: Understanding its potential for reducing embodied carbon

There is growing pressure within the design and construction industry to lessen its environmental impact. A key issue that needs addressing is the substantial carbon footprint linked to conventional building materials. Aluminium, in particular, has high embodied carbon due to the heavy consumption of energy required by the smelting and refining process.

Lower-Carbon Aluminium in architecture & design: Understanding its potential for reducing embodied carbon examines the emergence of lower-carbon aluminium and how it can help the design and construction industry achieve better sustainability outcomes. In this paper, we quantify the carbon impact of conventional aluminium, define lower-carbon aluminium and how it is made, and highlight a company that is leading by example in shifting to locally sourced, lower-carbon materials. 

Leading producer of prefabricated modular handrail and balustrade systems, Moddex, has made the switch to locally sourced, lower-carbon aluminium from Capral Aluminium, marking a significant step towards sustainability. This decision highlights Moddex’s commitment to environmental responsibility and aligns its operations with the critical goal of decarbonising the built environment.

Download this whitepaper to learn about the emergence of lower-carbon aluminium and how it can help you achieve better sustainability outcomes.