Embodied Carbon in Furniture, Fixtures & Equipment

Understanding Embodied Carbon

The construction industry is not the sole contributor to carbon emissions and environmental impact Furniture, an integral part of building interiors, also plays a significant role. Embodied carbon in furniture refers to the total amount of greenhouse gas emissions produced throughout its entire lifecycle, including raw material extraction, manufacturing, transportation, and disposal Understanding and addressing the embodied carbon of furniture is crucial for achieving sustainability goals in the built environment

Sustainable Material Sourcing

One key strategy for minimising embodied carbon in furniture is to prioritise the use of sustainable materials Opting for responsibly sourced, renewable, and low-carbon materials can significantly reduce the environmental impact Materials such as FSC-certified wood, bamboo, reclaimed or recycled materials, and low-impact alternatives to traditional materials can help decrease embodied carbon Additionally, choosing furniture with a longer lifespan and considering options for repair and refurbishment rather than disposal further reduces carbon emissions associated with replacement

Manufacturing & Distribtuion

The manufacturing process of furniture also plays a crucial role in embodied carbon Implementing energy-efficient production techniques, such as using renewable energy sources and optimising manufacturing processes, can significantly reduce carbon emissions. Furthermore, utilising local manufacturers and suppliers helps minimise transportation-related emissions, as shorter supply chains require less energy for transportation