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manufacturing processes and supply chain inputs, creating a more detailed understanding of environmental impact.

“ The development of the tool was driven by increasing customer demand for more reliable environmental data, alongside our own desire to better understand the carbon impact of our products,” Sophie Hudson, Head of Marketing at Base Materials, who is leading the charge on sustainability, explains.“ We recognized very early on that commissioning individual lifecycle assessments for every product would not be practical. We wanted a scalable approach that could become part of our continuous improvement program rather than a one-off exercise.”

Turning data into decisions

As sustainability requirements continue to evolve, manufacturers are facing growing pressure to provide greater transparency throughout their supply chains. Customers increasingly want evidence rather than broad sustainability claims, while procurement teams are beginning to place greater emphasis on environmental data when selecting materials and suppliers. This creates a challenge for many organizations. Gathering accurate data across raw materials, manufacturing processes, packaging and logistics is often complex, particularly when products are highly specialized or produced in relatively low volumes. For Base Materials, building the tool required significant collaboration across the business.

“ The biggest challenge was data quality and consistency,” Sophie adds.“ Creating meaningful product-level carbon assessments depends on detailed information from multiple sources. We worked through a process of validation, cross-checking and continual refinement, increasing the use of supplierspecific information wherever possible and improving the accuracy of the model over time.”

The result is a platform that enables Base Materials to generate repeatable carbon footprint data across its product range while maintaining the confidentiality of its formulations and manufacturing expertise. The methodology aligns with recognized standards including ISO 14067, ISO 14044 and the GHG Protocol Product Standard.

That level of consistency is becoming increasingly important as manufacturers seek to compare materials, understand carbon hotspots and make more informed development decisions.

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