PCF of Semi-Finished Goods
Context
A mid-tier industrial supplier, specializing in engineered metal components, needed ISO 14067-aligned cradle-to-gate Product Carbon Footprints (PCFs) for a portfolio of 11 semi-finished products. The goal was twofold: meet increasing OEM disclosure demands and identify internal cost-reduction opportunities through decarbonization.
Project & Findings
The project delivered verified PCFs within eight weeks, focusing on mass-balancing and high-quality secondary datasets to address data gaps. While initial data coverage was low, it was rapidly expanded to provide high-fidelity results. The analysis pinpointed the single largest hotspot: an inefficient energy recovery system in a high-temperature finishing process.
Impact
By optimizing the identified hotspot, the supplier realized a measurable carbon reduction on a priority product stream, directly linked to significant energy savings and lower operating costs. Furthermore, the robust, verified data enabled the supplier to present a compelling narrative, resulting in first-pass OEM acceptance with zero corrective actions. The supplier successfully demonstrated a competitive advantage, proving their components hold a lower carbon intensity than key market competitors.

