How and why are we calculating the CO₂ footprint of our products?

To help achieve the goals set out by the European Green Deal on climate neutrality by 2050 at the latest, the current emissions must first be calculated so that subsequent potential savings can be identified.

To determine the transparency of our products’ greenhouse gas emissions throughout the entire supply chain and to provide our customers with a comprehensive view of the company’s carbon footprint, we have started to calculate the first products’ CO₂ footprints.

List of determined CO₂ footprints as download

Liste der ermittelten CO₂-Fußabdrücke

Download CO₂ footprints


What do we mean by carbon footprints?

A carbon footprint is measured through an emissions calculation. This determines the total amount of greenhouse gas emissions (including carbon dioxide, or CO2) associated with resource consumption, manufacturing processes, transport or energy consumption, for example.

All the processes involved in the life of a product are included in the calculation of its carbon footprint. In our calculations, we differentiate between the cradle-to-customer and the cradle-to-grave principles. Our aim is to use this data to identify potential for savings (for example through hotspot analysis) and to communicate our sustainability performance both internally and externally. The calculation may also be used as a basis for future design and product development processes.

What measurement methods do we use to calculate a product’s carbon footprint?

uvex calculates the carbon footprint of its products using the methodology outlined in the international standard ISO 14067. We calculate carbon footprints using SimaPro software and the ecoinvent database’s cut-off system model, information we collect from our suppliers and datasets based on our own measurements. The calculation method corresponds in summary: IPCC 2021 GWP 100a (based on ISO 14067) SimaPro 9.4.02 Database ecoinvent 3.8. Scope: cradle to customer. The CO2 values stated apply to the calculation period and may be subject to permanent changes.

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