Three ways we reduce the carbon footprint of metal packaging

As expectations on environmental responsibility continue to grow, Emballator is working actively to reduce the climate impact of metal packaging. Our focus is on practical measures that support both our customers’ needs and long‑term sustainability. Here are three key strategies we use to lower the carbon footprint of metal packaging.

Optimising materials for smarter use of resources

Material optimisation is central to reducing the footprint of metal packaging. By working closely with customers, we ensure that each solution uses the right specification for its purpose—no more, no less. This careful approach maintains the protective function of the packaging while reducing material use and climate impact.

Supporting more sustainable steel production

Tinplate made with high‑quality steel scrap in the blast furnace offers significantly lower emissions than conventional steel. We can supply tinplate packaging produced in this way, resulting in 64% lower emissions while maintaining the same high quality. This is an important step towards more sustainable steel use in metal packaging.

Increasing indirect CO₂e savings through renewable energy

We also work with steel suppliers who are investing in renewable energy for their operations. As more plants turn to solar, wind and other renewable sources for electrification, their overall carbon footprint decreases. These indirect CO₂e savings contribute to a more sustainable steel value chain and greater flexibility for customers looking to reduce emissions.

By choosing Emballator metal packaging, customers get high‑quality solutions while also contributing to a more sustainable future for metal packaging.

Through careful material choices, more sustainable steel production and collaboration on renewable energy, we help customers reduce their climate impact—without compromising performance. Together, we can move the industry forward.