Elopak Adopts Low-Carbon Aluminium to Cut Packaging Footprint
Packaging supplier Elopak has initiated the use of low-carbon aluminium, made with renewable electricity, in its European carton production to minimize the environmental impact of its materials. This innovation is currently implemented in the company's standard ambient cartons produced in the Netherlands, Denmark, and Ukraine.
The adoption of low-carbon aluminium has resulted in an immediate 8% decrease in the carbon footprint of Elopak's standard aluminium ambient cartons. Specifically, the carbon footprint of a standard aseptic Pure-Pak carton has been reduced from 53 to 49 grams of CO₂e per carton, as measured from cradle-to-gate.
Emilie Olderskog, Elopak's global head of sustainability, emphasized the significance of this development. She stated, "By sourcing aluminium produced with renewable electricity, we are taking another concrete step in reducing the climate impact of our packaging materials."
Aluminium is crucial in ambient cartons for its ability to provide effective barriers against light and oxygen, crucial for aseptic sealing. These properties are essential for extending product shelf life and minimizing food waste without preservatives.
Olderskog further noted that multiple life-cycle assessments indicate that liquid packaging cartons can have a lower carbon footprint than plastic alternatives. Elopak continues to enhance the environmental performance of its cartons in collaboration with customers aiming to cut the climate impact of their packaged products.
