The new partnership focuses on innovation and circularity in beauty packaging
L’Oréal Groupe is taking a new step in decarbonizing its supply chains by announcing a multi-year partnership with Dioxycle, a startup specializing in clean chemistry, to transform captured carbon emissions into sustainable packaging materials. The agreement involves the use of Dioxycle’s carbon electrolysis technology, which converts carbon monoxide and carbon dioxide from industrial emissions into sustainable ethylene, the main raw material for producing polyethylene. Polyethylene is one of the most widely used plastics in global packaging and is traditionally produced from fossil sources.
For the beauty sector, where packaging represents a significant portion of product-related emissions, this initiative provides a new opportunity to reduce reliance on petrochemical feedstocks while maintaining the performance required for large-scale applications.
A drop-in solution
Dioxycle’s technology allows captured industrial emissions to be transformed into reusable chemical building blocks through an electricity-powered electrochemical process. The resulting ethylene can be used to produce polyethylene with identical performance to conventional plastic. A key feature is the “drop-in” nature of the material: carbon-derived polyethylene can be used in existing production facilities without requiring modifications to manufacturing processes or new infrastructure, a critical advantage for industries that rely on highly standardized materials.
Impacts on global supply chains
The agreement highlights a growing trend in the chemical and consumer goods industries: linking carbon capture technologies directly to the production of industrial materials rather than treating them solely as emissions mitigation tools. If scaled successfully, carbon electrolysis could help create a circular supply chain, where captured emissions become raw materials for plastics, chemicals, and other industrial products. For the beauty sector - where packaging innovation often sets broader consumer trends- the conversion of waste carbon into high-performance materials could become a pillar of future circular economy strategies, enabling companies to meet climate goals without compromising product quality, scalability, or performance.
