SCIENCE BASED TARGETS INITIATIVE (SBTi)
APPROVES
CANALI’S NEAR-TERM SCIENCE-BASED TARGETS FOR 2030

A key element of Canali’s climate commitment is its participation in the Science Based Targets initiative (SBTi), which has approved the company’s greenhouse gas (GHG) emissions reduction targets for 2030, recognizing them as aligned with international scientific criteria for climate change mitigation.
The approval of these targets marks an important milestone in the integration of climate-related issues into Canali’s corporate strategy, reinforcing the Group’s commitment to a responsible growth model based on measurable and verifiable objectives over time.
CANALI’S PATH TOWARD A SCIENCE-BASED CLIMATE STRATEGY
The work leading to the definition of the science‑based targets is part of Canali’s Strategic Sustainability Plan and the initiatives of the CAre project, which guides the Group’s environmental and social actions.
This process was developed starting from the application of the Organisation Environmental Footprint (OEF) methodology, which enabled the identification of the most significant impact areas and the definition of key intervention priorities. Based on this analysis, Canali’s climate targets were developed and subsequently submitted to the Science Based Targets initiative for validation.
CANALI'S NEAR-TERM TARGETS
Canali has defined and received approval for two near‑term science‑based targets:
This target covers emissions generated directly by the company, as well as those associated with the energy used in its operations. To support the achievement of this target, Canali has defined a series of progressive actions, including improving energy efficiency across production sites, increasing self-generation from renewable sources, and expanding the use of renewable energy.
For a company operating in the textile and apparel sector, reducing indirect emissions across the value chain is a critical commitment. In this context, Canali’s approach requires progressively strengthening engagement with supply chain partners, with the aim of improving the quality of environmental data across the supply chain—essential for a more accurate understanding of impacts—and increasingly integrating environmental criteria into sourcing decisions.