Rethinking the Material Cycle
How Bridgestone is closing loops and unlocking performance
Summary
Bridgestone faced natural rubber depletion, rising emissions across 180+ plants, deforestation-linked supply risk, and pressure from EU CSRD rules and the EV transition, with no industry roadmap for product-level transformation at the pace required.
Bridgestone launched its 'Bridgestone 3.0 Journey,' repositioning ESG as its core business model: ENLITEN tire technology, the Bridgestone Circular Material Architecture, a pyrolysis recycling partnership with ENEOS, and a supplier audit and guayule diversification programme.
By 2024 Bridgestone had cut Scope 1+2 CO2 emissions 62% versus its 2011 baseline, six years ahead of its 2030 target, and reached 39.9% recycled and renewable material content, just short of its 2026 milestone of 40%.
What's the one challenge that remains unresolved in Bridgestone's roadmap?
Roughly 90% of a tire's lifecycle CO2 occurs during vehicle use, not at the factory. ENLITEN was Bridgestone's answer, but whether it scales to close that gap will define the next phase of the 3.0 Journey.
Full Case Study
Read the complete methodology, results and roadmap in the PDF.
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