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MICHELIN’s approach to Circular Economy

Learn how Michelin accelerates the transition to a circular economy model, reducing resource consumption and waste while enhancing product longevity. Explore their strategies in renewable materials, recycling, and service-based solutions for a greener future. Discover how Michelin's efforts contribute to reducing environmental impact and optimizing fleet performance.

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MICHELIN’s approach to Circular Economy

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  1. MICHELIN’s approach to Circular Economy Audrey Douspis Corporate Public Affairs

  2. The Michelin group in a nutshell More than 150M cars & vans and 10M trucks & bus ride on Michelin’s tyres

  3. Today’s and tomorrow’s challenges NATURAL RESOURCES DEPLETION RAW MATERIALS SCARCITY WASTE ACCUMULATION FOSSILE FUEL DEPENDENCY CLIMATE CHANGE BIODIVERSITY

  4. Michelin’s approach to circular economy RENEW REDUCE Expend renewable materials use in production process Reduce raw materials consumption and optimize their use REUSE RECYCLE Collect end-of-life tyres and develop recovery channels Repair, regroove, retread

  5. REDUCE Eco-design Durability Rolling Resistance Lighter tyres Tyres that help saving fuel Longer lasting tyres

  6. REUSE Repairing Regrooving Retreading Punctures can be repaired under certain conditions Cutting new tread grooves Remove worn out tread and put a new one on the casing Tyre lifetime expanded up to 4 times

  7. RECYCLE Material recovery Energy recovery shreds whole tire crumb steel industry alcohol cement factories powder thermal power generation

  8. RENEW Natural resources mngt R&D activities Bio-sourced butadiene Natural rubber

  9. Integrated service-based offers • A special unit to help European fleets reduce their environmental impact • Innovate by providing services rather selling products  functionality economy • Better management of global ressources  tyres & fuel savings Performance analysis of drivers & vehicle with an ecosystem of experts Data collection in real time (telematics, electronics, cloud computing) Monitoring & Commitment to reduce downtime, CO² emission, fuel consumption Customized solutions with support of partners & & &

  10. Integrated service-based offers EFFITIRES EFFITRAILERS EFFIFUEL Objective: reduce and optimize fleets’ fuel consumption Levers: fuel experts and ecosystem of experts, telematics, eco-driving and eco-scoring, tyre management, reporting Objective: provide inclusive tyre management (tyre adapted to usage, supply chain, storage) Levers: tyre experts, fleet inspections, guidance, single point of contact, road assistance Objective: reduce the downtime significantly and decrease breakdown Further information will be released in October & &

  11. Any question ? THANK YOU FOR YOUR ATTENTION

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