MICHELIN TAKES ACTION TO REDUCE ENVIRONMENTAL IMPACT

We lead the way towards mobility with reduced environmental impact(1) by developing products and solutions designed to make mobility safer,
more accessible, efficient, and more respectful of the environment.

INNOVATING TO DESIGN THE NEW GENERATIONS OF TYRES 

We follow an eco-design charter to evaluate our tyres’ environmental impact at every stage in their lifecycle(2) to reduce the overall impact while maintaining or even improving performance.

Motion For Life, Michelin - Performance Made to Last 15s - USA

Fighting waste by designing tyres that are made to last

Real change is changing less. Go the distance on your set of tyres. Our commitment is to ensure that you have a long and safe driving experience from the first mile to the last, with tyres designed to be trusted until the legal wear limit(3).

Motion For Life, Michelin - Environment 15s

Reducing vehicles' energy consumption and CO₂ emissions

Consuming less fuel thanks to low rolling resistance. From the original MICHELIN EnergyTM Saver tyre in 1992, we have launched six generations of car tyres with improved energy efficiency: in 30 years, we have halved the rolling resistance for leading passenger cars tyre lines.(4)

Motion For Life, Michelin - Recycling 15s - USA

Investing in recycling to repurpose waste into tyres

Making tyres with yogurt pots or plastic bottles. Disruptive innovations in bio-sourced and regenerated materials will allow us to transform everyday waste(5) into materials for new tyres, among other new products.​ And by 2030, our goal is to have used up to 13.5 million tons of recycled materials in our tyres.(6) ​

Our first eco-designed tyre: MICHELIN e.Primacy

MICHELIN e.PRIMACY is the first eco-designed MICHELIN tyre whose life-cycle assessment has been incorporated into its design; it is also the first tyre on the market for which an Environmental Product Declaration (EPD) has been published. 

MICHELIN e.PRIMACY tyre

Vers un pneu durable

A car tyre line with 45% sustainable materials(7)

In October 2022, we presented a car tyre line containing 45% sustainable materials, approved for road use.
The tyre has performance levels equivalent to current tyres(8). We are well on our way to meet the interim goal of 40% of bio-sourced or recycled materials(9) across all tyre lines by 2030 towards 100% by 2050.

 

MICHELIN UPTIS prototype

The MICHELIN UPTIS prototype(10) is an assembled airless solution (tyre and wheel) for passenger cars. It reduces the risk of flat tyres and other air loss failures that result from punctures or road hazards, and reduces environmental impact.

New generation of airless tire | Michelin

A Visionary Concept Tire | Michelin

VISION concept, a tyre made from 100% sustainable materials

Unveiled in 2017, the VISION concept comprises both a wheel and an airless tyre. 

Biosourced, connected and featuring a renewable tread, VISION concept offers a compelling illustration of how our sustainable development model will transform tyres between now and 2050, and achieve the objective of tyres to be made of 100% bio-sourced or recycled materials by 2050.

In 2050, our tyres will be 100% sustainable

A recipe not as easy as it looks!

ACCELERATING THE DEVELOPMENT OF SUSTAINABLE SOLUTIONS THROUGH MOTORSPORT

Racing Today for Tomorrow’s Sustainable Mobility | Michelin

A tyre made of more than 50% biosourced and recycled materials 

We developed a racing tyre which already contains 53% biosourced and recycled raw materials. It is fitted on the GreenGT H24 hydrogen-powered prototype, a car developed for endurance racing as well as on the Porsche GT4 ePerformance. This very high-performance tyre demonstrates that the disruptive technologies can still perform in extreme racing conditions.

Sustainable tyres already on track!

We developed the WorldCup MotoE tyres integrating, for the 2022 season, an average of 40% recycled and bio-sourced materials(11) while offering high levels of performance. These tyres equipped 18 riders during the 12 races of the MotoE season in 2022.

What are sustainable materials? - Michelin Motorsport

DEVELOPING SUSTAINABLE INNOVATIONS AND SOLUTIONS BEYOND TYRES

A few examples of our sustainable innovations:

MS HYDROGENE GB

Making hydrogen mobility a reality

We have been involved in hydrogen for the past 20 years. We are convinced that hydrogen mobility will be one of the essential components of clean mobility, complementary to electric batteries.

Fostering sustainable gastronomy

Fostering sustainable gastronomy

The MICHELIN guide is committed to supporting sustainable gastronomy. Green Stars, started in 2020, is a new award for chefs who help make gastronomy more responsible, enabling a more sustainable lifestyle for their customers.

WISAMO - Maritime Nantaise

Decarbonizing maritime transport

The Wing Sail Mobility (WISAMO) project is an automated, telescopic, inflatable wing sail system that fits on merchant ships and pleasure craft.  Its revolutionary design enables ships to reduce their fuel consumption and CO2 emissions.

Expansion of Michelin Ecological Reserve

Preserving biodiversity

In 2004, the Group created the Michelin Ecological Reserve as part of its Ouro Verde Bahia program, a sustainable development initiative aimed at testing a natural rubber production model, while stimulating economic and social development and preserving biodiversity. 

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LEARN MORE ABOUT WHY MICHELIN:

Sustainable Development and Mobility

Sustainable Development and Mobility

The Group’s societal responsibility is embodied by its Sustainable Development and Mobility strategy. It aims to make Michelin one of the most innovative, responsible, and high-performing companies worldwide across all of its responsibilities: economic, environmental, social and societal.

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Legal mentions

(1) For more information https://www.michelin.com/en/sustainable-development-mobility/working-towards-sustainable-mobility/

 

(2) from the supply of raw materials and production to the use and recycling phases

 

(3) Last mile/kilometer being understood as until the minimum legal tread depth (1.6 mm in Europe). Please refer to the minimum legal tread depth in your country. More information can be found at https://www.michelin.co.uk/performance-made-to-last

 

The following tyre lines are designed to offer high level of longevity and performance that lasts: MICHELIN CrossClimate², MICHELIN CrossClimate 2 SUV, MICHELIN Primacy 4+, MICHELIN e.Primacy, MICHELIN Pilot Sport 4S, MICHELIN Pilot Sport 5, MICHELIN Pilot Sport EV, MICHELIN Pilot Sport 4 SUV,  MICHELIN Alpin 6 and MICHELIN Pilot Alpin 5

 

(4) Internal calculation comparing MICHELIN Energy (RR>12kg/T) vs MICHELIN e.Primacy and MICHELIN Pilot sport EV(RR <5kg/T) 

 

(5) "everyday waste": corn stover, waste wood, food containers, plastic packaging, plastic bottles…

 

(6) Cumulative calculated quantity of consumed recycled materials by the Michelin Group between 2020 and 2030 in the fabrication of its tyres with the objective of 40% of recycled materials by 2030.

 

(7) Michelin considers sustainable materials to be either recycled materials or bio-sourced materials renewable on the timescale of a human life, and which do not compete with the food sector. Michelin does not consider natural materials which are non-renewable on the timescale of a human life to be sustainable - such as oil. As such, some materials, although of natural mineral origin, such as silica, are not taken into account in the Michelin definition of a “sustainable material”. 

 

(8) Based on internal tests, in comparison with the current MICHELIN Primacy 4 235/55R19 105W on the market

 

(9) Recycled materials are the raw materials generated by any recycling operation by which industrial or post-consumption waste is reprocessed into products, materials, or substances. Energy reuse and the reprocessing of materials for use as energy are excluded. (Based on the definition of the European Directive for Waste). 

 

(10) UPTIS: Unique Puncture-proof Tyre System, an airless tyre developed in association with Maxion, the supplier of a specific rim for the UPTIS tyre.

 

(11) Corresponding to the weighted average of the mass of the front and rear tyres, respectively of 33% and 46% of sustainable materials.

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