Global Tyre Recycling Market: Growth to 2031

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Global tyre recycling market grows from USD 7.66B in 2025 to USD 9.49B by 2031 at 3.63% CAGR. See what’s driving demand — pyrolysis, rubber-modified asphalt and closed-loop tyre-to-tyre recycling.

How Big Is the Global Tyre Recycling Market Getting?
According to TechSci Research report, the Global Tyre Recycling Market will grow from a market size of USD 7.66 billion in 2025 to approximately USD 9.49 billion by 2031, reflecting a CAGR of 3.63% in the latest global tyre recycling market report.

On paper, that looks like modest growth. In reality, it sits on top of a huge, already‑existing waste stream: millions of tonnes of end‑of‑life tyres (ELTs) generated annually worldwide. For example, Europe alone produced about 3.9 million tonnes of ELTs in 2024, illustrating the sheer volume the industry must manage. As circular economy policies tighten and sustainable material demand rises, the tyre recycling market outlook is less about whether demand exists and more about how efficiently the system can capture and upgrade this waste into higher‑value outputs.

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What Is Tyre Recycling and Why Does It Matter?

The Global Tyre Recycling Market focuses on:

Industrial collection and reverse logistics of end‑of‑life tyres (ELTs).
Reprocessing ELTs into reusable raw materials such as rubber granulate, steel and textile fibers.
Use of ELTs for energy recovery via pyrolysis, cement kiln co‑processing and other thermal routes.

Tyre recycling matters because:

Landfilling and illegal dumping of tyres create fire risks, environmental contamination and long‑term liability.
ELTs are rich in embedded energy and material value (rubber, carbon black, steel) that can displace virgin resources.
Circular use of recovered rubber and recovered carbon black can lower lifecycle emissions and support corporate decarbonization strategies.

In short, the tyre recycling industry sits at the intersection of waste management, materials supply and climate policy.

Key Market Drivers

Technological Leap in Pyrolysis and Devulcanization
Historically, tyre recycling meant mechanical shredding into crumb rubber and low‑value products (e.g., basic mats, playground surfaces). Advanced technologies have changed the equation:

Pyrolysis decomposes tyres thermally, producing recovered carbon black (rCB), pyrolysis oil and steel.
Devulcanization breaks sulphur cross‑links, creating flexible rubber that can be reintegrated into high‑value products.

Unlike crumb rubber, these recovered materials are attractive to automotive and chemical industries as circular feedstocks. Projects like large‑scale plants in Sweden, the Netherlands and elsewhere are designed to process tens of thousands of tonnes of ELTs per year, creating industrial‑scale streams of rCB and renewable fuels. This transition from “waste disposal” to “high‑value material regeneration” is central to the current global tyre recycling market outlook.

Stringent Environmental Regulations and Landfill Bans
Regulation is the second major driver:

Governments are increasingly banning or heavily restricting tyre landfilling and enforcing strict disposal rules.
Extended Producer Responsibility (EPR) regimes make manufacturers financially and operationally responsible for post‑consumer tyres.
Mature markets show what is possible:

In the U.S., about 79% of ELTs were consumed by end‑use markets in 2023.
In Japan, the beneficial next‑use rate for used tyres reached 99.6%, demonstrating near‑total circular capture.

These frameworks create stable feedstock flows for recyclers and drive investment into collection networks, processing capacity and new end uses. As more regions implement or strengthen EPR, the tyre recycling market size is supported structurally, not just cyclically.

Key Market Challenges

High Reverse Logistics Cost and Structural Inefficiency
The biggest obstacle to market expansion is the cost and complexity of reverse logistics:

ELTs are bulky and low‑density, making transport inefficient.
Sources are fragmented: small garages, remote dealerships, scattered fleets.
Volume‑to‑weight ratios are poor, so each truck hauls relatively little revenue‑generating material while incurring full fuel and labor costs.

In many cases, the cost of aggregating ELTs from outlying regions exceeds the commercial value of the recovered rubber and materials. This reality:

Erodes profit margins.
Discourages facility investment in low‑density or remote catchment areas.
Leaves a significant share of global ELTs unrecovered, despite apparent demand.

Even in mature markets with high recovery rates, the remaining uncollected percentage is essentially a logistics and economics problem rather than a technology constraint.

Incomplete Feedstock Capture Despite Strong End‑Use Demand
Because logistics are so expensive, recyclers often focus on dense urban and industrial clusters, leaving:

Rural and remote areas underserved.
Smaller generators without affordable collection options.

This situation directly caps the tyre recycling market size. There is more physical feedstock than the business model currently justifies collecting. Solving this challenge requires innovations in collection models (hub‑and‑spoke, co‑collection with other wastes, mobile processing) and better integration with local waste systems.

Key Market Trends

Rubber‑Modified Asphalt as a High‑Volume, Performance End Use
Rubber‑modified asphalt has emerged as one of the most strategically important end uses:

Ground rubber from ELTs is mixed into asphalt to improve pavement durability, skid resistance and noise reduction.
Unlike low‑value applications (basic mulch), rubber‑modified asphalt is a high‑volume, infrastructure‑linked demand sink.
Recent data show consumption of ELTs in rubber‑modified asphalt increased by 17% between 2021 and 2023, utilizing around 165,000 tons of material.

This matters for the tyre recycling market outlook because:

It creates stable, repeatable demand tied to infrastructure budgets, not just discretionary product sales.
It offers a performance advantage, not just a sustainability story, which accelerates adoption when cost and durability metrics stack up favorably.

Closed‑Loop Tyre‑to‑Tyre Recycling Ecosystems
A second, more advanced trend is closed‑loop tyre‑to‑tyre recycling:

The aim is to use ELTs to produce recovered carbon black and renewable oils that can directly feed new tyre production.
This goes beyond downcycling; it targets automotive‑grade specifications and high‑performance materials.
Large projects in Europe (e.g., a facility designed to process roughly 5% of Europe’s annual ELT volume) show this is moving beyond pilot scale.

If successful, these ecosystems:

Create high‑value outlets for recycled materials.
Tighten the link between tyre producers and recyclers via long‑term offtake agreements.
Support pricing stability and investment confidence in the tyre recycling industry.

Segmental Insights

Why Rubber Is the Fastest‑Growing Segment
The rubber segment is anticipated to be the fastest‑growing in the Global Tyre Recycling Market because:

Reclaimed rubber is highly versatile: it can be used in rubber‑modified asphalt, molded products (tiles, mats, bumpers), playground surfaces, and certain automotive parts.
It often offers a competitive cost advantage over virgin rubber or polymers, especially in non‑critical applications.
Industry organizations and associations actively promote commercial uses for recycled rubber, helping bridge the gap between technical feasibility and market adoption.

Combined, these factors make recycled rubber the most dynamic segment in terms of volume growth and diversification of end uses.

Regional Insights — Why Asia Pacific Dominates

Asia Pacific holds a dominant position in the Global Tyre Recycling Market:

Rapid automotive sector growth and rising vehicle ownership generate large volumes of ELTs.
Urbanization and industrial activity increase the density of tyre waste, making collection more economical in many areas.
Regulatory frameworks are strengthening, especially via EPR‑style guidelines, which push manufacturers toward responsible disposal and recycling.

India is a good example:

The Ministry of Environment, Forest and Climate Change has implemented EPR rules that require tyre producers to demonstrate responsible end‑of‑life management.
These policies spur investments in local recycling infrastructure and encourage partnerships between manufacturers and recyclers.

As more Asia Pacific countries adopt similar policies and logistics networks improve, the region’s share of the global tyre recycling market size is likely to grow.

Recent Developments in the Global Tyre Recycling Market

Liberty Tire Recycling & Walmart (May 2025): Liberty Tire received industry recognition for a large‑scale circular initiative with Walmart. ELTs collected from Walmart auto care centers are recycled into consumer products such as rubber mulch and garden edging, which are then sold back through Walmart stores. This demonstrates a practical, retail‑linked closed loop that diverts millions of tyres from landfills.
Bridgestone, Grupo BB&G & Versalis Partnership (September 2024): The trio formed a strategic alliance to build a closed‑loop ecosystem using thermomechanical pyrolysis, converting ELTs into tyre pyrolysis oil, which Versalis processes into circular elastomers. Bridgestone uses these elastomers to make new tyres with higher recycled content, combining expertise from tyre, recycling and chemicals sectors.
Circtec Funding for Netherlands Facility (May 2024): Circtec secured €150 million to construct a large‑scale ELT pyrolysis plant in Delfzijl, designed to handle roughly 5% of Europe’s annual scrap tyre volume. The facility aims to produce high‑grade renewable fuels and circular chemicals that significantly cut greenhouse gas emissions relative to conventional disposal and production methods.
Michelin, Antin & Scandinavian Enviro Systems JV (February 2024): The consortium announced final investment decision for an ELT recycling plant in Uddevalla, Sweden, with initial capacity for about 35,000 tons of tyres annually. Using specialized pyrolysis technology, they plan to recover carbon black and oil for reuse in tyre manufacturing, signalling a serious commitment to industrial‑scale circular materials.

These developments underscore how capital and technology are converging to scale tyre recycling beyond small regional facilities into integrated, multi‑partner ecosystems.

Key Market Players

These companies cover a spectrum from regional collectors and processors to global players specializing in advanced crumb rubber, micronized rubber powders, and recovered carbon black, forming the core competitive landscape of the global tyre recycling industry.

What Are the 10 Benefits of This Global Tyre Recycling Market Research Report?
Quantified market size from 2025 through 2031, with clear CAGR and segment breakdowns.
Deep analysis of pyrolysis and devulcanization technologies and their impact on high‑value material recovery.
Insight into regulatory drivers, including EPR, landfill bans and enforcement trends across key regions.
Detailed examination of reverse logistics challenges and their direct effect on feedstock capture and margins.
Coverage of major end uses, especially rubber‑modified asphalt and closed‑loop tyre‑to‑tyre systems.
Regional breakdown highlighting Asia Pacific’s dominance and growth potential.
Profiles and strategic positioning of leading tyre recyclers and technology developers.
Review of recent investments, partnerships and large‑scale facility plans shaping the tyre recycling market outlook.
Assessment of how circular economy policies, corporate ESG targets and carbon‑reduction strategies intersect with tyre recycling.
A consolidated, decision‑ready report for recyclers, tyre manufacturers, investors and policymakers planning around ELT management and circular materials.

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Frequently Asked Questions

Q: How big is the Global Tyre Recycling Market expected to be by 2031?
A: According to TechSci Research report, the Global Tyre Recycling Market is projected to grow from USD 7.66 billion in 2025 to USD 9.49 billion by 2031, at a CAGR of 3.63%.

Q: Which segment is the fastest‑growing in the Global Tyre Recycling Market?
A: The rubber segment is the fastest‑growing, driven by its versatility in high‑volume applications such as rubber‑modified asphalt and molded products, and its cost advantage over virgin raw materials.

Q: Which region leads the Global Tyre Recycling Market?
A: Asia Pacific leads, supported by large ELT generation volumes, expanding automotive fleets, and strengthening regulatory frameworks like EPR guidelines in countries such as India.

Q: What is the biggest challenge facing tyre recyclers globally?
A: The biggest challenge is the high cost and inefficiency of reverse logistics — collecting bulky, low‑density tyres from fragmented sources — which often makes retrieving ELTs from remote areas uneconomic and limits full feedstock capture despite strong end‑use demand.

Source research report:- https://www.techsciresearch.com/sample-report.aspx?cid=27704

Public Last updated: 2026-08-12 10:35:14 AM