Deep Dive: Tyre Waste EPR – Steering India Toward a Circular Future

Every tyre that rolls off a vehicle eventually reaches the end of its journey, but in India, Extended Producer Responsibility (EPR) ensures that end-of-life tyres (ELTs) don’t become an environmental burden. Under the Hazardous Waste Rules, 2022, Producers, Importers, and Brand Owners (PIBOs) are tasked with transforming tyre waste into valuable resources through recycling, retreading, and innovative processes. With India’s automotive sector booming, managing ELTs is both a regulatory necessity and an opportunity for sustainability. This blog dives into the tyre waste EPR framework, detailing regulations, targets, implementation challenges, and future prospects. Drawing from global leaders like Brazil and the EU, we’ll explore how PIBOs can navigate this landscape and drive a circular economy.

The Framework: Hazardous Waste Rules, 2022

The Hazardous Waste Rules, 2022, enforced by the Central Pollution Control Board (CPCB) and State Pollution Control Boards (SPCBs), regulate tyre waste due to its environmental and fire hazards when stockpiled. Key features include:

• Scope: All PIBOs involved in manufacturing, importing, or branding tyres, including those for cars, trucks, two-wheelers, and industrial vehicles.

• Focus: End-of-life tyres (ELTs), defined as tyres no longer suitable for use due to wear or damage.

• Mechanisms: Collection, recycling, retreading, and EPR credit trading (priced at ₹2–₹15 per kg).

The rules aim to formalize tyre waste management, reducing reliance on informal disposal (e.g., burning, landfilling), which accounts for 60% of India’s ELT handling, per a 2024 MoEFCC report. Globally, countries like South Africa and the USA offer models for tyre EPR, which India adapts to its urban-rural and industrial contexts.

Tyre Waste Under EPR: Scope and Applications

Tyre waste EPR covers all ELTs, regardless of vehicle type or origin:

• Examples: Car tyres, truck tyres, motorcycle tyres, agricultural tyres.

• Applications: Automotive, construction, agriculture, and industrial sectors.

• Global Context: Brazil recycles 90% of ELTs in urban areas, using them for rubberized asphalt, while South Africa converts rural ELTs into playground surfaces.

The rules mandate PIBOs to manage ELTs through collection and processing, ensuring environmentally sound management (ESM).

EPR Credit Categories and Codes for Tyre Waste

EPR credits are generated when PIBOs or their partners (e.g., recyclers, Producer Responsibility Organizations) collect and process ELTs beyond their targets. These credits, traded on the CPCB EPR Portal or platforms like Ecoex, are categorized by processing method and assigned codes. Below are the EPR credit categories and codes, as per the 2022 rules:

1. Retreading Credits:

• Code: TYR-RT.

• Description: Credits for retreading ELTs to extend their lifespan, primarily for truck and bus tyres.

• Value: ₹5–₹8 per kg, reflecting lower processing costs.

• Example: Retreading 1,000 MT of truck tyres generates TYR-RT credits, fetching ₹60 lakh at ₹6 per kg.

• Global Parallel: USA trades retreading credits in urban fleet markets, extending tyre life by 30%.

2. Crumb Rubber Credits:

• Code: TYR-CR.

• Description: Credits for shredding ELTs into crumb rubber for applications like sports surfaces or rubber mats.

• Value: ₹7–₹10 per kg, due to versatile applications.

• Example: Processing 800 MT of ELTs into crumb rubber generates TYR-CR credits, earning ₹72 lakh at ₹9 per kg.

• Global Parallel: Australia trades crumb rubber credits in rural areas, used for playgrounds and roads.

3. Pyrolysis Credits:

• Code: TYR-PY.

• Description: Credits for converting ELTs into tyre-derived fuel (TDF), carbon black, or oil via pyrolysis.

• Value: ₹10–₹15 per kg, reflecting high-value outputs and processing costs.

• Example: Pyrolyzing 500 MT of ELTs generates TYR-PY credits, fetching ₹60 lakh at ₹12 per kg.

• Global Parallel: EU trades pyrolysis credits in industrial zones, supplying TDF to cement kilns.

4. Mixed ELT Credits:

• Code: TYR-MIX.

• Description: Credits for processing mixed ELTs not categorized under specific methods, often from informal collections.

• Value: ₹5–₹9 per kg, lower due to sorting challenges.

• Example: Recycling 1,200 MT of mixed ELTs generates TYR-MIX credits, earning ₹84 lakh at ₹7 per kg.

• Global Parallel: South Africa trades mixed ELT credits in rural markets, integrating informal scrap dealers.

Credit Trading Process:

• Recyclers register on the CPCB portal, submit Form-3 for authorization, and generate credits post-processing.

• Credits are listed with codes (e.g., TYR-RT, TYR-PY) and verified by CPCB/SPCBs.

• PIBOs buy credits to meet targets, with prices (₹2–₹15 per kg) varying by method and market demand.

• Challenge: Fake credits (e.g., 3,000 unverified certificates in 2024, per CSE) require CPCB verification.

Global Insight: Japan uses blockchain-based platforms for tyre credit trading, ensuring transparency, a model India is exploring.

Mandatory Targets and Timelines

The Hazardous Waste Rules set a clear target for ELTs:

• 100% collection and recycling by 2025, covering all ELTs introduced by PIBOs.

Example: A PIBO introducing 5,000 MT of tyres in 2025 must collect and process 5,000 MT. Global Insight: France achieved 95% ELT collection by 2023, using urban PRO networks.

Processing Methods for ELTs

The rules specify approved methods for ELT management:

1. Retreading:

• Extends tyre life by replacing worn treads, ideal for heavy-duty tyres.

• Example: A bus fleet operator retreaded 2,000 MT of tyres in 2024, reducing waste.

• Global Parallel: USA retreads 15% of truck tyres in urban fleets.

2. Crumb Rubber Production:

• Shreds ELTs into granules for roads, sports fields, or mats.

• Example: A recycler produced 1,500 MT of crumb rubber for playgrounds in 2024.

• Global Parallel: Australia uses crumb rubber in 20% of rural sports facilities.

3. Pyrolysis:

• Converts ELTs into TDF, carbon black, or oil for industrial use.

• Example: A pyrolysis plant processed 1,000 MT of ELTs into TDF for cement kilns in 2024.

• Global Parallel: Brazil supplies 30% of cement kiln fuel via tyre pyrolysis.

4. Other Methods:

• Includes civil engineering (e.g., tyre bales for embankments) or waste-to-energy.

• Example: 500 MT of ELTs used in road base construction in 2024.

• Global Parallel: South Africa uses ELTs in rural erosion control projects.

All methods must comply with CPCB guidelines, with recyclers submitting Form-3 for authorization.

Responsibilities Under Tyre Waste EPR

Stakeholders have defined roles to ensure compliance and ESM:

1. Producers, Importers, and Brand Owners (PIBOs):

• Tasks: Register on the CPCB EPR Portal, submit an EPR Action Plan, and establish collection networks (e.g., exchange programs, PROs).

• Example: A tyre manufacturer set up exchange programs, collecting 3,000 MT in 2024.

• Global Parallel: Michelin in the EU runs global ELT take-back programs, recycling 25% of tyres.

2. Recyclers:

• Tasks: Process ELTs per CPCB guidelines, generate credits (Form-3 authorization required).

• Example: A recycler processed 2,000 MT via pyrolysis, earning TYR-PY credits at ₹12 per kg.

• Global Parallel: South Africa’s REDISA recycles 80% of ELTs in urban facilities.

3. Producer Responsibility Organizations (PROs):

• Tasks: Manage collection, recycling, and reporting on behalf of PIBOs.

• Example: A PRO collected 4,000 MT for 10 PIBOs, costing ₹8 per kg in 2024.

• Global Parallel: France’s Aliapur handles 90% of ELT EPR for manufacturers.

Compliance Strategies for Tyre Waste EPR

1. Registration and Reporting:

• Register on the CPCB portal, submit Form-1 (annual returns) by June 30, and maintain Form-2 (records).

• Example: A tyre importer filed Form-1 for 6,000 MT of ELTs in 2024, meeting 80% collection.

2. Exchange Programs:

• Offer discounts (e.g., 10–20%) for returned ELTs.

• Example: A brand collected 2,500 MT via exchange programs, earning TYR-RT credits at ₹6 per kg.

• Global Parallel: USA’s Goodyear recycles 15% of ELTs via trade-ins.

3. PRO Partnerships:

• Engage PROs to streamline collection and recycling.

• Example: A PIBO recycled 3,500 MT via a PRO, costing ₹9 per kg.

• Global Parallel: Brazil’s Reciclanip manages 85% of ELT EPR for manufacturers.

4. EPR Credit Trading:

• Generate or buy credits (e.g., TYR-PY, TYR-CR) to meet targets.

• Example: A retailer bought 1,000 MT of TYR-CR credits at ₹10 per kg in 2024.

• Global Parallel: EU’s tyre credits trade at €8–€12 per kg in industrial markets.

5. Sustainable Design:

• Develop recyclable or longer-lasting tyres.

• Example: A manufacturer introduced eco-tyres, reducing ELT generation by 10% in 2024.

• Global Parallel: Japan’s Bridgestone designs tyres for 20% longer life.

Case Study: A tyre importer partnered with a PRO, ran exchange programs, and bought TYR-PY credits at ₹12 per kg. It collected 4,000 MT in 2024 (80% of target), saved 15% on costs, and earned ₹1.2 crore in credits.

Challenges in Tyre Waste EPR

• Lack of Standardized Collection Networks: Fragmented systems hinder 100% collection.
  Solution: SORT Consultancy builds robust collection networks.

• High Capital Investment: Pyrolysis and recycling plants require significant funding.
  Solution: SORT optimizes PRO partnerships for cost-efficiency.

• Informal Sector: 60% of ELTs are handled informally, risking environmental harm.
  Solution: SORT ensures formal recycling channels.

• Consumer Awareness: Low participation in exchange programs.
  Solution: SORT designs targeted campaigns.

Future Outlook: Circular Economy Integration

Tyre EPR is poised to drive India’s circular economy:

• Tyre-Derived Fuel (TDF): Expand TDF use in cement and steel industries, potentially meeting 20% of kiln fuel needs by 2030, per a 2024 industry report.

• Rubberized Roads: Scale up ELT use in asphalt, following India’s 100,000 km of plastic roads model.

• Innovative Products: Develop tyre-derived mats, tiles, and construction materials.

• Global Insight: USA uses 40% of ELTs for TDF, while Australia pioneers tyre-derived building materials in rural areas.

By integrating these innovations, tyre EPR can reduce waste and create economic value.

Why Tyre Waste EPR Matters

Tyre EPR drives:

• Environmental Protection: Prevents ELT stockpiles and fires, reducing air and soil pollution.

• Compliance: Meets 100% collection by 2025, avoiding fines (₹10 lakh–₹50 lakh).

• Economic Value: Generates materials worth ₹1,500 crore annually, per a 2024 study.

• Brand Appeal: Attracts eco-conscious consumers, with 70% of Indians preferring sustainable brands (2024 Nielsen survey).

EPR aligns with SDG 12 (Responsible Consumption and Production) and fuels the EPR market, projected to grow from $1.5 billion in 2025 to $5 billion by 2030 (20% CAGR).

Conclusion

Tyre waste EPR in India, under the Hazardous Waste Rules, 2022, is a cornerstone of sustainable waste management, targeting 100% collection and recycling of ELTs by 2025. Through methods like retreading, crumb rubber production, and pyrolysis, and credits like TYR-RT, TYR-PY (priced at ₹2–₹12 per kg), PIBOs can meet regulatory goals. Inspired by global models like Brazil and France, India’s tyre EPR fosters a circular economy.

SORT Consultancy is your partner in tyre EPR compliance. From PRO partnerships to credit trading, we deliver tailored solutions. Contact us today at info@sortconsultancy.com or +91 9321021251 to steer your business toward sustainability.