Adhāra Viveka

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Sector data tables

Rubber & Tyre Recycling Data Tables

The Rubber & Tyre Recycling data tables library brings together 63 structured reference tables for the Tyre Recycling business — feedstock properties, equipment specs, product yields, cost breakdowns, and regulatory checklists. Mechanical tyre recycling — shredding, crumb rubber, reclaim rubber, and modified bitumen end-uses. Use each table to size a plant, brief vendors, or sense-check the numbers on an opportunity you're evaluating. Open any table for the full data with how-to-read notes, key insights, and the methodology behind the figures.

63

Published tables

Jun 12, 2026

Last updated

Tyre Recycling

Sector

Beyond definitions

Planning to start a Tyre Recycling business?

Get the full business understanding — capex, regulations, machinery, vendor questions, and risk checks before you commit capital.

Beyond the numbers

Explore the Rubber & Tyre Recycling business overview

See how the full Tyre Recycling value chain works — capex, regulations, vendor questions, and risks — on the sector landing page.

Open overview

C 15 tables

4 rows

Comparison of End-of-Life Tire Management Methods

A six-metric comparison of four end-of-life tire management options — retreading, recycling (material recovery), energy recovery (Tire Derived Fuel), and landfilling — showing why recycling sits above energy recovery in the waste management hierarchy for tyres.

Tyre Recycling · Tyre Pyrolysis

7 rows

Conceptual Plant Layout — Zone Planning

A seven-zone conceptual plant layout for a tyre recycling facility — covering reception and sorting, pre-treatment, dirty and clean processing, storage, utilities, and administration — with the key functions and requirements for each zone.

Tyre Recycling · Tyre Pyrolysis

4 rows

CRMB buyer segments in India

Profiles four buyer segments in the Indian Crumb Rubber Modified Bitumen (CRMB) market — NHAI contractors, state Public Works Departments, refinery direct offtake, and toll concessionaires — comparing order size, indicative price band, payment terms, and contract type.

Tyre Recycling

3 rows

CRMB Composition and Grade Performance

A three-tier table showing how rubber dosage in CRMB determines grade classification and performance — from field blend (minimal modification) through Non-HVB (highway wearing course) to High Viscosity Binder (HVB) for bridge decks and airports.

Tyre Recycling

3 rows

CRMB Grades — Dose, Performance Specs and Typical Applications

The three CRMB grades used in Indian road construction — Field Blend, Non-HVB, and High-Viscosity Binder — compared on rubber dose percentage, binder performance achieved, and the specific road construction applications each grade serves.

Tyre Recycling

6 rows

CRMB Plant Equipment Overview

A six-section equipment overview for a Crumb Rubber Modified Bitumen (CRMB) plant — covering crumb rubber storage, heated bitumen tanks, high-shear blending vessel, reaction tank, quality control laboratory, and heated dispatch tankers.

Tyre Recycling

7 rows

CRMB vs Conventional VG-30 Bitumen — Performance Comparison

How Crumb Rubber Modified Bitumen (CRMB) compares to conventional VG-30 bitumen across seven pavement performance properties — showing 1.5 to 2.5 times longer pavement life and 3 to 5 times longer fatigue life for CRMB.

Tyre Recycling

6 rows

CRMB wet process plant — 30 TPD capex breakdown

Six-line-item indicative capex breakdown for a 30 TPD Crumb Rubber Modified Bitumen (CRMB) wet process plant at India 2025 prices, covering process equipment, storage, heating, civil works, tanker fleet, and electrical systems.

Tyre Recycling

4 rows

CRMB Wet Process Technologies Comparison

A four-system comparison of Crumb Rubber Modified Bitumen (CRMB) wet process production technologies — McDonald Terminal Blending, SAM System, Continuous Blending, and Field Blend — covering rubber dose, temperature, particle size, reaction time, and key feature.

Tyre Recycling

4 rows

Crumb rubber mesh-band output from an ambient grinding line

Yield share, particle size range, primary application, and indicative price for the four mesh bands — coarse, mid-coarse, fine, and ultra-fine — that an ambient grinding line produces from waste tyres.

Tyre Recycling

7 rows

Crumb Rubber Physical Properties

Seven physical properties of crumb rubber that buyers verify on every purchase order — specific gravity, bulk density, particle shape, surface texture, moisture content, free metal content, and fibre content — with ASTM D5603 specifications.

Tyre Recycling

8 rows

Crumb Rubber Physical Specs by Source and Mesh

The physical properties that crumb rubber buyers test on every purchase order — specific gravity, bulk density, particle shape differences between ambient and cryogenic grinding, and the moisture, metal, and fibre purity limits.

Tyre Recycling

9 rows

Crumb Rubber Plant Equipment Overview

A nine-item equipment list for a crumb rubber production plant organised by functional section — from tyre handling and shredding through secondary grinding, steel and fibre separation, mesh classification, and bagging.

Tyre Recycling

4 rows

Crumb rubber specification sheet by mesh and grinding method

ASTM D5603 pass-or-fail specification limits for crumb rubber across four mesh bands — covering specific gravity, bulk density, moisture, free metal, and fibre content — the reference standard for batch certificate of analysis and offtake agreements.

Tyre Recycling

15 rows

CTE Annual Fee Structure

The SPCB annual consent fee formula and all its input components — scale factors that step down with plant size, pollution index factors by CPCB colour category, late-fee surcharges, and the 5% early-renewal discount.

Tyre Recycling · Tyre Pyrolysis

E 6 tables

7 rows

Entity Role Comparison — Tyre Pyrolysis Ecosystem

A complete map of the seven entities in the tyre pyrolysis supply chain — showing each entity's core function, who they buy from, who they sell to, and their position in the EPR obligation structure.

Tyre Recycling · Tyre Pyrolysis

22 rows

Environmental Standards Reference for Tyre Recycling

The full set of environmental compliance limits a tyre recycling plant must stay within — covering effluent discharge parameters, stack emission ceilings, National Ambient Air Quality Standards for the surrounding area, and noise limits by zone.

Tyre Recycling · Tyre Pyrolysis

17 rows

EPR Certificate Mechanics for Tyre Pyrolysis Recyclers

A regulatory reference covering the Q-EPR formula, weightage factors for each recycled product, EPR Certificate price range, validity windows, and penalty escalation under India's Waste Tyre Extended Producer Responsibility rules.

Tyre Recycling · Tyre Pyrolysis

3 rows

EPR Credits — Generation, Transfer, and Surplus

A three-year trend showing EPR credit generation by tyre recyclers, credits transferred to tyre producers, and unsold credits — revealing rapidly growing generation capacity outpacing producer demand and creating a growing credit surplus in 2024-25.

Tyre Recycling · Tyre Pyrolysis

10 rows

EPR Revenue Scenarios and GST Treatment by End Product

EPR certificate revenue scenario comparison for 1,000 MT of waste tyre input, and the complete GST and HSN code reference for every input and output stream in a tyre recycling operation.

Tyre Recycling · Tyre Pyrolysis

10 rows

EPR Targets and End-Product Certificate Weightages

The Extended Producer Responsibility (EPR) obligation targets for tyre producers ramp up year by year to full coverage — and the certificate weightage multipliers show which end products generate the most EPR revenue per tonne processed.

Tyre Recycling · Tyre Pyrolysis

P 6 tables

9 rows

Physical and Chemical Properties of Waste Tires

Nine physical and chemical properties of waste tyres with their recycling significance — covering hardness, density, tensile strength, rubber content, steel content, textile fibres, carbon black, sulfur, and zinc oxide.

Tyre Recycling · Tyre Pyrolysis

4 rows

Physical Parameters Relevant to Pyrolysis

A four-parameter reference table for waste tyre physical properties relevant specifically to pyrolysis — covering hardness, density, tensile strength, and elongation — with the impact of each parameter on pyrolysis reactor design and operation.

Tyre Recycling · Tyre Pyrolysis

3 rows

Plant Area Requirements by Reactor Type

Minimum plot area requirements for tyre pyrolysis plants by reactor type — ABAP Batch reactors (3,000–4,000 m² base plus increments per additional reactor) and Continuous process plants (7,000 m² minimum for 60+ TPD scale).

Tyre Recycling · Tyre Pyrolysis

6 rows

Pyrolysis Influencing Factors and Their Effects

A process control reference table showing how six pyrolysis variables (temperature, time, pressure, particle size, heating rate, feedstock) should be set to maximise each of six target outputs — oil, gas, char, limonene, BTX aromatics, and high-quality char.

Tyre Recycling · Tyre Pyrolysis

4 rows

Pyrolysis Plant — Zone Area Allocation

A four-zone area allocation guide for a tyre pyrolysis plant layout — showing recommended percentage allocation of total plot area across processing, storage, administration, and movement/safety zones with key sub-areas.

Tyre Recycling · Tyre Pyrolysis

4 rows

Pyrolysis Reactor — Pricing by Capacity

Indicative price ranges for tyre pyrolysis reactors at four capacity configurations — 3–6 TPD ABAP semi-continuous, 8–12 TPD semi-continuous and continuous options, and 15–20+ TPD fully continuous — for capital planning.

Tyre Recycling · Tyre Pyrolysis

S 5 tables

6 rows

Scaling Stages — Capacity and Investment Overview

A six-parameter scaling comparison for tyre recycling plants at pilot, commercial transition, and full-scale stages — covering capital investment, facility size, staffing, equipment type, annual output, and the strategic purpose of each stage.

Tyre Recycling

7 rows

Site Selection — Zonal Requirements

Seven mandatory site selection parameters for a tyre pyrolysis plant in India — industrial zone classification, habitation and water body setback distances, eco-sensitive zone buffers, road access requirements, green belt minimum, and fire access route.

Tyre Recycling · Tyre Pyrolysis

8 rows

State-wise Distribution of Authorised Tyre Recyclers

Rankings of India's top 8 states by number of authorised tyre recycling plants — Maharashtra leads with 82 plants (14.86% of national total), followed by Gujarat (77, 13.95%) and Haryana (54, 9.78%).

Tyre Recycling · Tyre Pyrolysis

3 rows

Steel Recovery — Upgrading Levels and Buyers

Three levels of steel cleaning from tyre pyrolysis — mechanical (90–95% purity), thermal kiln (97%), and chemical HCl treatment (98–99%) — with the upgrading process and target buyers at each purity tier.

Tyre Recycling · Tyre Pyrolysis

2 rows

Storage Tanks and Cooling Tower — Pricing

Indicative price ranges for TPO (Tyre-derived Pyrolysis Oil) storage tanks and cooling towers at three tyre pyrolysis plant capacity tiers — essential equipment for oil product storage and process cooling water management.

Tyre Recycling · Tyre Pyrolysis

T 10 tables

5 rows

Capex ranges by product tier — 10 TPD Indian plant

Indicative capital investment ranges for five 10 TPD plant configurations in Indian tyre rubber recycling, from a basic crumb-only ambient line through to a full reclaimed rubber devulcanisation plant, with separate Indian and import equipment totals.

Tyre Recycling

9 rows

Three product families: side-by-side comparison

A nine-row reference comparing every sub-grade across crumb rubber, Crumb Rubber Modified Bitumen (CRMB), and reclaimed rubber — covering output spec, buyer segment, plant investment tier, contract type, and indicative price range per kilogram.

Tyre Recycling

3 rows

Top 3 crumb rubber applications in India side-by-side

Side-by-side comparison of the three largest crumb rubber application families in India — civil and infrastructure, moulded products, and sports surfaces — showing mesh band, volume share, typical lot size, contract type, and contamination specification.

Tyre Recycling

3 rows

TPO Refined Oil Fractions

A three-fraction breakdown of Tyre-derived Pyrolysis Oil (TPO) after distillation — light gasoline-range, diesel-range middle, and heavy oil — with boiling range, characteristics, and commercial applications for each.

Tyre Recycling · Tyre Pyrolysis

4 rows

Types of Tires as Feedstock

A four-category reference table for waste tyre feedstock — automobile, off-road, specialty, and OTR (Off-The-Road) tyres — showing typical weight ranges, construction characteristics, and where each category is available in India.

Tyre Recycling · Tyre Pyrolysis

2 rows

Tyre Bead Separator and Shredder — Pricing

Indicative price ranges for tyre bead separators and shredders at three plant capacity tiers — 3–6 TPD (low), 8–12 TPD (mid), and 15–20+ TPD (high) — for capital planning in tyre recycling and pyrolysis projects.

Tyre Recycling · Tyre Pyrolysis

7 rows

Tyre Pyrolysis Implementation Timeline

A seven-phase roadmap from initial market research through to Consent to Operate, showing typical durations, which phases can run in parallel, and the output artifact that closes each phase — total end-to-end timeline is 12 to 18 months.

Tyre Recycling · Tyre Pyrolysis

9 rows

Tyre Recycling End Products — Cross-product Comparison

Side-by-side comparison of nine tyre recycling outputs across three product families — crumb rubber grades, CRMB road-bitumen blends, and reclaimed rubber tiers — showing mesh or dose, buyers, capex tier, and discount versus virgin for each.

Tyre Recycling

5 rows

Tyre Recycling — Forward Roadmap & KPI Matrix

Five strategic industry pillars for India's tyre recycling sector compared across today's state versus 2030 roadmap targets — showing where collection rates, EPR compliance, recycled-content uptake, recovered carbon black commercialisation, and regulatory harmonisation are headed.

Tyre Recycling · Tyre Pyrolysis

3 rows

Tyre Size and Weight Comparison

Physical dimensions (diameter and width in inches) and weight ranges for the three main tyre classes — passenger car, truck, and OTR (Off-The-Road) — used for shredder sizing, feedstock logistics planning, and storage calculations.

Tyre Recycling · Tyre Pyrolysis

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