Firozabad Tyre Unit Fire, Second This Year: Why Tyre Retreading and Pyrolysis Plants Struggle to Get Insured

A large fire broke out at a tyre unit in the Firozabad district of Uttar Pradesh on Sunday, 4 October 2026. ANI reported that the blaze was at a tyre factory in the Naushehra area, that fire tenders were called in from across the district, and that the fire officer described the unit as one that retreads old tyres. Patrika placed the fire at a unit in Urmura Kirar village that extracts oil from tyres, reported flames of 30 to 40 feet, and said nearby houses were evacuated. Newstrack reported that about 60 tonnes of tyres burned.

Two details from the ANI and Asianet Newsable reporting matter most for anyone who insures, finances or runs a similar plant. First, the factory's own water pump was damaged in the fire, which left the site short of water while crews were fighting it. Second, the fire officer said the same facility had a fire earlier this year.

What is not yet known

The reports differ on the exact location and on the nature of the unit (retreading according to ANI, oil extraction according to Patrika). Newstrack attributed the fire to a short circuit, while officials said the cause will be determined by investigation. Location, process and cause details may change as the official investigation proceeds, and this post does not assume a cause. It uses the incident as a case study of a risk class that Indian insurers find hard to place: tyre retreading, tyre recycling and tyre pyrolysis units.

These three activities are often grouped together because they share a raw material (scrap and used tyres) and often share a site. Their hazards differ in important ways.

• Retreading removes the worn tread from a used tyre casing and bonds new tread rubber to it, usually with buffing, cementing and a curing step in a chamber or press. The main hazards are stored casings and tread rubber, rubber dust from buffing, solvent-based cements and heated curing equipment.
• Mechanical recycling shreds or granulates tyres into crumb rubber, separating steel and fibre. Shredders generate heat and sparks from embedded steel, and crumb and fibre piles are combustible.
• Pyrolysis heats shredded or whole tyres in a reactor with little or no oxygen to break the rubber down into pyrolysis oil, carbon char, recovered steel and a combustible gas. It adds a process hazard (a hot, sealed reactor producing flammable vapour) and a flammable liquid storage hazard on top of the rubber stockpile.

The Firozabad reports describe both a retreading activity and oil extraction from tyres. Whatever the final picture at that site, a unit that combines a large tyre stockpile with any oil recovery step is, in underwriting terms, a rubber storage risk and a flammable liquids risk at the same time.

For the plant-scale version of the rubber hazard, see our tyre manufacturing plant risk profile. Recycling units carry much of the same fire load with far less of the fire protection a large manufacturer usually installs.

A tyre fire is one of the most difficult scenarios in property protection, and the Firozabad reports show several of its features at once.

Tyres are hollow, so a stack traps air and channels flame upward. As rubber burns it melts and releases oily liquid that runs along the ground, spreading the fire and feeding it from below. Water struggles to penetrate a tightly packed stack, and a pile can smoulder internally and reignite after the visible flames are knocked down. Reported flames of 30 to 40 feet and the evacuation of nearby homes (Patrika) are consistent with a large, open, well-ventilated rubber fire.

Why scale drives severity

A reported 60 tonnes of burned tyres (Newstrack) is a meaningful fire load for a unit of this kind. Fire load in a scrap-tyre business grows with the stockpile, and stockpiles in this trade swing widely with the price of scrap tyres and the demand for pyrolysis oil and crumb. An underwriter quoting on a declared stock value can find that physical quantities on the day of a fire are far higher than the proposal suggested.

The weak point: fire water

The ANI report that the site's water pump was damaged in the fire goes to the heart of the problem. Many small units rely on a single electric pump, often in or next to the area it protects, drawing from a small tank. If the fire takes out the pump, its power supply or its cabling, the site loses its own fire water at the moment it is needed and depends entirely on municipal tenders arriving from across the district. That is the difference between a contained fire and a total loss.

Attempts to place fire insurance for tyre recyclers and pyrolysis operators in India tend to end the same way: a small number of insurers willing to quote, high rates, heavy deductibles and conditions, or a straight decline. The reasons are structural rather than about any single unit.

1. Fire load against value. Scrap tyres have low value per tonne but a very high fire load per tonne. The premium generated on a modest sum insured is small relative to the probability of a total loss of the site.
2. Flammable liquids and process hazard. Pyrolysis oil storage and reactor operation add ignition sources and a liquid fire that can spread a rubber fire faster.
3. Weak private fire protection. Single pumps, small tanks, no independent power and no hydrant ring mean the insurer is relying on public brigades for loss control.
4. Housekeeping and stockpile control. Uncovered outdoor piles, piles against boundary walls or buildings, and piles with no fire breaks make a single ignition a site-wide event.
5. Repeat losses in the class. When a sector produces frequent fires, reinsurance treaty terms tighten and insurers cap or exclude the occupancy. A site with its own prior fire, as the fire officer said of the Firozabad facility, is an even harder sell.
6. Neighbourhood exposure. Evacuation of nearby homes points to third-party exposure from smoke, heat and spread, which pulls public liability into the conversation.

What a loaded quote usually looks like

Where cover is offered, the terms tend to combine a higher rate with a large deductible per claim, a cap on stock held in the open, warranties on stockpile size and spacing, a requirement to implement survey recommendations within a fixed time, and sometimes exclusion of the pyrolysis reactor area or the oil tanks. Business interruption cover may be refused or limited until the protection is upgraded.

The fire officer's statement that the Firozabad facility had a fire earlier this year illustrates the most common way a recycling unit's insurance goes wrong after a loss: not the fire itself, but what was or was not disclosed.

Indian property insurance rests on the principle of utmost good faith. The proposal form for a fire policy asks about previous losses, previous claims and whether any insurer has declined, cancelled or imposed special terms. Those answers are material facts. An insured that answers "no" to a prior-loss question when there was a fire in the same year, even an uninsured or unclaimed one, gives the insurer grounds to contest the policy or a claim later.

What disclosure covers in practice

• Every fire or explosion at the site, including small ones extinguished without a claim, and including fires before the current owner bought the business if the owner knows of them.
• Changes in process, for example adding a pyrolysis reactor or oil storage to what was declared as a retreading unit. A change in occupancy can change the risk class and the rate entirely.
• Changes in stock levels and layout, including outdoor stockpiles that were not on the original survey.
• Declinatures and special terms from other insurers.

Disclosure cuts both ways. A unit that discloses a prior fire alongside evidence of what changed afterwards (a new diesel pump, separated stockpiles, a cleared boundary) is in a far better position than one whose history surfaces only during a claim investigation.

Insurers that write this class usually do so on the strength of a recent risk survey and a set of physical controls. The following improvements address the specific failure points visible in the Firozabad reporting.

Stockpile separation and limits. Keep tyre stock in defined blocks with a fixed maximum height and clear fire breaks between blocks, away from buildings, boundary walls, the reactor and oil tanks. Keep a written stock limit and record daily quantities so the declared sum insured tracks reality. Remove waste rubber, fibre and dust regularly.

Independent fire water. The weak point ANI reported at Firozabad was the pump, which was damaged in the fire and left the site short of water. A defensible setup has a dedicated fire water tank sized for a sustained rubber fire, a main pump plus a diesel-driven standby pump that does not depend on site power, pump houses located and protected so the fire cannot reach them, and a hydrant system that covers every stockpile from more than one side. Pumps should be tested on a schedule with records kept.

Oil and process controls. For pyrolysis units, store oil in tanks with bunds, at a distance from the stockpile and the reactor, with no open drains that let burning oil run into tyre storage. Reactor temperature and pressure monitoring, gas handling and emergency shutdown procedures should be documented and staff trained on them.

Electrical and hot work discipline. Given that one report attributed this fire to a short circuit (a cause not confirmed by officials), periodic thermographic checks of panels and cabling, protected cable runs, and a permit system for welding and cutting near rubber are standard survey asks for the class.

For owners of retreading, crumb rubber and pyrolysis units, the practical sequence after a nearby incident like Firozabad is straightforward. Check that the declared sum insured reflects actual stock levels, not last year's figure. Confirm the policy describes the real occupancy, including any oil recovery step. List every fire on the site, claimed or not, and make sure it appears on the next proposal. Then close the gap between the fire protection that exists and the protection a surveyor will expect, starting with a standby pump and stockpile separation.

For lenders, a recycling plant financed on the strength of its equipment and stock is only as secure as the fire cover over it. A loan covenant that requires an insurer-acceptable survey and evidence of implemented recommendations protects the collateral far better than a certificate of insurance alone.

For brokers, a well-prepared submission is the main tool for turning a decline into a quote. That means a recent survey, photographs of stockpile layout and fire breaks, pump and tank details, a frank loss history with corrective actions, and clarity on whether the reactor and tank farm are in or out of scope. Units in adjacent hazardous recycling trades face similar questions, as our post on battery recycling and e-waste insurance sets out.

The Firozabad fire will be investigated, and its cause may be different from early reports. The underwriting lesson does not depend on that cause: a large rubber stockpile, flammable oil, a single fire pump and a prior loss is a combination most insurers will not accept on standard terms.