Tyre pyrolysis oil (TPO) brokerage

Tyre pyrolysis plants from small batch lines to continuous installations, dominated on price by Chinese manufacturers with European turnkey solutions far higher. The machine guide details the costs, the sorting and the offtake step that decides whether the project repays.

Yes, into fuel and energy applications accepting the sulphur level, the market pricing the removal step either way. Sell it raw to the right door or upgraded to the better one, but price the difference honestly.

Zinc rides along from tyre rubber and shows in the ash, a flag for certain buyers rather than a universal limit, the specification reading it either way. Know your zinc, some doors ask.

A developing one, term relationships dominating as usual in young commodities, spot parcels clearing through traders between plants and end users. Liquidity grows with every qualified plant.

Different streams, different buyers, usually priced apart, mixing them pleasing neither door's specification. The market pays for knowing which barrel is which.

Consistency across cargoes, the sulphur and water numbers repeating, the certificate becoming a promise the plant keeps. Repeat business in TPO is a plant's reputation in liquid form.

In closed tanks rated for a flammable liquid, away from heat, with the flash point classification driving the safety file. TPO stores easily when it stores legally, and the safety data sheet is the law of the tank.

It moves under the dangerous goods rules its classification assigns, flammable liquid provisions in practice, in tanks and with documentation to match. Ordinary is not the word, compliant is, and compliant is routine for us.

Sulphur, water and the fraction split, the three numbers that decide whether the cargo is cracker-adjacent or fuel-bound. The rest of the negotiation is detail after those three.

It does, characteristically, and loading runs with closed sampling points, vapour care and the usual chemical handling. Neighbours notice, buyers do not care, and the safety file covers everyone who should.

Quality holds reasonably in closed, cool storage, but water pick-up and sediment movement make sampling before sale essential after long standing. The tank is patient, the certificate is not.

From isotanks for first qualification cargoes to monthly tanker parcels for established plants, scaling exactly with proven consistency. TPO trade is trust measured in tonnes.

Roughly 40 to 45 percent of the input weight comes out as oil, with recovered carbon black and gas taking most of the rest. That oil yield is why a tyre plant lives or dies on where the oil and the carbon black both land, and we broker both streams.

Yes, TDO is simply another abbreviation for tyre-derived oil, and you also see TPO. They are the same product family: the fractions and the specification decide the buyer, not the abbreviation.

Yes, hydrotreating takes the sulphur down, but it is a costly step and many plants sell the oil as it comes instead, into applications that accept the sulphur level. Whether upgrading pays depends on the sulphur number and the volume, a straight calculation we run before recommending a route.

Carbon black producers, ink and coating makers, rubber compounders and the traders between them. It is a market of its own, and we keep a dedicated buyer map for it next to this oil page.

Tyre pyrolysis oil typically runs a flash point below the threshold that classifies cargoes as flammable, so it ships under the rules for flammable liquids rather than as ordinary fuel oil. Nothing about that stops the trade, it just shapes the transport and the paperwork, and the safety data sheet governs both.

The good oil sells itself: consistent fractions with sulphur and water under control place quickly. Plants that struggle are usually fighting their own analysis, because a sulphur or water number that moves between cargoes kills buyer confidence faster than the level itself.

The specification table under Specification puts sulphur at typically 0.5 to 1.2 %. the parameter that determines which fuel outlets are legally and technically available..

They are different products with different buyers and prices. TPO is strongly aromatic with sulphur typically around 0.5 to 1.2 % and characteristic zinc content, and goes to carbon black production, fuel blending or refinery upgrading. Plastic pyrolysis oil from polyolefins is naphtha-like and paraffinic, and its premium outlet is a steam cracker under ISCC PLUS mass balance. Quoting one against the other signals inexperience immediately.

Heavy fraction TPO and non-distilled TPO. The heavy cut, above roughly 350 C, is strongly aromatic with the polycyclic content carbon black producers want, and it is what our buyers ask for most. Non-distilled or whole TPO straight from the reactor also has genuine demand in industrial fuel and upgrading, so a plant without a distillation column is not shut out.

The full range oil as it leaves the reactor, with no fractionation. Also called whole or raw TPO. It is the simplest product for a plant to make and there is a real market for it, which matters because a lot of tyre pyrolysis operators do not have a distillation column and assume that rules them out. It does not.

Because the aromatic and polycyclic content that makes the heavy cut unsuitable for a steam cracker is exactly what carbon black feedstock needs. It is the clearest example in this market of a property being a defect in one outlet and the whole point in another.

Only as a blend component. The global marine sulphur limit is 0.50 % m/m outside emission control areas and 0.10 % inside them, and TPO typically runs 0.5 to 1.2 % sulphur, so untreated TPO cannot be a compliant finished bunker fuel on its own. It can be blended into a compliant pool. Treat any offer presenting neat TPO as a compliant marine fuel with real caution.

Zinc oxide is used as a vulcanisation activator in tyre manufacture, so zinc is present in the rubber and carries into the pyrolysis products. It is characteristic of tyre-derived oil and is one of the markers that distinguishes TPO from polyolefin-derived oil in a laboratory.

Not as a drop-in feed. Its aromaticity, sulphur and metals are wrong for that application, which is exactly why the carbon black and fuel routes exist. Upgrading into a refinery stream is possible where the refinery's own hydrotreating and metals management can handle it, but that is a refinery decision, not a trading assumption.

Yes, and it usually makes sense to look at it together with the oil. A tyre pyrolysis plant's economics generally depend on placing oil, recovered carbon black and steel, and treating the oil in isolation gives a misleading picture of what the plant needs commercially.

No. The plastic-waste export restrictions in Regulation (EU) 2024/1157 apply to plastic waste, and rubber is not plastic, so tyre-derived streams do not fall under that particular prohibition. The general waste shipment regime still applies to whatever is classified as waste, so the waste-or-product question still has to be settled.