Pyrolysis oil, answered

Pyrolysis oil is what a pyrolysis plant squeezes out of end-of-life tyres (TPO) or waste plastics (PPO): a dark oil that refineries, crackers and cement kilns want as circular feedstock or fuel. It trades across borders every week, yet customs tariff schedules have never given it a code of its own; which heading a cargo lands under decides the duty, the excise and the energy tax together. These are the questions producers and buyers ask, with the source and the date.

Regulatory points carry their regulation; market structure and certification counts are as observed by the trading desk behind this guide in October 2026. Nothing here is an offer, a solicitation, or advice on any side of any trade.

On this page

  1. What is pyrolysis oil, and who makes it?
  2. Which HS code does pyrolysis oil use?
  3. How do you fix the classification before you ship?
  4. Is it waste or a product at the border?
  5. Why does India dominate tyre pyrolysis oil?
  6. What will it cost at the border?
  7. Who buys it, and how does a producer start selling?

The pyrolysis oil market

What is pyrolysis oil, and who makes it? feedstock

The liquid fraction of pyrolysis: end-of-life tyres or waste plastics heated without oxygen fall apart into oil, gas and char. The oil is the saleable part; from tyres it is tyre pyrolysis oil (TPO), from plastics plastic pyrolysis oil (PPO), and the two flow to different buyers. Production is fragmented across hundreds of plants worldwide; the export-facing ones certify under ISCC, and in the public register the desk behind this guide counts 242 active certified producers in October 2026, led by South Korea, India, China, the United States and Spain.
Full answer — the grounds, the numbers, the pitfalls

Why the fragmentation matters:

  • Small plants, thin specifications. A typical producer runs one or a few continuous or batch reactors; oil quality varies with feed and operation, so every cargo stands on its own analysis.
  • Certification is the export key. Uncertified oil sells locally at a discount; certified volume moves internationally, which is why new ISCC registrations are the earliest public signal of new export supply.
  • Two products, two markets. TPO goes to fuels and upgrading; PPO goes to petrochemical feedstock under mass-balance claims; confusing the two in a document chain is how cargoes get misclassified (see the HS code question).

The register count above is alive rather than a market-research estimate: it is refreshed weekly from the certification data, so it moves when producers enter or leave.

Common mistake: treating pyrolysis oil as one commodity with one spec. Buyers price against sulphur, flash point, water and ash; two cargoes of the same name can be different businesses.
Source: ISCC public certificate register (producer count by the desk behind this guide, October 2026); market structure as observed by the same desk. Checked: 2 October 2026.

Which HS code does pyrolysis oil use? no own code

There is no HS code for pyrolysis oil. Cargoes have historically moved under four different headings; 2707 (oils from tar distillation), 2710 (petroleum oils, other than crude), 2713 (petroleum coke) and 3824 (chemical products n.e.s.); and the deciding factors are the oil's composition, its distillation profile, its origin and sometimes its intended use. A United Kingdom advance tariff ruling placed heavy plastic-derived pyrolysis oil under 2710 19 71.
Full answer — the grounds, the numbers, the pitfalls

What actually decides the heading:

  • Composition and distillation profile. A naphtha-type plastic oil, a middle-distillate profile and a heavy residue fraction read as different tariff goods even when the feed is the same.
  • Origin and processing level. Aromatic tyre-derived oils have been read under 2707-style headings; heavily worked oils can fall in the 2710 family; insufficiently petroleum-like mixtures fall back on 3824.
  • Blending and use. Blending into mineral fuel can pull a cargo into the 2710 family even when the chemistry alone suggests otherwise; precisely the trap with pyrolysis oil destined for refinery upgrading.
  • Waste oils are a separate door. Preparations classified as waste oils have their own subheading; whether a pyrolysis oil is one is a status question, not a chemistry label (see the waste question).

One classification moves three taxes at once: customs duty, excise and energy taxation all hang on the same code, which is why reclassification after arrival is expensive rather than administrative.

Common mistake: copying the code from a previous shipment or a supplier sheet. Classification follows this cargo's composition; a code that was right for a light fraction is wrong for the heavy one from the same plant.
Source: TARIC headings 2707, 2710, 2713 and 3824; UK advance tariff ruling on plastic-derived pyrolysis oil (2710 19 71) as cited by the Sustainable Commodities CN guide. Checked: 2 October 2026.

How do you fix the classification before you ship? BTI

Ask for a Binding Tariff Information (BTI): a written decision by a member state customs authority on the tariff classification of your exact product, valid for three years and binding on customs across the Union. For a product like pyrolysis oil, where the honest answer is "it depends", a BTI is the only thing that turns that into a single code you can contract, price and clear against.
Full answer — the grounds, the numbers, the pitfalls

How to use it in this trade:

  • Apply with the real analysis. The BTI attaches to the product as described; a distillation profile and composition data from a competent laboratory are what make it worth having.
  • One product family per decision. If you ship light and heavy fractions, they are different products; a BTI for one does not cover the other.
  • Contract after the code, not before. Duty, excise and energy tax follow the code; a priced deal made against the wrong code reopens the economics at the border.
  • Outside the EU the equivalents are advance rulings and national classification decisions; most major customs administrations offer one, and the same logic applies.
Common mistake: shipping first and arguing classification when customs queries it. The BTI exists precisely because reclassification after arrival moves duty, excise and energy tax together, retroactively.
Source: Regulation (EU) 952/2013 (Union Customs Code), binding tariff information provisions. Checked: 2 October 2026.

Is it waste or a product at the border? status

It can be either, and the difference redraws the whole shipment. Raw, unprocessed pyrolysis oil from a waste operation can still carry waste status; then cross-border movement runs under waste shipment rules, with notification and consent for the routes that need it. Sufficiently processed oil that has reached an end-of-waste state moves as a product; and importing a substance into the EU brings chemical registration duties with it.
Full answer — the grounds, the numbers, the pitfalls

What changes with the status:

  • Waste status means the waste shipment regulation applies: notification procedures, consent of competent authorities and permitted handlers along the chain; on the mechanics, see the waste shipments page.
  • End-of-waste is earned by processing: a defined input, a process, a product with a market and compliance with set criteria; where the line sits can differ between member states, which matters for route planning.
  • Chemical rules travel with the substance. Imported substances or mixtures fall under the EU chemicals regime's registration and communication duties; buyers of pyrolysis oil as cracker feedstock will ask these questions in diligence.

Practical order: settle waste-versus-product and the classification together, because they feed each other; the BTI application is a natural moment to have both on paper.

Common mistake: calling the oil a product because it has a buyer and a spec sheet. Buyers do not determine status; the processing level and the applicable law do.
Source: Regulation (EU) 2024/1157 (waste shipments); Regulation (EC) 1907/2006 (REACH); end-of-waste principles under the Waste Framework Directive 2008/98/EC. Checked: 2 October 2026.

Why does India dominate tyre pyrolysis oil? feedstock

Because the feedstock is domestic by law: India prohibits importing waste tyres for pyrolysis, so its large tyre-pyrolysis cluster runs on end-of-life tyres generated inside the country. The oil has traditionally sold locally at a discount on specification limits; certification is the route by which Indian producers reach export buyers, and customs records show the oil leaving under the national 8-digit line within heading 2710.
Full answer — the grounds, the numbers, the pitfalls

The Indian pattern:

  • Import of waste tyres for pyrolysis is prohibited under the hazardous waste rules and the tyre EPR framework; used tyres otherwise remain a restricted import.
  • Big cluster, quality spread. Many plants, widely varying sulphur and flash point; that spread is exactly what separates local discounted sales from export-grade business.
  • The 8-digit line. India's tariff schedule goes deeper than the 6-digit HS; pyrolysis oil shipments appear under the 2710 19 50 line, which is where trade data for the product has to be read.
  • Certification as the unlock. Producers investing in ISCC registration are visibly positioning for European and other premium buyers; the same pattern the desk sees across the register.

For a buyer, the practical consequence: Indian supply exists at scale, and the differentiator is documentation; for the producer, the same documentation is the product's ticket out of the local discount.

Common mistake: reading global trade statistics for "pyrolysis oil" and concluding the trade is small. The product is invisible inside broad petroleum headings; the visible numbers understate it by construction.
Source: Government of India press release on waste tyre imports (PIB, PRID 2159293); DGFT ITC(HS) 8-digit tariff; NITI Aayog circular economy report on waste tyres. Checked: 2 October 2026.

What will it cost at the border? three taxes

Whatever your exact CN line says, and then some: the customs duty is only the first of three charges that hang on the classification, with excise and energy taxation often the larger pair for an oil that lands in the fuel family. There is no honest single number for "pyrolysis oil"; there is a number per code, per destination, per use.
Full answer — the grounds, the numbers, the pitfalls

How to get to your number:

  • Fix the code first (BTI question above); every rate lookup is meaningless against a guessed heading.
  • Run the duty for your route with the free import duty calculator; it computes the specific duty per tonne and the value-based rate for the code and country pair you name.
  • Check the tax side for energy products in the destination country; for many oils this outweighs the duty and is exactly what moves when a reclassification lands.

And as with every cross-border cargo: screen the counterparty before the documents carry names.

Common mistake: budgeting the duty and forgetting that classification also drives excise and energy tax; the expensive surprise in this trade is rarely the duty line.
Source: tariff structure per TARIC; duties computed per code and origin by the site's own calculator; energy taxation as per national law. Checked: 2 October 2026.

Who buys it, and how does a producer start selling? two markets

TPO sells into fuels and upgrading: cement kilns and industrial heat users burning it as an alternative fuel, and refineries processing it into higher-value cuts. PPO sells into petrochemicals: crackers and refineries taking it as circular feedstock under mass-balance certification, which is where the chemical industry's recycled-content targets translate into demand. Certified, documented volume commands the premium in both.
Full answer — the grounds, the numbers, the pitfalls

The selling sequence that works:

  1. Certify. ISCC registration is what makes an international buyer able to use your tonnes; without it you are a local seller.
  2. Know your own analysis. Sulphur, flash point, water, ash, distillation; per lot, from a competent laboratory, before a buyer's lab tells you.
  3. Fix classification and status on paper (the BTI and waste questions above); cross-border buyers will ask before they contract.
  4. Match tonnes to buyer type. Kilns and heat users take volume with fuel-grade specs; refineries and crackers take spec discipline and documentation; traders bridge the two worlds for smaller volumes.
  5. Contract the framework before the first cargo; the offtake mechanics are the standard ones on the offtake page.

The desk behind this guide trades both sides of this market and keeps the producer census above current weekly; if you produce or buy pyrolysis oil, that is the door to knock on.

Common mistake: chasing the highest quoted number with an uncertified cargo. The premium end of this market is closed to documentation it cannot carry; the discount you accept locally is the price of the missing paperwork.
Source: market structure as observed by the desk behind this guide; certification logic under the ISCC system. Checked: 2 October 2026.

The desk behind this guide. Import Rules is written and kept current by the trading desk of Sustainable Commodities, a brokerage for waste-based feedstock into European offtakers. If you run a pyrolysis plant, collect feedstock or source pyrolysis oil and want a counterparty who sees both sides of the market: bart@importrules.com.

Check it yourself, at the source

Every answer above names the regulation and the article; the number links straight to the consolidated text on EUR-Lex. These are the official portals behind this page, each one checked on the date in the answers above.