Published On : September 2026
A buyer comparing PyOil purely by end-use industry, petrochemicals versus packaging, is skipping the constraint that actually determines which industries can even be served.
Within the global PyOil market, product output grade is the access decision made first, since raw PyOil, upgraded PyOil, circular naphtha substitutes, fuel-grade outputs, petrochemical-grade feedstocks, wax and specialty by-products and carbon black and char derivatives are not interchangeable across end-use industries.
This page describes seven product output categories and eight end-use industry categories strictly as market segments.
It provides no processing or plant-design guidance, and makes no claim about environmental, safety or regulatory-compliance effectiveness beyond naming certification schemes as market-access categories.
A petrochemical cracker generally requires a tighter product specification than a fuel blending application, which is why product output grade, not end-use industry preference alone, determines which buyers a given PyOil batch can actually reach.
That is why suppliers experienced in this market lead commercial conversations with product output grade rather than with a preferred end-use industry label alone.
A producer targeting circular naphtha substitute specification generally needs a materially cleaner feedstock stream and a more capable technology configuration than one targeting fuel-grade output alone, since the two output categories carry very different tolerance for impurities.
This grade hierarchy also affects contract structure, since petrochemical-grade feedstock and circular naphtha substitute output are more often sold under long-term offtake agreements, while fuel-grade output is more commonly sold on shorter-term or spot terms.
Output grade also determines storage and transport requirements, since a fuel-grade output can generally be handled with standard fuel-logistics infrastructure while a petrochemical-grade feedstock or circular naphtha substitute may require tighter containment to preserve its specification during transit.
A producer planning new capacity typically decides its target output grade well before construction begins, since the required technology configuration and feedstock qualification programme both follow directly from that grade decision.
Raw PyOil is the direct output of the pyrolysis process before further refinement, and accounts for the largest product output category by volume sold in this report.
Upgraded PyOil has undergone additional processing to improve consistency and remove impurities, generally commanding a premium over raw PyOil given the reduced downstream processing burden it places on the buyer.
Circular naphtha substitutes are upgraded to a specification close enough to virgin naphtha that a petrochemical cracker can accept them as a near drop-in feedstock, and form a fast-growing output category as polymer producers seek mass-balance certified feedstock at that specification level.
The progression from raw PyOil through upgraded PyOil to circular naphtha substitutes tracks directly with how much additional processing investment a producer has made, and with how far downstream toward virgin-equivalent polymer manufacturing the output can be sold.
Moving from raw PyOil to upgraded PyOil typically involves removing residual solids, moisture and some sulphur or chlorine content, a processing step that adds cost but widens the pool of buyers able to accept the output directly.
Circular naphtha substitutes require the closest match to virgin naphtha specification of any output category in this report, which is why relatively few facilities currently produce at that grade compared with the larger number producing raw or upgraded PyOil.
The price differential between raw PyOil and circular naphtha substitutes reflects both the additional processing cost and the narrower pool of buyers able to accept raw PyOil directly without further treatment on their own site.
Some producers sell raw PyOil under contract to a dedicated third-party upgrader rather than investing in upgrading capacity themselves, effectively splitting the value chain between production and upgrading across two separate companies.
Fuel-grade outputs meet a specification suitable for blending into conventional fuel products rather than petrochemical feedstock use, typically the lowest-value product output category described in this report.
Petrochemical-grade feedstocks meet a tighter specification aimed at cracker or polymer-manufacturing feedstock use, generally commanding a higher value than fuel-grade output given the more demanding downstream application.
Wax and specialty by-products are secondary outputs generated alongside primary PyOil product streams, sold into industrial applications distinct from the main petrochemical or fuel-grade offtake.
Carbon black and char derivatives are byproducts most closely associated with tire-derived pyrolysis oil production, sold into rubber compounding, pigment and other industrial applications separate from PyOil itself.
A facility's product output mix, not any single output category alone, determines its overall revenue profile, since most operating facilities sell a combination of a primary PyOil grade alongside secondary wax, carbon black or char output.
Wax and specialty by-products are typically sold into adhesives, coatings and candle-wax applications entirely separate from the petrochemical or fuel end uses that consume the primary PyOil stream from the same facility.
Facilities producing tire-derived pyrolysis oil generally generate carbon black and char derivatives as a substantial secondary revenue stream, since tire pyrolysis yields a materially higher proportion of solid carbon residue than plastic-feedstock pyrolysis does.
Petrochemical-grade feedstock buyers typically test incoming batches against a defined specification window before accepting delivery, a quality-control step less common in fuel-grade output purchasing given its comparatively looser specification tolerance.
Carbon black and char derivatives from tire pyrolysis are increasingly marketed toward tyre manufacturing and rubber compounding applications seeking recycled carbon black content, extending the circular economy narrative beyond the PyOil product itself.
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PROCUREMENT INSIGHT Buyers increasingly negotiate PyOil offtake contracts around a specified product output grade and consistency tolerance rather than a bare volume commitment, since a shift from raw PyOil to circular naphtha substitute specification can materially change how the same feedstock volume is priced. |
Petrochemicals accounts for the largest end-use industry category in this report, consuming petrochemical-grade feedstocks and circular naphtha substitutes primarily as cracker feedstock.
Polymer manufacturing consumes upgraded PyOil and circular naphtha substitutes to produce virgin-equivalent polymer under mass-balance certification, a use case central to several petrochemical majors' circular feedstock programmes.
Refining consumes PyOil through co-processing arrangements, blending it into existing refinery feed streams rather than requiring standalone upgrading infrastructure.
These three end-use industries route through distinct the customer types each end-use industry routes through, since petrochemical and polymer manufacturing end use typically involves petrochemical producer and polymer compounder customer types, while refining end use routes primarily through refinery operators.
Cracker operators accepting petrochemical-grade feedstock or circular naphtha substitutes generally require consistent batch-to-batch specification, since a cracker is tuned to a relatively narrow feedstock composition window compared with a refinery co-processing arrangement.
Refining end use offers a comparatively lower barrier to entry for a new PyOil producer, since blending PyOil into an existing refinery feed stream at modest volume typically requires less product-specification precision than direct cracker feedstock supply.
A single cracker operator may accept feedstock from several different PyOil producers simultaneously, provided each supplier's output consistently meets the same specification window, which is why specification consistency matters more to this end-use industry than supplier scale alone.
Polymer manufacturers integrating circular naphtha substitutes into an existing production line generally need to validate the substitute against the same process parameters used for virgin naphtha before shifting meaningful volume onto the circular input.
Packaging is the fastest-growing end-use industry category in this report, tied to brand-level recycled-content commitments that push circular packaging manufacturers toward certified circular feedstock sourcing.
Automotive materials, consumer goods and industrial chemicals each consume a smaller but genuine share of PyOil-derived output, generally through polymer manufacturers supplying those downstream industries rather than direct PyOil purchase.
Energy and fuels consumes fuel-grade PyOil output specifically, remaining a smaller share of overall demand in this report relative to petrochemical and polymer manufacturing end use.
Each of these end-use industries traces back to the feedstock behind each product output, since packaging-grade circular naphtha substitutes typically originate from cleaner post-industrial or packaging film waste feedstock rather than more variable municipal mixed plastic streams.
The breadth of end-use industries served by a single facility's product output mix is itself a genuine competitive differentiator, since a facility able to sell into both petrochemical and packaging end use carries more commercial flexibility than one dependent on a single downstream industry.
Automotive materials and consumer goods end use typically involves polymer manufacturers blending PyOil-derived circular content into a broader virgin-plus-recycled polymer supply, rather than either industry purchasing PyOil-derived output directly.
Industrial chemicals end use draws on petrochemical-grade feedstock output in a manner similar to broader petrochemical end use, though typically at smaller individual contract volumes spread across more specialised chemical producers.
Packaging end use is expected to keep growing faster than the other categories in this report through 2030, tracking the pace at which food and beverage brands commit to specific recycled-content percentages across their packaging portfolios.
Energy and fuels end use, while smaller than petrochemical and polymer manufacturing demand in this report, still provides an important secondary offtake route for producers whose primary output falls short of petrochemical-grade specification in a given production run.
Upgraded PyOil has undergone additional processing beyond the direct pyrolysis output to improve consistency and remove impurities, generally commanding a premium over raw PyOil.
A circular naphtha substitute is PyOil upgraded to a specification close enough to virgin naphtha that a petrochemical cracker can accept it as a near drop-in feedstock.
This report tracks eight end-use industry categories: petrochemicals, polymer manufacturing, refining, packaging, automotive materials, consumer goods, industrial chemicals and energy and fuels.
Product output grade determines which end-use industries can even be reached, since a petrochemical cracker requires a materially tighter specification than a fuel blending application.
Carbon black and char derivatives are byproducts most closely associated with tire-derived pyrolysis oil production, sold into rubber compounding, pigment and other industrial applications separate from PyOil itself.