rCB price

Anyone researching recovered carbon black pricing quickly finds that there is no single quoted price — and that is the point. Value in this market is set project by project, by a small set of structural drivers.

Feedstock Economics Set the Floor

The first driver is feedstock. Recovered carbon black is produced from end-of-life tires, which in many markets are a cost center rather than a cost input: generators often pay to dispose of scrap tires, meaning a pyrolysis operator may be paid to take its raw material. This inverts the usual cost structure and can give recovered carbon black a meaningful structural advantage over virgin carbon black, whose economics are anchored to petroleum feedstocks. The catch is that feedstock value varies sharply by region and local regulation, so the same plant logic produces different economics in different markets.

The Link to Oil and Virgin Carbon Black

Because rCB competes with virgin carbon black as a reinforcing filler, its achievable pricing is partly anchored to the oil-linked price of the material it displaces. When virgin carbon black prices rise, recovered material becomes more attractive; when they fall, the spread narrows. This linkage means rCB pricing is never purely a function of its own cost to produce — it is a function of the market it substitutes into.

Processing Depth Drives Value

Not all recovered carbon black is created equal. Raw pyrolysis char trades at a different value level than a pelletized, specification-grade material that a compounder can drop directly into a formulation. The gap between those two levels is where rCB carbon upgrading earns its place: deeper processing, tighter classification, and consistent quality all move a producer up the value curve. This is why two plants running identical tire pyrolysis fronts can realize very different margins on their carbon.

The Market Outlook

The direction of travel is broadly favorable. Demand signals point toward continued growth as brands and regulators push for higher recycled content, while feedstock availability remains structurally abundant. The practical question for a prospective producer is less "what is the price of rCB" and more "what value can my specific grade command against local virgin carbon black alternatives." A structured feasibility study is the tool that turns that question into project-specific numbers rather than industry averages.

Co-Products Shape the Equation

Recovered carbon black is rarely the only revenue stream in a pyrolysis project, and that matters for pricing strategy. The same process that produces rCB also yields recovered oil and gas, which can be sold or reused as process energy. When co-products are monetized effectively, the carbon stream can be priced more flexibly while the overall project remains economically sound. This is a nuance that headline price discussions miss but that determines real-world competitiveness: the most attractive rCB pricing often comes from plants engineered to extract value across all outputs rather than from a single product line. Buyers and project developers alike should therefore evaluate economics at the level of the whole plant, not the carbon alone.

Learn More:

• Recovered carbon black: understanding the material and its value
• Tire pyrolysis: the process that sets the feedstock economics
• rCB carbon upgrading: how processing depth drives value
• Commodity sales: the channel through which rCB is priced and supplied

Position Your rCB Project for Favorable Economics

Recovered carbon black value is set by feedstock economics, processing depth, and co-product strategy — not by a single headline price. Modeling those drivers at the whole-plant level is what turns a market question into project-specific numbers.

Want project-specific numbers instead of industry averages?

Contact Klean Industries about positioning an rCB project for favorable market economics » GO.