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Turning carbon waste into carbon value — one replicable plant at a time.

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OUR VISION

Scalable modular technology that transforms waste into high-purity industrial resources and fuel.

 

We eliminate landfill reliance while creating a profitable circular economy through replicable, high-margin plants by:

  • Closing the loop between waste and industry

  • Challenging the broken-loop narrative, ie., fossil fuels → carbon black → tires → landfill/burned — and fixing it

  • Promoting a core philosophy: "The process is the product" — replicable plant design as the scalable asset

  • Continued Commitment to environmental stewardship and circular economy principles

KEY GOALS:

• Premium recovered carbon black
• Petroleum-equivalent oil
• Zero to landfill
• Self-powered pyrolysis platform that turns liabilities into commodities
• Reinforcing-grade carbon black, recovered at over 90% purity
• Built in Michigan. Designed for everywhere.

Technology / Process 

  • The process is the product. A standardized reactor, replicated anywhere waste accumulates.

  • One modular platform. Every carbon-rich waste stream.

  • Powered by the very oil it produces.

  • Engineered for consistency — plant to plant, batch to batch.

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 From Scrap Tires to Commodities:

A Demonstration of the Continuum Carbon Process

To show how our platform works, we start where the opportunity is greatest today: scrap tires. Below is a complete walkthrough — from the problem, to the process, to the products — using tires as our proof-of-concept feedstock.

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The Feedstock: Why Tires?

Scrap tires represent one of the most abundant, consistent, and problematic waste streams in the U.S.

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  • Michigan alone generates an estimated ~10 million scrap tires per year (pending EGLE verification)

  • Nationally, the U.S. generates roughly 300 million scrap tires annually

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Why tires are a problem today:

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  • Fire hazard — tire stockpiles are prone to large, hard-to-extinguish fires

  • Breeding grounds for mosquitoes and disease vectors when water pools inside them

  • Toxic runoff and leachate contaminate soil and groundwater

  • Current disposal/downcycling pathways are low-value and increasingly restricted:

    • Tire-derived fuel (TDF) — burned for energy, carbon lost

    • Crumb rubber — limited markets (playgrounds, mats)

    • Landfill cover — regulatory pressure increasing in many states

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The Pilot: Proving the Process on the Hardest Feedstock
 

Continuum Carbon's first facility will process scrap tires using pyrolysis — controlled thermal decomposition in an oxygen-free environment.

Without oxygen, the material doesn't burn. Instead, heat breaks the rubber's long polymer chains apart into recoverable components:
 

  • Recovered carbon black (rCB) — a solid, carbon-rich product

  • Pyrolytic oil — a petroleum-equivalent liquid

  • Syngas — a combustible mixture of hydrogen, methane, and light hydrocarbons

  • Steel — clean, high-grade wire
     

Effectively 100% of the tire becomes a product or an energy input. Nothing goes to landfill.


Tires were chosen deliberately as the starting point. They are one of the most consistent, energy-dense waste feedstocks available — ideal for demonstrating that pyrolysis can run continuously, cleanly, and at commercial scale with tight control over output quality.

Prove it on tires, and the platform is ready for everything that follows.​​

The Breakthrough: Purity That Changes the Economics

  • Most tire pyrolysis operations produce carbon black in the 75–85% purity range. The remainder is ash, silica, zinc, and other residuals from tire compounding. That material sells at a steep discount and is confined to non-critical, low-value applications.

  • Continuum Carbon's process is engineered to exceed 90% carbon purity. This is the difference between a filler and a commodity.

  • At that level, rCB can be qualified for reinforcing-grade applications — new tires, technical rubber goods, plastics, inks, and coatings — the high-volume markets where virgin carbon black currently dominates.

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Why a Pilot Becomes a Platform

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The investment thesis is simple:
the process is the product.
 

The Michigan facility is the proving ground. But the real asset being built is the standardized, modular plant design — and the quality standard it delivers — which is engineered to be replicated, not reinvented, in each new market.


Once the architecture is validated on tires, the same platform can be tuned for the other carbon-rich waste streams that every state, municipality, and corporation is now under pressure to solve:
 

  • White and clear plastics (PET, HDPE, PP) — only 5–9% of which are mechanically recycled today

  • Municipal biosolids — millions of dry tons per year, with land application increasingly restricted over PFAS concerns

  • Agricultural and forestry biomass — abundant, seasonal, and largely open-burned or left to decompose

  • Industrial petrochemical residues — currently routed to hazardous waste disposal


Each of these streams is carbon. Each is a liability today. Each can be a feedstock for a plant whose blueprint already exists.

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