The short answer: an incinerator burns material in air. What comes out is heat, flue gas that has to be cleaned before it leaves a stack, and ash. Carbotura’s Advanced Circular Manufacturing (ACM) process has no combustion step at all. The Recyclotron™ reactor is oxygen-free, so nothing can burn, and everything that goes in is manufactured into Circular Materials and net-positive ultrapure water.
| Dimension | Incineration | Carbotura ACM |
|---|---|---|
| Oxygen | Needs air to burn | Inert, nitrogen-blanketed, oxygen-free reactor |
| Chemistry | Combustion (oxidation) | Primary elemental dissociation: no polymer or input molecule survives |
| What comes out | Heat, flue gas, bottom ash and fly ash | Circular Materials and net-positive ultrapure water |
| Air | A stack, with flue-gas treatment | No stack and no atmospheric exhaust point |
| PFAS | Not eliminated: carried out in the flue gas and the ash | Cannot survive elemental dissociation |
| Water | Process water typically discharged under permit | Closed loop, with no process outfall |
| What is left over | Ash to landfill; fly ash often needs special handling | Near-zero residual |
Not pyrolysis or gasification either
Pyrolysis heats material without oxygen, and gasification uses a limited supply of oxygen or steam. Both break large molecules into smaller molecules, such as oils, chars and syngas.
Carbotura works at the elemental level instead. No polymer or input molecule survives the Recyclotron™, and the outputs are synthesized from elemental constituents. That is a difference of category, not of degree, and it is why the outputs can be held to virgin-material specifications.
What happens to PFAS
PFAS compounds are hard to eliminate for a specific chemical reason: the carbon-fluorine bond is one of the strongest single bonds in organic chemistry. Most of today’s tools move PFAS rather than destroy it. Landfills store it and release it in leachate. Wastewater treatment moves it into the solids, which are often spread on land as biosolids. Activated carbon and ion exchange load it onto a new material that then needs its own disposal. Incineration does not eliminate it either: PFAS is carried out of the furnace in the flue gas and the ash.
A Carbotura plant takes both of those streams, municipal material and wastewater sludge, as manufacturing feedstock. A PFAS molecule is a defined arrangement of carbon-fluorine bonds. The Recyclotron™ resolves the feedstock to its elements before anything is rebuilt, so that arrangement no longer exists to survive. Downstream, both the OmniCrude™ Vapor and OmniCrude™ Solids streams are processed at 1,800–3,000°C, where PFAS is fully broken down. That is a structural property of the chemistry, not an efficiency figure.
What it means for a community
A Carbotura plant is a manufacturing plant. There is no stack to watch, no ash leaving the site and no process water discharged. The plant is designed for near-zero emissions and near-zero residual.
The Feedstock Provider pays a Beneficiation Fee (TMC Fee, the Total Material Conversion Fee) of $100–$150 per ton and receives a Circular Royalty™ of $120–$180 per ton in Year 1. They are separate payments.
Common questions
Is Carbotura an incinerator?
No. Incinerators burn material in air. The Recyclotron™ reactor is oxygen-free, so there is no combustion, and the plant manufactures Circular Materials from what it receives.
Is there a flame or a furnace anywhere in the plant?
No. The reactor is nitrogen-blanketed and runs at low vacuum. The plant powers itself with PEM fuel cells, which generate electricity electrochemically, with no combustion.
Is Carbotura pyrolysis or gasification?
No. Pyrolysis and gasification break molecules into smaller molecules, such as oils, chars and syngas. Carbotura performs elemental dissociation: no polymer or input molecule survives, and outputs are synthesized from elemental constituents.
What comes out of a Carbotura plant?
Circular Materials, including synthetic graphite, graphene compounds and recovered minerals, plus net-positive ultrapure water. About 100% of the input becomes manufactured outputs. About 90% is sold and about 10% is used inside the plant to power it.
What happens to PFAS?
Incineration does not eliminate PFAS; it is carried out in the flue gas and the ash. A PFAS molecule is a defined arrangement of carbon-fluorine bonds. Elemental dissociation resolves the feedstock to its elements, so that arrangement no longer exists, and downstream processing of both the vapor and solids streams at 1,800–3,000°C fully breaks it down. Its destruction follows from the chemistry, not from an efficiency figure. Nothing is released; everything is converted.
Does the plant discharge water?
No. Water runs in a closed loop with no process outfall. The plant produces net-positive ultrapure water, which is sold or donated.