Elemental recycling,
engineered as manufacturing.

• A manufacturing platform — feedstock in, refined industrial products out
• Primary elemental dissociation — materials are taken to their elemental constituents, then rebuilt as products
• Closed Loop, non-oxidative processing — no combustion chemistry anywhere in the train
• Self-powering, Island-Mode facilities — grid-independent operation

• Pregenesis™ — feedstock reception and preconditioning
• Regenesis™ — the core dissociation train; the Recyclotron™ reactor is a module within it
• Regenesis MAX™ — separation and refining of both output streams into finished products
• Exogenesis™ — legacy-deposit remediation (optional add-on)

• Not incineration — an active nitrogen purge and vacuum keep the vessel absolutely oxygen-free
• Not waste-to-energy — Carbotura sells refined materials, not power, electricity, or fuel
• Not a sorting plant — heterogeneous, unsegregated streams are accepted directly
• Not a waste disposal site — every ton is converted into manufactured products, never buried or stored

• Heat path: wall → inward, by conduction — slow and uneven
• The trade: many designs burn feed or syngas to fire the vessel — spending product to make heat
• Result: temperature gradients drive tar formation and inconsistent output

• Heat path: the material is the fuel — full oxidation to raise steam
• The trade: every material's value is destroyed for one product: heat
• Result: combustion byproducts, ash, and nothing left to refine

• Heat path: volumetric — the material heats from within, instantly and uniformly
• The trade: none — energy goes into bond scission, not into heating steel or making flue gas
• Result: nothing oxidizes; every element survives to be recovered and refined

• BTX aromatics — precise thermal and pressure profiles isolate high-purity benzene, toluene, and xylene fractions
• Clean, predictable species — volumetric energy transfer prevents secondary recombination, bypassing heavy-tar formation
• High-purity hydrogen is released from aliphatic C–H cleavage — and consumed internally as Island-Mode process energy. Hydrogen is never sold; it is how the facility powers itself
• Downstream: CRSRU (Carbon Recovery Syngas Reforming Unit — secondary reforming) and Water Gas Shift (shift conversion) condition the stream before Regenesis MAX™ separates it into finished materials

• Engineered carbon — recovered solid carbon upgraded to activated carbons, thermal black, synthetic graphite, and graphene structures
• Unoxidized metals — aluminum, copper, and steel do not couple destructively with the microwave field; they exit structurally intact, ready for secondary smelting
• Clean mineral aggregates — glass and mineral fractions pass through under 650 °C unaltered, never vitrified
• Concentrated strategic elements — organic layers stripped from micro-components and electronic scrap concentrate rare earths (neodymium, dysprosium) and technological metals, ready for magnetic, density, and eddy-current classification

No upfront sorting or pre-drying

Total volumetric processing eliminates the capital-intensive front end that conventional approaches require — complex, multi-layered feedstock is accepted as delivered.

Strict mass-transfer accounting

System boundaries track the full conversion split between top-exiting vapor fractions and bottom-discharged solids — the same accounting discipline the facility's mass-balance reporting is built on.

You supply the feedstock

Your community's end-of-life streams become manufacturing feedstock under a Circular Supply Agreement (CSA) — a long-term supply relationship, not a disposal contract.

Carbotura builds, owns, operates

Under the BOO model Carbotura bears 100% of the capital cost, technology risk, construction risk, and operating risk. The provider has no capital obligation.

A manufacturing facility

The facility operates as manufacturing infrastructure — refined Circular Materials leave by rail and truck as commercial products, the same way any factory ships goods.