Plastic to Circular Naphtha
Turning discarded plastic back into hydrocarbon feedstock
Selected plastic-derived feedstocks can be thermochemically converted into pyrolysis oil, which can subsequently be conditioned, upgraded and fractionated into defined circular hydrocarbon products.
The conversion pathway
Follow one droplet through the entire process.
From discarded polymer to specification circular hydrocarbon — ten controlled stages, one continuous material journey.
STAGE 01
Plastic Feedstock
Selected plastic-derived streams that mechanical recycling cannot economically recover.
STAGE 02
Sorting & Preparation
Sorting, size reduction, drying and contaminant removal to a controlled feed specification.
STAGE 03
Technotherm Pyrolysis
Controlled thermal conversion in an oxygen-limited environment cracks polymer chains.
STAGE 04
Hydrocarbon Vapour
Long polymer molecules are broken down into recoverable hydrocarbon vapours.
STAGE 05
Condensation
Staged cooling recovers the condensable hydrocarbon fraction as liquid.
STAGE 06
Pyrolysis Oil
The raw plastic-derived hydrocarbon liquid — the intermediate for all downstream products.
STAGE 07
Contaminant Management
Removal of chlorides, metals and residual solids to protect downstream quality.
STAGE 08
Upgrading
Stabilisation and treatment to move the oil toward defined product specifications.
STAGE 09
Distillation / Fractionation
Separation into defined boiling-range cuts under controlled distillation.
STAGE 10
Circular Naphtha
A circular hydrocarbon feedstock for steam crackers, refineries and chemical production.
Second output
DIESEL-RANGE CIRCULAR HYDROCARBON
Alongside circular naphtha, the heavier middle-distillate fraction can be recovered separately as a diesel-range circular hydrocarbon — depending on feedstock characteristics and downstream product requirements.
VIEW THE FULL PRODUCT SLATEImportant technical note
Final product specifications depend on feedstock composition, process conditions, upgrading configuration and batch analysis. Products should therefore be supplied against agreed specifications and certificates of analysis rather than making universal fuel-specification claims.
Circularity
The circular carbon loop.
Carbon is not consumed — it is kept in circulation. Waste plastic becomes circular hydrocarbon, becomes new products, and is recovered again.
Have feedstock to place, or volume to offtake?
We contract plastic and tyre feedstock supply, and place circular fuel volumes through Future Fuel Tech.