Sustainability

Keeping carbon in use.

We don't trade in abstract environmental claims. Circularity here is an engineering and accounting exercise: what enters the plant, what leaves it, and where it goes — measured in tonnes, litres and molecules.

Operating principles

Six measurable commitments. No unsupported claims.

Each principle maps to a physical, auditable flow through the plant — feedstock in, products and materials out, verified batch by batch.

PRINCIPLE 01

Divert

Difficult hydrocarbon waste streams — mixed plastics and end-of-life tyres — are diverted from landfill, stockpiling and uncontrolled disposal.

PRINCIPLE 02

Recover

Controlled pyrolysis recovers hydrocarbons, carbon-rich solids and metals from feedstocks that mechanical recycling cannot practically serve.

PRINCIPLE 03

Reuse

Recovered molecules and materials are returned to productive use as industrial feedstocks and products, not disposed of with a green label.

PRINCIPLE 04

Displace

Circular hydrocarbons create alternative feedstocks that can reduce dependence on virgin fossil-derived resources, tonne for tonne placed.

PRINCIPLE 05

Recycle

Recovered steel and suitable carbon products are returned into established industrial supply chains for metals and materials.

PRINCIPLE 06

Energy recovery

Process syngas is used where practical to contribute thermal energy back into the pyrolysis process, reducing imported energy demand.

A droplet of clear circular hydrocarbon suspended on a green leaf against ocean light

Nature is the reference design

Carbon was never waste.
We just lost the loop.

Oceans and forests cycle carbon endlessly. Our plants do the same with industrial material — recover, convert, and return it to use.

The circular carbon loop

Use → Recover → Convert → Upgrade → Reintroduce → Use.

Carbon already in the economy stays in the economy. The loop is continuous — every revolution displaces material that would otherwise be extracted or disposed.

KEEPING CARBONIN USEA CONTINUOUS INDUSTRIAL LOOPUSEProducts in serviceRECOVERCollection & intakeCONVERTTechnotherm pyrolysisUPGRADETreatment & fractionationREINTRODUCEBack into supply chains

Measured impact

Reported in tonnes and litres — when verified.

These counters connect to our reporting system. Figures are published only once verified against plant mass-balance records — never estimated for effect.

Live metric · 01
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Tonnes feedstock processed

Reporting via CMS — figure published once verified

Live metric · 02
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Litres circular products produced

Reporting via CMS — figure published once verified

Live metric · 03
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Tonnes steel recovered

Reporting via CMS — figure published once verified

Live metric · 04
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Tonnes carbon recovered

Reporting via CMS — figure published once verified

Live metric · 05
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Process energy recovered

Reporting via CMS — figure published once verified

Live operational figures will publish here as facilities enter reporting. We do not publish projected or generic CO₂ savings claims.

No greenwashing

What we say is what we can show.

We do not claim universal CO₂ savings figures — displacement depends on feedstock, configuration and what the output actually replaces.

Mass balance is tracked from feedstock intake to product dispatch, batch by batch.

Product quality is evidenced by certificates of analysis against agreed specifications.

Where data is not yet verified, this site shows a placeholder — not an estimate.

Our position

Circularity is not a label. It is a mass balance you can audit.

Every tonne diverted, recovered, reused or displaced is a physical quantity with a documented route through the plant. That is the standard we hold ourselves to.

Request our reporting methodology

Have feedstock to place, or volume to offtake?

We contract plastic and tyre feedstock supply, and place circular fuel volumes through Future Fuel Tech.