From the textile fraction the recycling chain cannot absorb — to two certified industrial outputs. A closed-loop thermochemical process designed for continuous industrial operation.
Every recycling system has a residual fraction — the material that cannot be sorted into clean fibre streams, that is too contaminated for mechanical processing, that sits in warehouses accumulating storage costs with no viable destination.
AURBOROS was designed around this fraction. 100% of our input volume is material that would otherwise be incinerated or landfilled. No pre-sorting is required. No minimum quality threshold. We accept the full contaminated mixed stream.
This is not a compromise — it is the core of our process design. Our thermochemical conversion is feedstock-agnostic within the textile waste category, handling natural fibres, synthetics, blended compositions, and contaminated fractions within the same continuous operation.
The AURBOROS OS reactor operates through continuous pyrolysis — thermochemical decomposition in a controlled, oxygen-limited environment. At operating temperatures between 500°C and 550°C, the complex polymer chains that make up synthetic textile fibres break down into recoverable carbon fractions and gas streams.
Unlike batch pyrolysis systems, our reactor operates as a continuous-flow industrial process — material enters, products exit, without interruption. Our 72-hour stress test validated this at industrial scale: 95.8% uptime across a continuous 86,250 kg processing run.
Detailed reactor engineering specifications, feedstock preparation methodology, and carbon activation parameters are available under NDA to qualified industrial and investment partners. Contact us to request the full technical report.
Powdered activated carbon produced from our pyrolysis process achieves Grade A classification — the benchmark for industrial water treatment applications including municipal wastewater, industrial effluent processing, and chemical purification. Our 72-hour stress test produced zero off-spec batches throughout.
The gas fraction recovered from our pyrolysis process is captured, purified, and liquefied to food-grade specification. At 99.98% purity, it meets the standard required for beverage carbonation, food preservation, and food processing applications — a market currently served almost entirely by fossil-derived CO₂.
Per tonne of textile waste treated. Source: AURBOROS Environmental Impact Analysis, 2025. Independent verification in progress with South Pole / Quantis.
tCO₂e per tonne of textile waste treated. AURBOROS = 83% reduction versus incineration baseline.
We are finalising anchor feedstock partner agreements for our first industrial unit in Portugal.
If your volumes have no viable treatment pathway — this is the conversation to have.