Hardware
for new raw
materials.
GLYON enables a new stream of viable raw materials for the textile industry – from textile waste.
Mixed textile waste,
turned into new raw materials.
Our CO2-driven process turns mixed textile waste into new raw materials.
CO2-driven molecular regeneration
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01 _ Loading
Mixed waste in
Polycotton goes straight into the reactor. No pre-sorting into pure streams.
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02 _ Separation
Blend separated
Polyester is transformed into BHET. The cotton fibre stays intact.
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03 _ Output
Two raw materials
Cotton fibre and BHET, ready to go back into textile production.
- University of CopenhagenSpinout
- Patent pendingCO2-driven process
- Pilot runningNorth of Copenhagen, DK
- Innovation Fund DenmarkBacked by
Decentralised production.
Containerised units, designed to sit where the textile waste already is.
Building a future where production runs on materials that already exist.
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Co-founder & CEOFinn Wiedemann on LinkedIn (opens in a new tab)
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Co-founder & CSOEugenio Gandolfo, PhD on LinkedIn (opens in a new tab)
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Co-founder & CTOGiovanni Formentini, PhD on LinkedIn (opens in a new tab)
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Founding scientistShriaya Rutershoff, PhD on LinkedIn (opens in a new tab)
Advisory board
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Troels Schönfeldt, PhDDeep tech entrepreneur
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Martin StenforsIndustry expert
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Jiwoong Lee, PhDUniversity of Copenhagen
