Suspol

suspol.info ↗ ·Madrid ·Pre-seed

Suspol (Suspol Polímeros Sostenibles SL) is a deeptech spin-off of the Universidad de Alcalá, born from the SOSCATCOM research group, that develops proprietary organometallic catalysts and scalable reversible-polymerization processes to produce and chemically recycle bioplastics such as PLA and PHAs. Its FlowPLA and FLEXsus technologies claim to synthesise and depolymerise PLA in about a minute at ambient temperature, closing the material's life cycle and regenerating raw materials from polyesters and polycarbonates. Founded in 2022 and based in the Madrid region, it is an early/seed-stage company that won Grow Venture Partners' getIMPULSE accelerator (2022, followed by a ~€100k investment), signed an exclusive patent licence with UAH, and secured CDTI NEOTEC public funding in 2024 to scale up at the Factoría Industrial de Villaverde in Madrid; it is a very small team (roughly 2-6 people).

Founded
2022
Founders
1
Total funds raised
€100K
Rounds
1
Investors
2
Last round
Jun 2024
SectorsBioplastics, Chemical recycling, Advanced materials, Circular economy, Deeptech, Sustainability Start-up MapEnergy & Climate › Waste valorisation & biomaterials

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Founders

Miguel Palenzuela Cebrián
Founder & CEO

Global models 5

Carbios
France · carbios.com ↗
Lab-born deeptech that licenses its depolymerisation technology (enzymes rather than catalysts) to break plastics, including PLA, back into monomers for recycling and biodegradable PLA production.
$300MComparable
Samsara Eco
Australia · samsaraeco.com ↗
University spin-out whose proprietary catalysts (engineered enzymes) depolymerise polyesters back into raw monomers, which it licenses and deploys with manufacturers.
$110MComparable
Novomer
United States · novomer.com ↗
Commercialised proprietary catalysts and processes for making sustainable and biodegradable polymers (including PHA-type materials), with a licensing and production model.
$85MComparable
Epoch Biodesign
United Kingdom · epochbiodesign.com ↗
Develops proprietary catalysts (enzymes) that depolymerise plastics back into chemical building blocks, sold as a recycling technology to industrial partners.
$27MComparable
Protein Evolution
United States · proteinevolution.com ↗
Uses proprietary catalysts to break polyester waste back into monomers for new materials, closing the loop for synthetic polymers.
$25MComparable

In the same niche 22 others

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Notes: Most funded first

Investors 2

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Funding rounds 1

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