The Landscape

ECAN polymers designed to be made, unmade, and remade repeatedly without losing performance.

Its ATOD process converts hard-to-recycle polyethylene waste into high-performance TPU.

Uses methane-consuming bacteria to produce PHA, turning a potent greenhouse gas into material.

Produces Nodax PHA biopolymers from renewable feedstocks using fermentation.

Transforms used cooking oil into Solon PHA biopolymers through microbial fermentation.

Pyrolysis technology converting hard-to-recycle films and flexible packaging into circular feedstocks.

Biobased PET and PEF precursors derived from wood residues and other biomass.

AirCarbon PHA produced by microorganisms using captured greenhouse gas.

Biobased monomers including BDO and nylon intermediates via engineered fermentation.

Advanced recycling with a focus on polystyrene depolymerisation back to feedstock.

Hemp-based nano-composites and bioplastic formulations.

Converts food-industry wastewater into low-cost feedstocks for biomanufacturing.

Producer of Ingeo PLA, among the largest polylactic acid operations in the world.

Polypropylene purification technology restoring used PP toward virgin-like quality.

Pyrolysis-based recycling of mixed and hard-to-recycle plastic waste.

Mycelium-grown packaging and materials as an alternative to foams and plastics.

Low-energy chemical recycling of PET back to polymer-grade material.

Recovers and recycles laboratory plastics, a stream conventional systems rarely handle.

Turns rice husks and agricultural byproducts into compostable bioplastic pellets at scale.

Home-compostable cellulose and polymer foams for rigid trays and hard-to-replace packaging.

Biobased polymeric microfiber additives that reinforce polymers and aid recyclability.

Seaweed-derived materials for biodegradable packaging applications.

Sugarcane-based routes to PLA and PHA, applying bioprocess engineering at industrial scale.

Pyrolysis technology converting plastic waste into circular polymer feedstocks.

Converts mixed plastic waste into a durable wood-substitute material.

PLA bioplastics and lactide monomers, supplying the Luminy PLA range.

Lactic acid and lactide feedstocks underpinning much of the global PLA supply chain.

PEF bioplastics and FDCA building blocks derived from plant sugars.

Biobased and engineering materials research across Dutch R&D sites.

Public-private institute running pre-competitive polymer research with industry partners.

Mater-Bi starch-based compostable bioplastics, one of the longest-running commercial families.

Produces ecoflex PBAT and ecovio compostable compounds used widely in films and bags.

Enzymatic depolymerisation of PET, breaking polymer back to monomer under mild conditions.

Integrated PLA production and PLA recycling technology.

Seaweed-based packaging and coatings designed to biodegrade naturally.

Pyrolysis converting end-of-life plastics into circular hydrocarbon feedstocks.

Renewable and recycled feedstocks for polymer and chemical production.

Produces PHBH, a PHA-family biopolymer with broad biodegradation performance.

Amorphous PHA used to toughen and modify other biopolymers.

Sugarcane-derived bio-polyethylene, a durable drop-in with renewable carbon.

TRUCIRCLE portfolio spanning certified renewable and advanced-recycled polymers.