Coordinator of Carbon4PUR (CO2-to-polyurethane intermediates) and CIRCULAR FOAM (end-of-life foam recycling), plus PUReSmart and VITRIMAT on polyurethane circular economy.
COVESTRO DEUTSCHLAND AG
Global polyurethane manufacturer driving CO2 valorization, circular plastics recycling, and bio-based polymer development through EU research partnerships.
Their core work
Covestro is a major German polymer and chemicals manufacturer headquartered in Leverkusen, specializing in polyurethanes, polycarbonates, and advanced polymer materials. In H2020, they focus on converting industrial waste gases (CO2/CO) into polymer building blocks, developing circular recycling pathways for polyurethane foams, and integrating bio-based and biodegradable alternatives into packaging and coatings. They bring large-scale industrial chemistry expertise and act as the downstream user who validates research outputs against real manufacturing requirements.
What they specialise in
Carbon4PUR converted flue gas CO/CO2 mixtures into polymer precursors; A-LEAF explored photo-electro-catalytic CO2 reduction; BIOCONCO2 used microbial platforms for CO2 conversion.
BioCatPolymers and BIOCONCO2 used fermentation and biocatalytic routes; TERMINUS developed enzyme-triggered recyclable packaging; SMARTBOX explored biocatalytic oxidations.
TERMINUS targeted multi-layer packaging recyclability, PUReSmart developed polyurethane chemolysis and sorting, and CIRCULAR FOAM addressed systemic foam recycling ecosystems.
PUReSmart explored covalent adaptable networks for thermoset recycling; VITRIMAT is a dedicated training network on vitrimer materials for industrial applications.
INCUBIS focused on waste heat efficiency in industrial parks; CoPro addressed coordination of production in process industries.
How they've shifted over time
In 2014–2018, Covestro focused on upstream chemistry: converting CO2 and flue gases into chemical building blocks for polyurethanes (Carbon4PUR), exploring artificial photosynthesis (A-LEAF), and fermentation-based routes to polymer intermediates (BIOCONCO2, BioCatPolymers). From 2019 onward, the emphasis shifted decisively toward end-of-life and circularity — plastics recycling, vitrimer-based reprocessable thermosets, enzyme-triggered packaging recyclability, and systemic foam recycling. This mirrors the broader industry pivot from "how to make polymers from CO2" to "how to close the loop on polymer waste."
Covestro is building deep capabilities in polyurethane circularity and vitrimer-based recyclable thermosets — expect them to seek partners in chemical recycling scale-up, sorting technologies, and bio-based feedstock supply chains.
How they like to work
Covestro primarily joins consortia as a participant (12 of 14 projects), contributing industrial-scale validation and downstream application expertise rather than leading research direction. They coordinated two of their largest-budget projects (Carbon4PUR, CIRCULAR FOAM), both directly aligned with their core polyurethane business. With 167 unique partners across 19 countries, they operate as a broad network hub — typical of a large industrial company that connects academic research to manufacturing reality.
Covestro has collaborated with 167 distinct partners across 19 countries, indicating a wide European network. As a large German chemical company, they serve as an anchor industrial partner that attracts diverse academic and SME collaborators into consortia.
What sets them apart
Covestro is one of the world's largest polyurethane producers, which gives them something few H2020 partners can offer: the ability to validate lab-scale polymer innovations against real industrial manufacturing lines. Their dual track — having invested in both CO2-based feedstocks and end-of-life recycling — means they can assess circular economy solutions across the full polymer lifecycle. For consortium builders, Covestro brings credibility with industry reviewers, access to pilot-scale facilities, and a genuine path to market adoption.
Highlights from their portfolio
- CIRCULAR FOAMTheir largest project (EUR 3.4M EC funding) where they coordinate a systemic approach to end-of-life foam recycling — signals their strategic priority in circular polyurethane.
- Carbon4PURCoordinated project (EUR 2.8M) converting industrial waste gas CO/CO2 mixtures into polyurethane intermediates — directly integrating carbon capture into their core product line.
- TERMINUSAddresses enzyme-triggered recyclability of multi-layer packaging, combining biotechnology with polymer formulation in an unusual cross-disciplinary approach.