TRANSFERCENTER FUR KUNSTSTOFFTECHNIK GMBH

Their core work

TCKT is an Austrian applied research centre specialising in plastics and polymer processing technology, with particular depth in twin-screw extrusion — industrial equipment used to compound, blend, and transform polymer-based materials. They apply this processing expertise to circular economy challenges: recovering usable materials from electronic waste (WEEE), stripping hazardous flame retardants from plastic streams, and converting lignocellulosic biomass into bio-based products. As a GmbH with "Transfer" in the name, their mandate is to bridge between laboratory-scale research and industrial-scale implementation, making them a practical partner for projects that need real process engineering alongside the science.

What they specialise in

How they've shifted over time

Both H2020 projects are dated 2019–2023, so the shift is thematic rather than strictly chronological. Their first project (CREAToR) applied chemical and mechanical processing technology to a waste remediation problem — extracting toxic flame retardants from end-of-life electronics. The second project (VAMOS) redirected similar processing capabilities toward bio-based feedstocks, turning agricultural waste sugars into usable bio-products. The through-line is the same: industrial-scale conversion of difficult input streams using advanced extrusion and separation processes, but the destination has moved from hazardous waste recovery toward green chemistry and bio-economy.

TCKT appears to be broadening from hazardous-waste processing into bio-based materials, suggesting they are positioning their extrusion and separation platform as a general-purpose tool for circular and green chemistry applications — a direction well-aligned with EU Green Deal funding priorities.

How they like to work

TCKT has participated exclusively as a consortium partner across both projects — never as coordinator — which indicates they join as a specialist contributor rather than a project driver. With 28 unique partners across 10 countries from just 2 projects, their consortia have been large and geographically diverse, suggesting they are comfortable operating in complex multi-partner environments. This profile fits an organisation that delivers a defined technical capability (processing, extrusion, separation) within a broader research programme led by others.

Despite only two projects, TCKT has built connections with 28 distinct partners across 10 countries — an unusually wide network for this level of participation, suggesting active consortium engagement rather than peripheral involvement. No country concentration data is available, but the European spread indicates they are well-integrated into cross-national research networks.

What sets them apart

TCKT occupies a rare niche as a plastics-technology transfer centre that works at the intersection of polymer processing and green chemistry — combining industrial extrusion know-how with applications in waste recovery and bio-based materials. Few organisations combine deep twin-screw extrusion expertise with active engagement in both WEEE recycling and lignocellulose valorisation. For a consortium that needs someone to translate a chemical or biological process into a scalable, machine-ready industrial workflow, TCKT offers a direct line from lab concept to process engineering.

Highlights from their portfolio

• CREAToR
  The largest-funded project (€322,344) and technically distinctive for combining supercritical CO2 extraction with twin-screw extrusion to solve a specific industrial toxics problem — flame retardant removal from WEEE plastics.
• VAMOS
  Marks TCKT's pivot into the bio-economy, applying their processing platform to lignocellulosic waste sugars — a signal of strategic expansion beyond their traditional plastics-recycling domain.