Central theme across POLYNSPIRE (plastic recycling demo), Repair3D (CFRP recycling for 3D printing), DECOAT (coated plastics recycling), CREAToR (flame retardant removal), and REVOLUTION (ELV recovery).
MAIER TECHNOLOGY CENTRE S COOP
Basque industrial technology centre specializing in polymer processing, plastic recycling, and automotive materials validation at production scale.
Their core work
Maier Technology Centre is the R&D arm of MAIER Group, a Basque Country-based cooperative specializing in plastic and polymer components for the automotive industry. Their core work involves developing advanced materials processing — injection moulding, recycling technologies, and surface treatments for plastic parts. In H2020 projects, they consistently serve as the industrial testing ground where new recycling methods, bio-based polymers, and circular economy concepts get validated on real automotive and consumer product components. Their strength lies in bridging lab-scale materials innovation with factory-floor manufacturing reality.
What they specialise in
Automotive applications recur in ECOBULK (internal car parts), BIOMOTIVE (bio-polyurethanes for automotive), DECOAT (automotive coatings), PROMETHEUS (surface texturing for automotive), and REVOLUTION (EV components).
BIO4SELF (self-reinforced PLA composites), BIOMOTIVE (bio-based polyurethanes), INN-PRESSME (plant-based nanomaterials), and Trash-2-Cash (waste textile fibres).
FiberEUse (end-of-life fibre composites reuse), Repair3D (carbon fibre thermoplastic recycling), and ECOBULK (modular product remanufacturing).
IZADI-NANO2INDUSTRY (nano-component injection moulding), LEE-BED (nano-inks for embedded electronics), and INN-PRESSME (nano-enabled biomaterials).
How they've shifted over time
In the early period (2015–2018), MTC focused on advanced composites and bio-based materials — self-reinforced polymers, bio-LCP, nano-enhanced injection moulding — with circular economy just beginning to appear in projects like ECOBULK and Trash-2-Cash. From 2019 onward, the centre pivoted sharply toward industrial-scale recycling and circular plastics: chemical recycling of polymers (POLYNSPIRE), flame retardant removal (CREAToR), CFRP recycling for additive manufacturing (Repair3D), and end-of-life vehicle recovery (REVOLUTION). The trajectory is clear — from making better plastics to closing the loop on existing ones.
MTC is moving toward becoming a demonstration partner for industrial-scale plastic circularity, especially for automotive end-of-life recovery and advanced recycling technologies.
How they like to work
MTC operates almost exclusively as a third-party contributor (15 of 16 participations), meaning they provide specialized testing, validation, or materials processing services to larger consortia without being a formal grant beneficiary. This is characteristic of an industrial technology centre that offers its facilities and expertise to validate consortium results on real production equipment. With 258 unique partners across 27 countries, they are well-connected but function as a service provider within projects rather than a strategic consortium architect.
Extensive European network spanning 258 unique partners in 27 countries, built through consistent third-party involvement in large Innovation Action consortia. Their connections are particularly strong in the SPIRE (Sustainable Process Industry) and circular economy research communities.
What sets them apart
MTC occupies a rare niche as an industrial cooperative's technology centre that can take new polymer recycling and materials concepts from the lab and test them on real injection moulding and plastics processing lines. Unlike university labs, they work with production-grade equipment and automotive supply chain constraints. For any consortium needing to demonstrate that a new recycling process or bio-material actually works in a factory setting — particularly for automotive plastic parts — MTC is a proven, low-risk validation partner.
Highlights from their portfolio
- POLYNSPIRELarge-scale SPIRE demonstration project tackling the full polymer recycling chain — vitrimers, microwave processing, magnetic catalysts — representing MTC's deepest involvement in industrial recycling.
- Repair3DBridges MTC's composites expertise with additive manufacturing, targeting carbon fibre thermoplastic recycling into 3D printing feedstock — a high-value circular economy application.
- REVOLUTIONTheir most recent and forward-looking project, combining circular economy with electric vehicle design — positions MTC at the intersection of automotive electrification and end-of-life recovery.