SciTransfer
Organization

ASOCIACION EMPRESARIAL DE INVESTIGACION CENTRO TECNOLOGICO DEL CALZADOY DEL PLASTICO DE LA REGION DE MURCIA

Spanish SME research centre specialising in plastic and rubber waste upcycling through recycling, enzymatic degradation, and circular economy systems.

Technology SMEenvironmentESSME
H2020 projects
4
As coordinator
4
Total EC funding
€3.1M
Unique partners
67
What they do

Their core work

CETEC is a technology centre in Murcia, Spain, originally focused on footwear and plastics, that has pivoted strongly toward circular economy solutions for polymer and rubber waste. They develop recycling and upcycling technologies — from devulcanizing end-of-life tyres to enzymatic degradation of PET plastics into biodegradable bioplastics. Their most recent work extends into agrifood residue valorization and biodegradable agricultural materials, positioning them as a regional hub for turning plastic and organic waste streams into usable products.

Core expertise

What they specialise in

Plastic waste recycling and upcyclingprimary
3 projects

Core theme across VALUE-RUBBER (tyre recycling), upPE-T (PE/PET upcycling to bioplastics), and Agro2Circular (multilayer plastic residues).

Biodegradable and bio-based plasticsprimary
2 projects

BIOMULCH developed biodegradable agricultural mulches; upPE-T converts plastic waste into biopolymers for food packaging.

Rubber devulcanization and tyre recyclingsecondary
1 project

VALUE-RUBBER focused specifically on recovering virgin-quality rubber from end-of-life tyres through devulcanization.

Agrifood circular economyemerging
1 project

Agro2Circular (their largest project at EUR 1.3M) targets territorial circular solutions for agrifood sector residues.

Enzymatic polymer degradationemerging
1 project

upPE-T applies bioconversion and enzymatic degradation to break down PET waste into bioplastic precursors.

Evolution & trajectory

How they've shifted over time

Early focus
Rubber and plastic recycling
Recent focus
Bio-based upcycling and circular agrifood

CETEC began with relatively straightforward materials work — biodegradable agricultural mulches (2016) and mechanical/chemical rubber recycling from tyres (2019). From 2020 onward, their focus shifted sharply toward biotechnology-driven approaches: enzymatic plastic degradation, bioconversion, and territorial circular economy systems integrating digitalisation. The trajectory shows a clear move from single-material recycling toward systemic, biology-enabled waste valorization across multiple waste streams.

CETEC is moving from mechanical recycling of individual waste streams toward integrated, bio-enabled circular economy systems that combine digitalisation with biotechnology to valorize complex mixed waste from agriculture and plastics.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European16 countries collaborated

CETEC coordinates every project they participate in — all 4 of 4 — which is unusual for an SME-classified research centre. They build sizeable consortia, averaging about 17 unique partners per project across 16 countries, suggesting strong project-writing and consortium-management capability. This makes them a reliable lead partner for proposals, particularly for organisations that want to join a well-managed consortium rather than lead one themselves.

CETEC has built a network of 67 unique consortium partners across 16 countries, indicating broad European reach well beyond their Murcia base. Their partnerships span the full EU geography, not concentrated in any single region.

Why partner with them

What sets them apart

CETEC combines deep plastics and polymer expertise with a proven ability to lead EU consortia — a rare combination for a regional SME research centre. Their evolution from traditional plastics processing toward enzymatic degradation and bioconversion gives them a bridge between conventional materials industry and emerging bioeconomy approaches. For consortium builders, they offer both technical credibility in circular plastics and the administrative track record of coordinating four consecutive H2020 projects.

Notable projects

Highlights from their portfolio

  • Agro2Circular
    Their largest project (EUR 1.3M) and most ambitious in scope, combining agrifood waste upcycling with digitalisation in a territorial circular economy model.
  • upPE-T
    Bridges chemistry and biology by using enzymatic degradation to convert PET waste into biodegradable bioplastics for food packaging — a high-impact application area.
  • VALUE-RUBBER
    Addresses the critical raw materials challenge of end-of-life tyres with devulcanization technology that could replace virgin rubber in production lines.
Cross-sector capabilities
Food & agriculture (biodegradable packaging, agrifood waste valorisation)Manufacturing (rubber and plastic production line integration)Biotechnology (enzymatic degradation, bioconversion processes)Digital transformation (digitalisation of circular economy systems)
Analysis note: Strong profile despite only 4 projects — all as coordinator with clear thematic coherence. The 100% coordinator rate and consistent circular plastics focus make the expertise trajectory very readable. Some keywords in the data contain typos (upcicling, recicling) which appear to originate from project metadata.