Participated in MANIFICA (2020–2023), focused on manufacturing semi-products and structural parts from recycled carbon fibre within a JTI-funded transport project.
PAPREC FRANCE
France's large-scale industrial recycling operator, specialising in carbon fibre recovery and circular multilayer plastics with food-contact compliance.
Their core work
PAPREC FRANCE is one of France's largest industrial recycling operators, handling the collection, sorting, and processing of waste materials — paper, plastics, metals, and composites — at commercial scale across hundreds of sites. In EU research projects, they function as an industrial validation partner: they bring real sorting lines, real waste streams, and real processing capacity to test whether laboratory-developed recycling technologies actually work at scale. Their project involvement spans two distinct material challenges — recovering carbon fibre from end-of-life composite parts, and extracting reusable value from multilayer plastic films that conventional recycling cannot handle. For research consortia, PAPREC's value is straightforward: they are the real-world proving ground where pilot technologies meet industrial reality.
What they specialise in
In CIMPA (2021–2024), contributed to circular recovery of end-of-life multilayer films via mechanical recycling, physical recycling, and scCO2 decontamination processes.
CIMPA keywords include NIR sorting and digital watermarking, indicating PAPREC's operational role in identifying and separating complex plastic streams.
CIMPA covers food contact regulations, EFSA compliance, and challenge testing — areas PAPREC is engaging as recycled plastic enters food packaging supply chains.
How they've shifted over time
PAPREC entered H2020 through the transport and advanced materials door, working on recycled carbon fibre for structural components — a technically demanding, high-value application tied to automotive and aerospace lightweighting. Their second project shifted to the mass-volume problem of multilayer plastic films: a far more commercially urgent waste stream given the scale of flexible packaging waste across Europe. The keyword shift from "carbon fibre, structural parts" to "NIR sorting, digital watermarking, food contact regulations, EFSA" marks a move from niche composite materials toward mainstream plastics circularity with regulatory depth.
PAPREC is moving toward recycled plastics that can re-enter food packaging supply chains — a regulated, commercially high-stakes space where industrial operators with decontamination and sorting capability will be gatekeepers of future compliance.
How they like to work
PAPREC has never led an H2020 project — they participate exclusively as a consortium member, contributing industrial infrastructure rather than research direction. With 16 unique partners across just 2 projects, they work in moderately sized, multi-country consortia. This pattern is typical of large industrial companies that join research projects to validate and industrialize technologies developed by academic or SME partners, not to drive the research agenda themselves.
PAPREC has built connections with 16 distinct consortium partners across 5 countries through their two projects, suggesting they join well-networked, internationally composed consortia rather than regional clusters. Their French base and European project footprint positions them as an accessible industrial anchor for cross-border recycling research teams.
What sets them apart
PAPREC is not a research organisation — they are one of France's largest recycling operators, which is precisely what makes them valuable in a consortium. They offer something that universities and technology SMEs cannot: industrial-scale sorting lines, real waste input streams, and the operational credibility to tell a project whether a recycling process is commercially viable or only works in a lab. For consortia targeting circular economy innovation in plastics or composites, PAPREC represents the industrial uptake pathway that funding bodies want to see demonstrated.
Highlights from their portfolio
- CIMPAAddresses one of the hardest problems in plastics recycling — multilayer films that conventional mechanical recycling cannot separate — and extends into food-contact compliance, making it commercially relevant far beyond the research community.
- MANIFICATackled carbon fibre recycling within the JTI transport framework, the highest-funded and most industrially competitive Joint Technology Initiative pillar, signalling PAPREC's capacity to engage with aerospace and automotive supply chain partners.