Belgian PVC manufacturer specializing in industrial recycling of legacy-contaminated plastics and circular economy systems for floor coverings.
Deceuninck is a Belgian industrial manufacturer of PVC-based building and flooring products, headquartered in Hooglede. Their H2020 participation reflects a strategic push into sustainable material processing: first by tackling the removal of hazardous legacy substances (lead, DEHP, phthalates) from post-consumer PVC through continuous extractive extrusion, then by advancing circular economy systems for floor coverings including vinyl, laminate, carpets, and resilient flooring. They bring industrial-scale PVC processing expertise and real production infrastructure to research consortia — validating material recovery and recycling techniques at commercially relevant scale rather than lab scale.
REMADYL (2019–2023) focused specifically on removing lead, DEHP, and phthalates from PVC through continuous extractive extrusion and melt filtration — a process Deceuninck contributed to as an industrial partner.
CISUFLO (2021–2025) targets systemic circular economy approaches across carpet, laminate, and resilient flooring categories, where Deceuninck provides industrial context and processing expertise.
REMADYL's core method — extractive extrusion combined with melt filtration — draws directly on Deceuninck's industrial capability in continuous-line PVC profile and sheet manufacturing.
Both REMADYL and CISUFLO position Deceuninck within the broader transition toward environmentally compliant construction and interior materials, spanning PVC window profiles through to floor coverings.
Deceuninck's earliest H2020 work (REMADYL, from 2019) was tightly focused on a specific chemical challenge: how to strip toxic legacy additives from PVC waste streams using industrial extrusion — a remediation problem rooted in regulatory pressure around REACH and RoHS compliance. Their more recent project, CISUFLO (2021), broadens the lens considerably: the keywords shift from chemical contaminants and process machinery to product categories (carpets, laminate, resilient flooring) and system-level thinking. This suggests a deliberate move from solving a compliance problem to building a positive circular economy identity across the flooring sector as a whole.
Deceuninck is moving up the value chain — from reactive chemical clean-up of PVC waste toward proactive design-for-circularity across multiple flooring material categories, making them a stronger candidate for future circular construction or green building consortia.
Deceuninck has participated exclusively as a consortium partner, never as project coordinator — consistent with a large industrial company that contributes production infrastructure and material expertise rather than driving research agendas. Despite only two projects, their network is notably broad: 36 unique partners across 8 countries, suggesting they are integrated into diverse multi-stakeholder consortia rather than working with a tight recurring group. This profile indicates a company that joins strategically selected projects where they can validate industrial relevance, not one seeking to build a research program of their own.
Deceuninck has reached 36 unique consortium partners across 8 countries from just two projects — an unusually broad network relative to their participation volume, indicating they join large, multi-partner consortia typical of Innovation Actions and Research and Innovation Actions at EU scale. No single-country concentration is evident from the data.
Deceuninck occupies a rare position as a large industrial PVC processor that has committed real production lines and materials expertise to EU-funded circular economy research — something most academic or SME partners in these consortia cannot offer. Their dual footprint in both legacy substance remediation (REMADYL) and systemic floor covering circularity (CISUFLO) means they understand the full lifecycle challenge: what makes PVC hard to recycle today, and what a circular product system needs to look like tomorrow. For consortium builders targeting the construction materials or flooring sector, they represent a credible industrial validator who can move results from lab-scale toward commercial deployment.
