Portuguese SME specialising in microencapsulation and debonding-on-demand coatings for recyclable textiles, plastics, and automotive materials.
DEVAN-MICROPOLIS is a Portuguese SME specialising in microencapsulation and functional surface treatments for textiles and plastic materials. Their core industrial capability lies in engineering nanocapsules that can be applied to fabrics and coatings to deliver controlled functional properties — including thermal comfort regulation, anti-microbial protection, and anti-ageing effects. More recently, they have applied their surface chemistry knowledge to the circular economy challenge of recycling coated and painted textiles and plastics, contributing debonding-on-demand technology that allows coatings to be cleanly separated from substrates in end-of-life automotive parts, household electronics, and outdoor gear. In practice, they serve as the industrial formulation and application bridge in R&D consortia — translating nanomaterial science into scalable textile and plastic treatment processes.
SKHINCAPS (2015–2019) placed DEVAN-MICROPOLIS at the centre of nanocapsule design for skin healthcare, covering targeting, triggering, and functionalization of adaptive textile platforms.
DECOAT (2019–2023) focused specifically on making coated plastics and textiles recyclable through debonding-on-demand chemistry applied to automotive, household electronics, and outdoor gear substrates.
SKHINCAPS work encompassed anti-microbial and anti-ageing performance delivered via nanocapsules, demonstrating formulation depth beyond a single functional endpoint.
DECOAT extended their coating expertise into circular economy territory, targeting end-of-life recyclability of industrially coated materials across multiple sectors.
In their first H2020 project (2015–2019), DEVAN-MICROPOLIS was firmly rooted in functional nanotechnology for healthcare and wellness textiles — nanocapsule platforms designed to release active agents for skin comfort, anti-ageing, and hygiene. By their second project (2019–2023), the vocabulary had shifted entirely: out went therapeutic targets, in came coated plastics, recycling, and debonding-on-demand — a clear pivot toward end-of-life material recovery and circular economy compliance. The through-line is surface chemistry and coating engineering, but the application intent moved from adding function to enabling disassembly, reflecting a broader industry shift toward sustainability mandates in automotive and electronics supply chains.
DEVAN-MICROPOLIS is moving deeper into sustainable materials and circular economy applications, making them a relevant partner for consortia targeting end-of-life recyclability of coated industrial materials under EU Green Deal and Extended Producer Responsibility frameworks.
DEVAN-MICROPOLIS has participated exclusively as a consortium partner — never as coordinator — across both H2020 projects, suggesting they operate as a specialised industrial contributor rather than a project manager. With 29 unique partners across 11 countries from just two projects, they engage in large, diverse international consortia rather than tight bilateral arrangements. This profile indicates they are comfortable contributing a defined technical capability (encapsulation, surface treatment, coating formulation) within a larger research programme led by others.
DEVAN-MICROPOLIS has built a 29-partner network spanning 11 countries through only two projects, indicating substantial consortium diversity relative to their project count. Their geographic spread points to established connections across Western and Northern Europe, consistent with EU textile and materials research networks.
DEVAN-MICROPOLIS occupies a rare industrial niche: a manufacturing SME that combines hands-on microencapsulation production capability with active participation in frontier R&D on recyclable coatings. Most companies at their scale either do formulation work or research — they do both, which makes them a credible industrial validation partner for academic-led consortia. For businesses in automotive, outdoor textiles, or consumer electronics looking for coating solutions that meet emerging recyclability regulations, they represent direct access to proven debonding-on-demand chemistry developed under EU project conditions.
