PolyCE (2017-2021) directly targets high-tech recycled polymers from WEEE streams, with ONA contributing to technical requirements and grade system development.
ONA PRODUCT SL
Spanish SME specialising in recycled plastics standardisation, WEEE valorisation, and circular economy business models for manufacturers.
Their core work
ONA PRODUCT SL is a Valencia-based Spanish SME that operates at the intersection of product design, recycled materials, and circular economy business models. Their H2020 participation centres on improving how post-consumer recycled plastics — particularly those recovered from waste electrical and electronic equipment (WEEE) — can be graded, standardised, and reintegrated into industrial supply chains. They bring private-sector, commercial-viability perspective to research consortia: understanding what grade specifications manufacturers actually need before recycled polymers can substitute virgin plastics. Their scope extends to rethinking product lifecycles through dematerialisation and new business models that reduce dependence on primary materials.
What they specialise in
PolyCE keywords explicitly include 'grade systems for recycled plastics' and 'standardisation', indicating ONA's role in defining quality benchmarks for recycled polymer markets.
PolyCE involved supply and value chain mapping to understand where recycled plastics enter and displace virgin materials in manufacturing processes.
Both PolyCE and CIRC4Life address new business models and product lifecycle redesign, with CIRC4Life (2018-2021) centred entirely on circular approaches to product and service lifecycles.
How they've shifted over time
ONA's H2020 trajectory is short — two projects starting just one year apart, both closing in 2021 — so deep evolution is difficult to establish. Their first project (PolyCE) was technically specific: WEEE-derived plastics, grade systems, standardisation, supply chain mapping. Their second (CIRC4Life) appears broader in scope, addressing circular economy across entire product and service lifecycles rather than a single material stream. The available data suggests a possible widening from material-level recycling standards toward system-level circular economy design, though the absence of keywords for CIRC4Life limits this reading.
ONA appears to be broadening from WEEE-specific plastics recycling toward whole-system circular economy thinking — a logical progression for an SME that started by solving a materials problem and then addressed the surrounding business model challenge.
How they like to work
ONA has participated exclusively as a consortium partner, never as a coordinator, across both of their H2020 projects. Both projects were Innovation Actions — applied, market-oriented projects typically involving large consortia — which aligns with their 37 unique partners across 13 countries, a notably wide network for just two projects. This suggests ONA was selected as a specialist contributor bringing private-sector or industry-side knowledge to research-heavy consortia, rather than as a project leader.
Despite only two projects, ONA has connected with 37 unique partners spanning 13 countries, indicating participation in large, multi-stakeholder Innovation Action consortia. Their network is European in breadth, consistent with both PolyCE and CIRC4Life being multi-country circular economy initiatives.
What sets them apart
ONA stands out as one of the few Spanish private-sector SMEs with direct H2020 experience in both WEEE-derived plastics standardisation and circular lifecycle business models — a combination that bridges technical materials science with commercial implementation. For a consortium builder, they offer the industry-side voice that research-heavy teams often lack: someone who understands what grade specifications a manufacturer actually needs before a recycled material becomes commercially viable. Their Valencia base also gives them access to Spain's significant plastics processing and manufacturing industrial base.
Highlights from their portfolio
- CIRC4LifeONA's largest funded project (EUR 195,550) and the broadest in scope — addressing circular economy across entire product and service lifecycles rather than a single material or waste stream.
- PolyCETechnically the most distinctive project: focused on creating usable grade systems and technical standards for WEEE-recovered recycled plastics, a niche with direct commercial implications for manufacturers switching from virgin polymers.