ISOPREP directly targeted ionic solvent-based dissolution and recovery of polypropylene, producing virgin-quality output from waste — Axion's core technical contribution.
AXION RECYCLING LTD
UK plastics recycling SME with industrial expertise in polypropylene recovery, circular packaging, and low-emission advanced recycling processes.
Their core work
Axion Recycling is a Liverpool-based industrial SME operating in the plastic waste recycling sector, with hands-on experience in sorting, processing, and recovering value from post-consumer plastic packaging. Their H2020 participation shows they contribute real-world recycling operations knowledge to research consortia — specifically in closing the loop on plastic packaging (PlastiCircle) and in applying advanced ionic solvent chemistry to recover virgin-quality polypropylene from waste streams (ISOPREP). As a practitioner rather than an academic partner, they bring process-level industrial insight that keeps research grounded in what is technically and economically feasible at scale.
What they specialise in
PlastiCircle (EUR 260,138) addressed the full plastic packaging waste chain through a circular economy lens, the area where Axion's industrial recycling operations are most directly relevant.
ISOPREP keywords explicitly flag low emissions and low energy consumption in recycling as key performance targets, indicating Axion engages with environmental performance benchmarking.
ISOPREP keywords include 'virgin polypropylene from non-fossil sources' and 'renewable plastics', pointing toward a shift into bio-based and decarbonised materials within their recycling work.
How they've shifted over time
Both projects run almost concurrently (2017 and 2018 starts), so the evolution is more about technological depth than a clean timeline shift. PlastiCircle represents their entry point — broad circular economy for plastic packaging, where their existing recycling operations were the asset. ISOPREP then shows a narrowing into highly specific advanced chemistry: ionic solvent systems capable of dissolving and re-precipitating polypropylene to produce virgin-equivalent output. The keyword set for ISOPREP also introduces the concept of renewable and non-fossil plastics, suggesting Axion is connecting mechanical recycling experience to emerging chemical recycling and bio-based materials — a meaningful technical expansion for an industrial SME.
Axion appears to be deepening from general plastic waste processing into advanced chemical recycling that can deliver virgin-quality polymer output — a direction that positions them well for future consortia targeting high-value polymer recovery and plastics decarbonisation.
How they like to work
Axion joins exclusively as a consortium participant — they have never led an H2020 project — which fits the profile of an industrial SME contributing operational knowledge and real-world test environments rather than driving research agendas. Both their projects sit within large, multinational consortia (30 unique partners across 12 countries from just two projects), suggesting they are valued as a practical implementation or validation partner rather than a specialist subcontractor. Working with them likely means gaining access to live recycling infrastructure and grounded feedback on whether laboratory solutions can work in a real industrial setting.
Despite having only two projects, Axion has engaged with 30 unique partners across 12 countries — a sign that both PlastiCircle and ISOPREP were large, internationally diverse consortia. Their network is European in reach, though as a UK company their post-Brexit standing in future EU-funded projects would need to be confirmed.
What sets them apart
Axion occupies a rare position as an operational industrial recycler that has participated in cutting-edge EU research on both mechanical and chemical polymer recovery — most recycling SMEs remain outside the research funding ecosystem entirely. For consortium builders, they represent a link between laboratory-scale chemistry and the industrial reality of processing mixed plastic waste at volume. Their focus on producing virgin-quality polypropylene from waste — with low emissions and low energy — makes them a credible partner for projects targeting both circular economy mandates and decarbonisation targets in materials manufacturing.
Highlights from their portfolio
- PlastiCircleTheir largest project by EC funding (EUR 260,138), addressing the full plastic packaging waste chain through circular economy design — broad industrial relevance and long project duration (2017–2021).
- ISOPREPTechnically the more ambitious project: ionic solvent-based dissolution of polypropylene to yield virgin-quality output from waste, directly challenging the economics of fossil-based virgin polymer production.