Core contributor across C-SERVEES (electronics circularity), MERLIN (multilayer packaging recycling), Project O (industrial symbiosis), RUSTICA (biofertilizers from waste), and BIOBRIDGES (bio-based market development).
PARTICULA GROUP DRUSTVO S OGRANICENOM ODGOVORNOSCU ZA ISTRAZIVANJE RAZVOJ I PROIZVODNJU
Croatian R&D SME specializing in circular economy demonstration — waste valorization, bio-based materials, packaging recycling, and biofertilizer development.
Their core work
Particula Group is a Croatian R&D SME specializing in circular economy solutions, bio-based materials, and waste valorization. They contribute to demonstration and innovation projects that convert waste streams — from fruit and vegetable residues to multilayer packaging and electronic equipment — into valuable products like biofertilizers, bionanocomposites, and recycled polymers. Their work spans the full chain from bio-based product development to industrial symbiosis and market activation, often bridging the gap between laboratory research and pilot-scale demonstration.
What they specialise in
Active in BIONANOPOLYS (nano-enabled bio-based polymer composites), BIOBRIDGES (bio-based products market), and RUSTICA (biofertilizer production from organic waste).
MERLIN focuses on multilayer packaging recycling via chemical recycling and sorting, while BIONANOPOLYS addresses sustainable packaging alternatives.
AlgaeCeuticals explored microalgae for UV sunscreens and nutraceuticals using genomics, proteomics, and enzymomics approaches.
SEIFA project focused on activating sustainable energy investment and financing for industrial decarbonisation.
How they've shifted over time
In 2018, Particula Group entered H2020 with diverse exploratory interests: microalgae biotechnology (AlgaeCeuticals), electronics circular economy (C-SERVEES), water treatment and industrial symbiosis (Project O), and bio-based market bridging (BIOBRIDGES). By 2021, their portfolio sharpened dramatically toward material recycling and waste-to-value chains — biofertilizers from fruit waste (RUSTICA), multilayer packaging recycling (MERLIN), and bio-based polymer nanocomposites (BIONANOPOLYS). The trajectory shows a company that tested multiple circular economy niches early on and then consolidated around waste stream valorization and advanced recycling as its core identity.
Moving toward industrial-scale waste-to-product demonstration, particularly in packaging recycling and agricultural waste conversion — expect them to seek projects in plastic circularity and bio-based material scale-up.
How they like to work
Particula Group operates exclusively as a consortium participant, never leading projects, which suggests they bring specialized technical or coordination support rather than driving research agendas. With 134 unique partners across 27 countries from just 8 projects, they work in large, diverse consortia — typical of Innovation Actions and demonstration projects. This makes them an adaptable, low-friction partner comfortable integrating into large international teams without territorial overlap.
Remarkably broad network for an SME: 134 unique consortium partners spanning 27 countries built through 8 projects. Their partnerships are pan-European with no obvious geographic concentration, reflecting the diverse, large-consortium Innovation Actions they favour.
What sets them apart
For a small Croatian SME, Particula Group has an unusually wide cross-sector reach — spanning food waste, packaging, textiles, electronics, and energy in a single portfolio. This breadth makes them a valuable connector in multi-sector circular economy consortia where waste from one industry becomes feedstock for another. Their Rijeka base also offers a cost-effective Southern European demonstration site for pilot activities.
Highlights from their portfolio
- BIONANOPOLYSTheir largest single grant (EUR 219,782), developing an open innovation test bed for nano-enabled bio-based materials across packaging, textile, and automotive sectors.
- MERLINAddresses the high-impact challenge of multilayer packaging recycling through chemical recycling and delamination — a growing regulatory priority in EU waste policy.
- RUSTICADemonstrates circular biofertiliser production from fruit and vegetable waste, bridging their food/agriculture and environment expertise into a single applied project.