SciTransfer
Organization

BIO-ON SPA

Italian SME producing PHA bioplastics from renewable sources for biodegradable food packaging applications.

Technology SMEfoodITSMENo active H2020 projects
H2020 projects
3
As coordinator
1
Total EC funding
€598K
Unique partners
10
What they do

Their core work

BIO-ON SPA is an Italian SME specializing in the production and commercialization of PHA (polyhydroxyalkanoate) bioplastics derived from renewable feedstocks such as sugar beet. They develop biodegradable polymer materials for food packaging applications, including barrier coatings and unit-dose formats. Their work spans the full chain from biopolymer scale-up to integration into functional packaging solutions for the food industry.

Core expertise

What they specialise in

PHA bioplastics productionprimary
2 projects

SCALEPHA focused on industrial scale-up of PHA polymer production; BIOSNAP continued PHA development for packaging applications.

Biodegradable food packagingprimary
2 projects

BioBarr developed bio-based food packaging with enhanced barrier properties; BIOSNAP targeted unit-dose biodegradable packaging.

Bio-based material scale-upsecondary
1 project

SCALEPHA was specifically about scaling Bio-on's PHA technology from lab to industrial production.

Unit-dose packaging designemerging
1 project

BIOSNAP explored smart, sustainable unit-dose packaging with one-hand opening systems.

Evolution & trajectory

How they've shifted over time

Early focus
PHA polymer scale-up
Recent focus
Biodegradable food packaging applications

BIO-ON started in 2015 with a focus on scaling up their core PHA polymer production technology (SCALEPHA), a typical early-stage SME move to industrialize a lab process. By 2017-2019, they shifted toward downstream applications — integrating their bioplastics into functional food packaging with barrier properties (BioBarr) and convenient unit-dose formats (BIOSNAP). This trajectory shows a company moving from material producer to applications partner, seeking to prove their bioplastics in real product contexts.

BIO-ON was moving from bioplastic material supply toward integrated packaging solutions, suggesting future work would target specific end-use applications in food and consumer goods.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European5 countries collaborated

BIO-ON coordinated one project (the smaller SME Instrument Phase 1) and participated in two larger collaborative projects, indicating they are comfortable both leading focused feasibility work and contributing specialist expertise to bigger consortia. With 10 unique partners across 5 countries, they maintained a moderately diverse European network. Their role is that of a technology provider — bringing proprietary PHA materials into consortia that need bio-based polymer expertise.

BIO-ON collaborated with 10 unique partners across 5 European countries, building connections through food packaging and bio-based materials consortia. Their network reflects a mid-sized European footprint typical of a specialized SME contributing materials expertise to application-driven projects.

Why partner with them

What sets them apart

BIO-ON brings proprietary PHA bioplastic production technology — a specific class of biodegradable polymers that few European SMEs can manufacture at scale. Their value to consortia is concrete: they supply the actual bio-based material, not just research or consulting. For anyone building a project around biodegradable packaging or plastic alternatives, they offer a rare combination of material production capability and food-sector application experience.

Notable projects

Highlights from their portfolio

  • BioBarr
    Largest project by funding (EUR 547,938), focused on solving the key technical barrier of bio-based packaging — achieving sufficient barrier properties to protect food.
  • SCALEPHA
    Coordinated by BIO-ON as an SME Instrument Phase 1 project, representing their core ambition to industrialize PHA biopolymer production.
Cross-sector capabilities
Environment — biodegradable materials reduce plastic wasteManufacturing — biopolymer production processes and scale-upHealth — potential for biocompatible PHA materials in medical packaging
Analysis note: Profile based on only 3 projects with limited keyword data (keywords available for only 1 of 3 projects). BIO-ON's H2020 activity ended in 2019; the company faced significant financial difficulties around that time — potential collaborators should verify current operational status before engagement. Early-period keywords were empty in the dataset, so evolution analysis relies on project titles and timing.