SciTransfer
Organization

SOCIETA AZIONARIA PER L INDUSTRIA CHIMICA ITALIANA SAPICI SPA

Italian chemical company specializing in biobased adhesives and sustainable multilayer packaging for food and pharma applications.

Large industrial companyfoodITNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
1
Total EC funding
€609K
Unique partners
17
What they do

Their core work

SAPICI is an Italian chemical company specializing in adhesive technologies and functional polymer systems for flexible packaging applications. Their core industrial competence lies in formulating biobased, biodegradable, and compostable adhesives — the bonding layer that makes multilayer packaging possible. In the H2020 context, they have translated this industrial chemistry expertise into developing sustainable packaging solutions, moving away from conventional petrochemical laminates toward single-polymer and biobased alternatives that meet circular economy requirements. They are both a technology developer and an industrial implementer, capable of taking materials from lab scale to production-ready formats.

Core expertise

What they specialise in

Biobased and biodegradable adhesivesprimary
2 projects

BIOCOMPLACK and MANDALA both center on adhesive systems that enable sustainable flexible packaging, with SAPICI contributing adhesive chemistry know-how in both.

Sustainable multilayer and single-polymer packagingprimary
2 projects

MANDALA explicitly targets the transition from conventional multilayer/multipolymer packaging to recyclable single-polymer formats, with SAPICI as an industrial partner.

Eco-friendly food packaging with barrier propertiesprimary
1 project

BIOCOMPLACK, coordinated by SAPICI, focused on developing eco-friendly food packaging materials with enhanced barrier performance.

Pharma packaging materialssecondary
1 project

MANDALA keywords include pharma packaging products, indicating SAPICI's adhesive formulations extend beyond food into pharmaceutical flexible packaging.

Circular economy packaging designemerging
1 project

MANDALA keywords explicitly cover recyclability, compostability, and circular economy, reflecting a strategic shift toward end-of-life packaging considerations.

Evolution & trajectory

How they've shifted over time

Early focus
Eco-friendly barrier packaging
Recent focus
Circular packaging and sustainable adhesives

SAPICI's first H2020 project (BIOCOMPLACK, 2016–2019) was framed around performance — eco-friendly food packaging that still delivers barrier properties comparable to conventional laminates, a product-focused industrial challenge. Their second project (MANDALA, 2019–2023) reflects a broader strategic shift: the emphasis moves from product performance to system redesign, with keywords like circular economy, recyclability, compostability, and monolayer structures signaling an alignment with the EU's packaging sustainability agenda. The trajectory is clear: from making sustainable packaging that works, to rethinking how packaging is designed so it can be reused, recycled, or composted at scale.

SAPICI is moving toward circular economy compliance as a core product requirement, positioning their adhesive chemistry as an enabler of mono-material and fully recyclable packaging formats — a direction with strong regulatory tailwinds from the EU Packaging and Packaging Waste Regulation.

Collaboration profile

How they like to work

Role: active_partnerReach: European7 countries collaborated

SAPICI has taken on the coordinator role at least once, leading the BIOCOMPLACK consortium, which suggests they are capable of driving project management and industrial agenda-setting — unusual for a non-research company. In MANDALA they stepped into a participant role, likely contributing industrial validation or scale-up capacity to a larger research consortium. With 17 unique partners across 7 countries in just 2 projects, their consortia are moderately broad, suggesting they are comfortable working in international, multi-partner environments rather than tight bilateral arrangements.

SAPICI has collaborated with 17 distinct partners across 7 countries in just 2 projects, reflecting active consortium engagement rather than isolated bilateral work. Their network spans at minimum Italy and 6 other European countries, consistent with EU-level packaging industry supply chains.

Why partner with them

What sets them apart

SAPICI occupies a specific industrial niche that few EU project participants fill: they are a chemical formulator who works at the intersection of adhesive chemistry and sustainable packaging, not a packaging converter or a university lab. This means they bring both the material science and the industrial production perspective to a consortium — they know what works at scale, not just in the lab. For any project targeting circular packaging, mono-material laminates, or compostable flexible formats, SAPICI offers the adhesive layer expertise that is often the hardest technical bottleneck to solve.

Notable projects

Highlights from their portfolio

  • BIOCOMPLACK
    SAPICI coordinated this project, demonstrating full project leadership capability — rare for an industrial chemical company — focused on eco-friendly food packaging with barrier performance.
  • MANDALA
    This longer-horizon project (2019–2023) targets the transition of commercial multilayer packaging to recyclable single-polymer formats, placing SAPICI at the center of one of the EU packaging industry's most pressing material challenges.
Cross-sector capabilities
Pharmaceutical packaging (flexible barrier films and laminate adhesives for pharma)Chemicals and materials (biobased polymer formulation and adhesive chemistry)Circular economy and waste (end-of-life packaging design, recyclability, compostability)
Analysis note: Only 2 projects with keywords available for just one of them (BIOCOMPLACK has no keyword data). The profile is directionally reliable — adhesive chemistry for sustainable packaging is clearly SAPICI's domain — but the depth of expertise, specific technical capabilities, and internal R&D structure cannot be verified from this data alone. Profile should be treated as indicative, not definitive.