SciTransfer
Organization

LACTIPS

French SME developing water-soluble bio-based packaging films and participating in zero-waste biorefineries for mycoprotein production.

Technology SMEfoodFRSMEThin data (2/5)
H2020 projects
2
As coordinator
1
Total EC funding
€1.6M
Unique partners
15
What they do

Their core work

LACTIPS is a French SME that develops bio-based, water-soluble materials — most visibly in the form of sustainable packaging films made from thermoplastic proteins (likely casein or lactic acid derivatives, consistent with their name). Their flagship H2020 project, ECOLACTIFILM, aimed to bring water-soluble packaging to industrial scale and open new commercial markets for bio-based packaging alternatives. More recently they have positioned themselves within larger biorefinery ecosystems, contributing to zero-waste protein production chains that yield mycoprotein as a high-value output. Their value lies in translating bio-based polymer science into market-ready materials, bridging the gap between green chemistry and commercial packaging or food-ingredient applications.

Core expertise

What they specialise in

Bio-based water-soluble packaging filmsprimary
1 project

ECOLACTIFILM (2017–2019, EUR 1,492,590), which LACTIPS coordinated, was explicitly focused on developing a water-soluble packaging product to unlock new commercial markets.

Thermoplastic bio-polymers and sustainable materialsprimary
1 project

ECOLACTIFILM sits within the P2-NANO and P2-BIO pillars, pointing to materials-level expertise in bio-derived polymer formulation and processing.

Zero-waste biorefinery integrationemerging
1 project

PLENITUDE (2019–2025), a large Innovation Action in which LACTIPS participates, targets large-scale zero-waste biorefineries producing proteins at lowest cost.

Alternative protein production (mycoprotein)emerging
1 project

PLENITUDE's core output is mycoprotein — fungal protein — placing LACTIPS inside a supply chain that spans food ingredients and sustainable agriculture.

Circular economy and sustainability in packagingsecondary
2 projects

Both projects sit at the intersection of bio-based value chains and sustainability goals, from packaging waste reduction (ECOLACTIFILM) to zero-waste biorefinery (PLENITUDE).

Evolution & trajectory

How they've shifted over time

Early focus
Water-soluble bio-based packaging
Recent focus
Zero-waste biorefinery and mycoprotein

LACTIPS entered H2020 as a packaging-focused innovator: their first project (ECOLACTIFILM, 2017) was about manufacturing a specific water-soluble film product and proving it commercially viable, with no keywords attached beyond the SME Instrument framing. By 2019 their participation in PLENITUDE introduced an entirely different vocabulary — mycoprotein, biorefinery, zero-waste, sustainability — suggesting they are repositioning or broadening into bio-based input materials for food and biorefinery systems, not just packaging outputs. The shift may reflect a strategic move to capture value further up the bio-based value chain, or to supply biomaterials into larger industrial ecosystems rather than selling only end-consumer packaging products.

LACTIPS appears to be evolving from a niche packaging materials company toward a broader bio-based materials supplier embedded in biorefinery and alternative protein value chains — a direction that aligns with EU Green Deal priorities and growing industrial demand for non-fossil feedstocks.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European5 countries collaborated

LACTIPS has shown they can both lead and follow: they coordinated ECOLACTIFILM independently under the SME Instrument (a competitive, company-driven scheme), and then joined PLENITUDE as a participant within a larger consortium. This dual mode suggests a company comfortable owning a project when their core product is central, but pragmatic enough to take a supporting role in wider research consortia when the topic is adjacent. With 15 unique partners across 5 countries from just 2 projects, their network is relatively broad for their size, indicating they actively seek diverse partnerships rather than recycling the same collaborators.

LACTIPS has built a network of 15 unique partners across 5 countries through only 2 projects, which is a high partner density for an SME of this scale. Their geographic reach spans at least France and several other EU member states, consistent with European-level consortia in the bioeconomy space.

Why partner with them

What sets them apart

LACTIPS occupies a rare niche: they are not a research institute or a large chemical company, but a small French firm that has actually built and commercialized water-soluble bio-based packaging — and won EUR 1.49M in EU funding to prove it at scale. That combination of proprietary material technology, SME agility, and demonstrated EU project leadership makes them an attractive partner for consortia that need an industrial actor who can bridge lab-scale results and real manufacturing. Their pivot toward biorefinery ecosystems also means they can connect packaging and food-ingredient sectors in ways that larger, siloed companies cannot.

Notable projects

Highlights from their portfolio

  • ECOLACTIFILM
    LACTIPS coordinated this SME Instrument Phase 2 project — one of the most competitive EU funding schemes for companies — receiving EUR 1.49M to scale their proprietary water-soluble packaging film toward commercial markets.
  • PLENITUDE
    A large Innovation Action running to 2025, this project targets first-of-its-kind industrial-scale zero-waste biorefinery for mycoprotein production, placing LACTIPS inside a cutting-edge food-protein supply chain.
Cross-sector capabilities
Sustainable packaging and fast-moving consumer goods (FMCG)Circular economy and bio-waste valorizationAdvanced materials and bio-based polymer manufacturingAgri-food ingredients and alternative proteins
Analysis note: Only 2 projects available; early-period keywords are absent, limiting evolution analysis. The company name and project titles strongly imply a lactic acid / casein polymer focus, but this is inferred — no technical deliverables or report summaries were provided. Profile should be revisited if additional project or company data becomes available.