SciTransfer
Organization

GREENSPENSE LTD

Israeli cleantech SME with EU-validated propellant-free aerosol dispensing technology for sustainable personal care and household packaging.

Technology SMEenvironmentILSMENo active H2020 projects
H2020 projects
2
As coordinator
2
Total EC funding
€1.4M
Unique partners
0
What they do

Their core work

Greenspense is an Israeli cleantech company that developed a propellant-free continuous-dispensing packaging system — a drop-in replacement for conventional pressurized aerosol cans that rely on VOC-emitting chemical propellants. Their core product (Eco-sleeve) generates dispensing pressure mechanically, eliminating the need for butane, propane, or other hydrocarbon propellants that contribute to air pollution and pose safety risks. They target the personal care, household, and industrial packaging markets, where aerosol formats are widespread but increasingly under regulatory and consumer pressure to reduce environmental impact. Their H2020 journey followed a textbook SME Instrument path: first proving the technology concept, then scaling it toward full commercial deployment.

Core expertise

What they specialise in

Propellant-free aerosol dispensing technologyprimary
2 projects

Both Eco-sleeve (2017) and Eco-Drive 2 Market (2019) center on eliminating chemical propellants from pressurized packaging through a proprietary mechanical dispensing mechanism.

Sustainable packaging for personal care and household productsprimary
2 projects

Eco-Drive 2 Market explicitly targets personal care products and packaging safety, with sustainability and branding listed as core project dimensions.

VOC reduction and green chemistry in packagingprimary
1 project

Eco-Drive 2 Market lists VOC reduction and green chemistry among its core keywords, positioning the technology as an environmental compliance solution.

Technology commercialization and market scale-upsecondary
1 project

The subtitle of Eco-Drive 2 Market — 'From Commercial Pilot to Full Commercialization' — shows direct expertise in taking a validated technology through the final stages of market entry.

Evolution & trajectory

How they've shifted over time

Early focus
Propellant-free aerosol concept
Recent focus
Commercial scale-up and market entry

Greenspense's two-project H2020 record shows a clean, deliberate progression from invention to commercialization. In the first phase (2017–2018), the Eco-sleeve project had no domain keywords assigned — reflecting an early-stage concept focused on proving the core dispensing mechanism worked. By the second phase (2019–2021), all keywords emerged at once: VOC reduction, packaging safety, green chemistry, personal care products, branding — indicating that by then the technology was mature enough to be positioned across multiple market and regulatory dimensions simultaneously. The trend is not a shift in topic, but a deepening of the same idea from proof-of-concept to commercially deployable product.

Greenspense has completed the classic deep-tech SME arc from laboratory concept to commercial product; any future collaboration would most likely focus on market expansion, licensing, or integration into larger packaging supply chains rather than further R&D.

Collaboration profile

How they like to work

Role: consortium_leaderReach: regional

Greenspense has operated exclusively as a project coordinator in H2020, with zero recorded consortium partners across both projects — a strong indicator that they submitted and executed these grants as a solo entity, which is permitted under the SME Instrument scheme. This means they are highly self-directed and capable of managing EU project obligations independently, but it also means they have no documented experience building or leading multi-partner consortia. A potential partner should expect a capable, autonomous counterpart rather than an experienced consortium orchestrator.

Greenspense has no recorded consortium partners and no cross-country collaborations in H2020 data. As an Israeli SME that participated in H2020 as an associated country, their EU network appears limited to the project administration level rather than any sustained research partnership network.

Why partner with them

What sets them apart

Greenspense occupies a narrow but well-defined niche: they are one of very few companies to have developed and EU-validated a propellant-free pressurized dispensing technology that is compatible with existing aerosol filling lines, making it a low-friction adoption path for established manufacturers. Their Israeli base gives them access to a strong deeptech ecosystem while their EU grant track record (EUR 1.4M across SME-1 and SME-2) demonstrates that their technology survived independent technical and market validation by EU reviewers. For a consortium needing a packaging innovation partner with a commercially ready green chemistry solution, they offer a proven product rather than a research promise.

Notable projects

Highlights from their portfolio

  • Eco-Drive 2 Market
    At EUR 1,376,812, this SME-2 Phase 2 grant is one of the larger individual SME Instrument awards and signals that EU evaluators judged the technology both technically sound and commercially viable enough to fund at near-commercialization scale.
  • Eco-sleeve
    This SME-1 feasibility grant (EUR 50,000) served as the entry point that validated the core propellant-free concept and directly enabled the much larger Phase 2 follow-on, demonstrating a successful two-stage EU funding strategy.
Cross-sector capabilities
Sustainable consumer goods packagingPersonal care and cosmetics manufacturingRegulatory compliance for VOC-emitting productsChemical industry substitution technologies
Analysis note: Profile is built on only two projects, both solo-executed under the SME Instrument with no consortium partners — limiting any network or collaboration-style analysis. Project descriptions are brief summaries only. The technology domain is clear and consistent, supporting a medium-confidence sector profile, but claims about commercialization outcomes, current product status, or market traction cannot be verified from H2020 data alone.