Both H2020 projects (SSL and mTAP) are explicitly centred on developing and commercialising a microfiltration system.
SMART SEPARATIONS LTD
UK deep-tech SME developing proprietary microfiltration systems for air purification and industrial emissions control.
Their core work
Smart Separations Ltd is a UK-based deep-tech SME developing proprietary filtration and separation technologies for air quality and emissions control applications. Their core work centres on microfiltration systems — physical separation technologies that remove particulates or contaminants from air streams. They followed the classic SME Instrument commercialisation pathway: first validating feasibility of a novel microfiltration concept (2016), then scaling it toward market with a full development and market-entry programme (2018–2020). Their declared ambition is to take these filtration systems from lab concept to commercial product, positioning them as a technology provider rather than a research organisation.
What they specialise in
The mTAP project (EUR 1,998,588) focuses specifically on taking a novel filtration system for air purification to market.
The SSL feasibility project (2016) targeted microfiltration technology specifically for emissions reduction applications.
SSL executed the full SME Instrument Phase 1 → Phase 2 progression, demonstrating capability to manage EU-funded technology commercialisation from concept to market-readiness.
How they've shifted over time
Smart Separations followed a tightly focused, linear development arc rather than broadening their scope over time. Their 2016 work was an early-stage feasibility assessment of a microfiltration concept for emissions reduction, funded at the small exploratory level (EUR 50,000). By 2018 they had advanced to a full-scale commercialisation programme — the mTAP project — with nearly EUR 2 million in EU backing to bring an air purification filtration system to market. There is no observable pivot or diversification: the organisation deepened its commitment to a single core technology rather than expanding into adjacent areas.
Smart Separations appears to be on a commercialisation trajectory with a specific filtration product — any future collaboration would likely involve application testing, market expansion, or integration of their separation technology into larger industrial or environmental systems.
How they like to work
Smart Separations consistently leads its own projects and has never participated in H2020 as a consortium member or subcontractor — they are a self-directed technology developer, not a team player by H2020 record. Their network is extremely narrow: one unique partner across two projects, all within a single country, suggesting they prefer tight bilateral arrangements or work largely independently. For a prospective partner, this means SSL would expect to retain control over their core technology and intellectual property, and may be more interested in commercial partnerships than academic consortium arrangements.
Smart Separations has an exceptionally small H2020 network — just one recorded consortium partner across both projects, all within the UK. This reflects the SME Instrument structure, which is designed for single-company applicants, but it also means SSL has no visible track record of multi-partner European collaboration.
What sets them apart
Smart Separations is a product-focused deep-tech SME that owns its filtration technology and has already completed the EU validation pathway from feasibility to commercialisation — they are not selling research services but a developed product. Their combination of nanomaterials-adjacent separation technology applied to air quality gives them a specific niche at the intersection of environmental engineering and advanced materials. For consortium builders, they represent a technology owner willing to lead, not a research partner willing to follow.
Highlights from their portfolio
- mTAPThe largest investment in the portfolio at EUR 1,998,588 under SME Phase 2, this project represents a full commercial scale-up of SSL's air purification filtration technology — the clearest signal of where their IP and market ambitions lie.
- SSLA Phase 1 feasibility project that directly seeded the mTAP scale-up, demonstrating a deliberate and successful use of the SME Instrument two-phase commercialisation pathway.