UK technology SME with proprietary NOx-reduction retrofit technology for diesel engines and expertise in geopolymer materials from industrial waste.
ALSITEK is a UK-based technology SME operating at the intersection of advanced inorganic materials and industrial emissions reduction. Their project portfolio — though small — reveals two distinct engineering competencies: waste-derived geopolymer construction materials (REMINE) and proprietary NOx-mitigation technology for retrofitting diesel engines (NOXTEK). The NOXTEK project, which they led as coordinator under the SME Instrument Phase 1, indicates they hold or are developing proprietary IP in transport emissions control — a commercially urgent area as European diesel fleet regulations tighten. Their participation in REMINE as an industry partner within an MSCA-RISE network suggests they also bring practical, application-side input to academic materials research.
Led NOXTEK (2018, SME Instrument Phase 1), developing a retrofit NOx-mitigation system for existing diesel engines — demonstrating proprietary technology ownership in transport emissions control.
Participated in REMINE (2015–2018, MSCA-RISE), which targeted reuse of mining waste to produce geopolymeric structural panels, precast elements, and ready mixes.
REMINE explicitly focused on transforming mining waste streams into usable construction products, placing ALSITEK in the industrial ecology and circular materials space.
ALSITEK's H2020 footprint spans only 2015–2018, so the evolution window is narrow. Their first engagement (REMINE, 2015–2018) positioned them as an industry participant in a research-heavy MSCA-RISE network focused on geopolymer construction materials — a supporting role likely contributing application or commercialization knowledge. By 2018 they had pivoted to coordinating their own SME Instrument project (NOXTEK) in a completely different domain — diesel engine emissions retrofitting — suggesting they shifted from partnering on others' research to advancing their own commercial technology. No keyword data is available to confirm deeper technical evolution, but the trajectory from follower-in-materials to leader-in-emissions is clear from the project structure alone.
ALSITEK appears to be building a proprietary IP position in diesel emissions retrofitting — a commercially relevant direction given the ongoing regulatory push to reduce NOx from legacy diesel fleets across Europe and globally.
ALSITEK has operated in both partner and coordinator roles across their two projects, which is notable for such a small SME. In REMINE they joined a multi-country MSCA-RISE consortium as an industry-side participant, while in NOXTEK they stepped up as sole coordinator of a Phase 1 SME Instrument project — typically a lean, company-driven innovation exercise with little to no external consortium. This suggests they are capable of leading focused technology development independently while also fitting into larger collaborative research networks when the topic aligns.
ALSITEK has worked with 10 unique partners across 6 countries through just 2 projects, suggesting their REMINE consortium was moderately sized and internationally diverse. Their network spans both the academic research world (via MSCA-RISE) and the SME innovation ecosystem, giving them connections in multiple EU member states despite being a UK firm.
ALSITEK is unusual among small UK SMEs in having both a materials-science research background and a self-initiated emissions-technology development project validated by EU SME Instrument funding — a competitive grant that required demonstrated market potential. Their NOXTEK project targets diesel engine retrofitting, a niche with strong near-term commercial pull as operators of large diesel fleets face tightening NOx limits without the option to replace entire vehicle or equipment inventories. A consortium partner seeking a commercially-oriented UK SME with hands-on emissions-control IP — rather than a pure research organization — would find ALSITEK's profile directly relevant.
