Core contributor to AMADEUS (energy storage materials), DMS (dielectric microspacer technology), and InnovaConcrete (conservation materials).
Ionvac Process Srl
Italian SME specializing in vacuum deposition and advanced coatings, applied to energy storage materials and smart conservation packaging for cultural heritage.
Their core work
Ionvac Process is an Italian SME specializing in vacuum deposition, ion-based surface treatments, and advanced materials processing — as suggested by their name and project portfolio. They contribute thin-film coating and materials expertise to EU research consortia working on energy storage devices, dielectric components, and protective materials for cultural heritage conservation. Their work bridges materials science with real-world applications, from ultra-high-temperature energy systems to smart packaging for museum artefacts.
What they specialise in
Participated in InnovaConcrete (concrete heritage conservation) and APACHE (intelligent packaging and display cases for artefact preservation).
Company identity centers on ionvac processes; this capability underpins their contributions across all four H2020 projects.
APACHE project combines chemisorbents, sensors, wireless networks, and RFID for active packaging — a new application direction.
How they've shifted over time
Ionvac Process entered H2020 in 2017 focused on hard-science materials challenges — ultra-high-temperature energy storage (AMADEUS) and dielectric components (DMS). From 2018 onward, their focus shifted decisively toward cultural heritage conservation, applying their materials and coating expertise to concrete preservation (InnovaConcrete) and smart packaging with embedded sensors for museum artefacts (APACHE). This pivot shows a company that found a high-value niche where industrial materials processing meets heritage science.
Ionvac is moving from pure materials R&D toward applied conservation technologies with smart sensing capabilities — expect them to seek projects combining coatings, sensors, and environmental monitoring for cultural heritage or sensitive storage.
How they like to work
Ionvac Process operates exclusively as a participant, never as coordinator, which is typical for a specialist SME contributing specific technical capabilities to larger consortia. With 58 unique partners across 18 countries from just 4 projects, they integrate into large, diverse research teams rather than repeating with the same partners. This suggests they are flexible contributors who can adapt their materials expertise to different consortium needs and research contexts.
Despite only 4 projects, Ionvac has built a remarkably broad network of 58 partners across 18 countries, indicating participation in large multi-partner consortia. Their geographic reach spans most of the EU, with no obvious concentration beyond their Italian home base.
What sets them apart
Ionvac Process occupies an unusual niche at the intersection of industrial vacuum/ion processing and cultural heritage conservation — two domains that rarely overlap. Their ability to translate hard materials science (coatings, thin films, surface treatments) into heritage applications like smart display cases and concrete preservation makes them a distinctive partner. For consortium builders, they offer an SME that brings industrial manufacturing capability to research-driven conservation projects, bridging the gap between lab-scale innovation and scalable production.
Highlights from their portfolio
- AMADEUSLargest funding (€431K) — focused on next-generation materials for ultra-high-temperature energy storage and conversion, representing their most ambitious R&D involvement.
- APACHEMost recent and thematically rich project — combines sensors, RFID, chemisorbents, and smart packaging for museum conservation, signaling Ionvac's strategic pivot toward applied heritage tech.
- InnovaConcreteAddresses conservation of 20th-century concrete-based cultural heritage, an underserved niche where materials science meets architectural preservation.