Coordinated both CHOPIN (hydrophobic/omniphobic anti-insect coatings) and STELLAR (smart eco-friendly anticontamination technologies for laminar wings).
MATERIA NOVA
Belgian materials research centre specializing in functional coatings, composite structures, and surface technologies for aerospace and industrial applications.
Their core work
MATERIA NOVA is a Belgian research centre based in Mons specializing in advanced materials science — from composite structures and functional coatings to nanofabrication and environmental remediation technologies. They develop surface treatments and coatings for aerospace applications (anti-insect contamination, laminar flow optimization) and work on materials for energy systems and manufacturing processes. Their capabilities span from lab-scale materials characterization (including microwave microscopy) to application-oriented solutions for industry, particularly in transport and manufacturing sectors.
What they specialise in
Contributed to SMS (sandwich structures, CFRP, carbon fiber bonding) and MATChING (materials for cooling systems in power plants).
Participated in MMAMA developing microwave microscopy for advanced materials analysis and production.
Joined GREENER on integrated bioremediation systems for soil and water treatment using bio-electrochemical and phytoremediation approaches.
Participated in NanoFabNet, an international hub for sustainable industrial-scale nanofabrication.
How they've shifted over time
MATERIA NOVA began their H2020 journey (2016-2018) focused on structural composites and lightweight materials — sandwich structures, carbon fiber, and materials for industrial cooling systems. From 2018 onward, they shifted strongly toward functional surface coatings for aviation (coordinating two Clean Sky projects) while also branching into environmental remediation and nanofabrication networks. The trend shows a move from passive structural materials toward active, application-specific surface technologies with growing environmental awareness.
Moving toward smart functional coatings with environmental benefits — expect future work combining surface science with sustainability goals in transport and manufacturing.
How they like to work
MATERIA NOVA operates primarily as a participant (5 of 7 projects) but has proven coordination capability, leading two Clean Sky 2 aviation projects. With 78 unique partners across 19 countries, they maintain a broad and diverse network rather than relying on repeat partnerships. Their mix of large consortium participation and focused coordination roles suggests they are a reliable technical contributor who can also take the lead when the topic aligns with their core coatings expertise.
Extensive European network of 78 unique partners spanning 19 countries, indicating strong cross-border collaboration reach. Their partnerships span aerospace industry (Clean Sky JTI), environmental research consortia, and nanofabrication networks.
What sets them apart
MATERIA NOVA bridges the gap between fundamental materials science and industrial application, particularly in aerospace surface technologies — a niche where few research centres combine coatings expertise with direct Clean Sky coordination experience. Their dual capability in both structural composites and functional surface treatments makes them a versatile materials partner. For consortium builders, they offer a rare combination: deep materials characterization skills plus demonstrated ability to coordinate application-driven projects with industry end-users.
Highlights from their portfolio
- CHOPINTheir largest-funded project (EUR 512K) and first coordination role — developing hydrophobic and omniphobic coatings against insect contamination for aircraft.
- STELLARSecond coordinated project focused on smart anticontamination technologies for laminar wings, confirming their leadership position in aerospace coatings.
- GREENERSignals a strategic expansion into environmental remediation — their largest consortium project covering bioremediation, phytoremediation, and bio-electrochemical systems.