Core contributor across MouldTex (laser surface texturing), NewSkin (nano-enabled surfaces OITB), NEMMO (nano-composites for ocean energy), and HypoSens (nano-confined photonic systems).
FUNDACION TECNOLOGICA ADVANTX
Madrid-based technology foundation specializing in nano-materials, catalytic CO2 conversion, and surface engineering for energy and bio-based industries.
Their core work
FUNDACION TECNOLOGICA ADVANTX is a Madrid-based technology foundation specializing in advanced materials, surface nanotechnologies, and catalytic processes for industrial applications. They develop nano-composite materials, functional coatings, and membrane technologies applicable to energy, manufacturing, and bio-based chemical production. Their work bridges the gap between laboratory-scale material science and industrial deployment, contributing fabrication expertise and nano-engineering capabilities to large European consortia. More recently, they have pivoted toward CO2 valorization and biorefinery processes, applying their catalysis know-how to convert waste carbon emissions into valuable chemicals.
What they specialise in
Coordinated CATCO2NVERS (catalytic CO2-to-chemicals) and participated in CO2SMOS (biogenic CO2 conversion) and NEFERTITI (photocatalytic CO2/H2O conversion to solar ethanol).
Participated in FRACTION (lignocellulose fractionation, organosolv pretreatment) and CATCO2NVERS which targets bio-industrial feedstocks.
Contributed nano-composite materials expertise to NEMMO (tidal/ocean energy) and energy integration knowledge to ROBINSON (island energy systems with RES and storage).
Coordinated SALTGAE, demonstrating techno-economic feasibility of algae-based saline wastewater treatment — their first coordination role.
Participated in NewSkin, an Open Innovation Test Bed accelerating industrial uptake of advanced surface nano-technologies into mass production.
How they've shifted over time
Between 2016 and 2019, ADVANTX focused on physical nano-materials — surface texturing, nano-composites for marine environments, algae-based water treatment, and photonic sensor systems. From 2020 onward, their work shifted decisively toward green chemistry and carbon valorization, with three concurrent projects (CATCO2NVERS, CO2SMOS, NEFERTITI) all centered on converting CO2 into useful chemicals through catalytic, electrocatalytic, and photocatalytic methods. This evolution shows a clear trajectory from materials fabrication toward sustainable chemistry and circular bioeconomy applications.
ADVANTX is moving firmly into carbon capture utilization and bio-based chemical production, making them a strong future partner for circular economy and industrial decarbonization projects.
How they like to work
ADVANTX operates primarily as a specialist partner (8 of 10 projects), joining large consortia where they contribute focused materials or catalysis expertise. With 137 unique partners across 27 countries, they maintain a broad and non-exclusive network, suggesting they are easy to integrate into new consortia. Their two coordination roles (SALTGAE and CATCO2NVERS) show growing ambition to lead, particularly in areas where their catalysis expertise is central to the project concept.
Extensive European network spanning 137 unique partners across 27 countries, indicating they have collaborated with organizations in nearly every EU member state. No single geographic concentration — this is a well-connected, pan-European collaborator.
What sets them apart
ADVANTX sits at the intersection of nano-materials science and green chemistry — a combination that is uncommon for a foundation-type organization. While many SMEs specialize in either materials or catalysis, ADVANTX can contribute across both domains, which makes them versatile consortium partners for projects spanning fabrication through chemical conversion. Their transition from surface engineering to CO2 valorization demonstrates adaptability, and their foundation status (rather than for-profit) may offer advantages in IP sharing and open innovation contexts.
Highlights from their portfolio
- CATCO2NVERSTheir largest project (EUR 811K) and a coordination role — converting industrial bio-CO2 into high-value chemicals using integrated catalytic technologies, representing their strategic pivot to green chemistry.
- SALTGAETheir first coordination role and an early demonstration of independence — proving algae-based saline wastewater treatment at scale, blending biology with engineering.
- NEFERTITIPhotocatalytic conversion of CO2 and water directly into solar ethanol using flow reactors — an ambitious direct solar fuel project that highlights their frontier research ambitions.