Core contributor in SElySOs, FlowCamp, NEWELY, NEXTAEC (alkaline membranes), MARVEL (reverse electrodialysis), and TeacHy across 2015-2024.
VYSOKA SKOLA CHEMICKO-TECHNOLOGICKA V PRAZE
Czech technical university specializing in applied chemistry — from alkaline electrolysis membranes and food fraud analytics to pharmaceutical formulation and environmental remediation.
Their core work
UCT Prague (VSCHT) is the Czech Republic's leading university specialized in chemistry, chemical engineering, and related technologies. They develop advanced materials for energy storage and conversion — particularly membranes and electrodes for electrolysis and batteries — while also running significant research programs in food safety analytics, pharmaceutical formulation, and environmental remediation. Their applied chemistry expertise bridges fundamental research with industrial processes, from refinery intermediates to wastewater treatment and low-carbon cement production.
What they specialise in
Sustained engagement from AUTHENT-NET and EU-China-Safe (EUR 765K, their largest grant) through FoodSmartphone, METROFOOD-PP, and FOODSAFETY4EU.
Work on wastewater resource recovery (SuPER-W, WIDER UPTAKE, REPARES) and photocatalytic remediation (Microbots4Enviro, which they coordinated).
ORBIS training network in biopharmaceutics and FRINGE project on photomedicine and porphyrin chemistry.
PARTIAL-PGMs (automotive catalysts), BioMates (bio-refinery), ReActiv (low-CO2 cement), and 2Exciting (2D semiconductors).
ECC-SMART project on supercritical water reactor technology with international partners (EU-Canada-China).
How they've shifted over time
In the early H2020 period (2015-2018), VSCHT focused heavily on food authenticity and fraud detection (AUTHENT-NET, EU-China-Safe, FoodSmartphone) alongside broad participation in energy and industrial chemistry projects. From 2019 onward, their portfolio shifted decisively toward green hydrogen technology — specifically alkaline membrane electrolysis (NEWELY, NEXTAEC) — and expanded into pharmaceutical sciences, environmental remediation, and nuclear technology. The transition reflects a university pivoting from analytical chemistry strengths toward materials science for the energy transition.
VSCHT is consolidating around green hydrogen materials and electrochemical systems, making them an increasingly relevant partner for clean energy consortia needing membrane and electrode expertise.
How they like to work
VSCHT operates primarily as a specialist partner (23 of 29 projects), contributing deep chemistry and materials expertise to large consortia rather than leading them. Their 5 coordinated projects are smaller-scale efforts (EUR 142-302K) focused on widening participation or niche technology topics. With 406 unique partners across 41 countries, they maintain an exceptionally broad network — this is an organization that integrates easily into diverse teams and brings reliable technical contributions without seeking the administrative lead.
VSCHT has collaborated with 406 distinct organizations across 41 countries, placing them among the most broadly connected Czech universities in H2020. Their partnerships span Western Europe, China (EU-China-Safe, ECC-SMART), and Canada, with no single geographic cluster dominating.
What sets them apart
VSCHT occupies a rare intersection: a chemistry-focused technical university that can contribute meaningfully to both food safety analytics AND energy materials development — two fields that rarely overlap at the same institution. Their combination of membrane electrochemistry, pharmaceutical formulation, and food fraud detection gives consortium builders access to a versatile chemistry partner. As the Czech Republic's top institution in applied chemistry, they also offer competitive cost structures compared to Western European counterparts while maintaining high research output.
Highlights from their portfolio
- EU-China-SafeTheir largest single grant (EUR 765K) in a major EU-China food safety partnership — demonstrates capacity for high-budget international collaboration.
- NEXTAECEUR 490K in next-generation alkaline electrolyzer materials, representing their strategic pivot toward green hydrogen technology.
- REPARESCoordinated a widening participation project on antibiotic resistance in wastewater — shows their capacity to lead on environmental health topics linking chemistry to public health.