University Research Grants 2025 Europe
Two transformative projects: Demonstrating how advanced instrumentation supports sustainable innovation

This year, we received over 40 high-quality submissions from university labs and research groups. Each proposal showcased impactful research aimed at building a safer, cleaner, and healthier world. The diversity and quality of the applications were exceptional, highlighting the strength of Europe’s scientific community and the vital role of precise flow and pressure control in modern research.
Two projects selected for €5,000 equipment grants
All submissions were carefully reviewed by a dedicated panel and evaluated on four core criteria: scientific merit, innovation, real-world impact, and alignment Alicat’s technical capabilities. The two selected projects rose to the top for their rigorous scientific foundations and creative, feasible approaches to addressing global challenges.
- Collaborative Hydrogen Emissions Measurement Campaign – Utrecht University (Netherlands). Pioneering mobile detection of hydrogen leaks across industrial sites in Europe to quantify H2 emissions and support safer, cleaner hydrogen deployment. The granted unit is a Mass Flow Controller – 100 SLPM, which will be used as a tracer gas for quantifying unknown emissions in the field. N2O is released at a constant rate to calculate the emission rate of the target gas.

- Plasma Electrochemistry for Organic Synthesis and PFAS Valorisation – DWI Leibniz Institute & RWTH Aachen University (Germany). Developing predictive plasma electrochemistry methods to convert persistent pollutants into valuable chemicals, advancing sustainable synthesis and environmental remediation. The granted unit is a Mass Flow Controller – 0 – 200 SLPM, which will be used for flow control of argon and nitrogen gas in plasma-liquid interface experiments.
Celebrating research diversity
- Renewable energy and clean combustion: hydrogen leak mapping, turbine stabilization, and low-NOx burner physics
- Sustainable chemistry and catalysis: electrosynthesis of N/S/P chemicals, low-energy ammonia synthesis, plasma electrochemistry
- Advanced materials and quantum systems: ferrimagnetic spintronics, quantum metrology and sensing, thin-film composite membranes
- Environmental and biological systems: plant flooding mechanosensing, dipteran flight energetics, microalgae photobioreactors
- Process and manufacturing innovation: hybrid 3D printing, minimum-quantity lubrication, gas-phase laser microprinting
These projects illustrate how researchers across Europe are using mass flow and pressure control to drive forward progress in energy, environment, and technology.
Alicat’s commitment to academic research
To all applicants, thank you for sharing your research with us. The Alicat Europe University Grant will continue to foster collaboration and empower research teams working toward a more sustainable and innovative future.