Division of Environmental Physics - User: veronika
Faculty of Mathematics, Physics and Informatics, Comenius University Bratislava

Electrical discharges in capillary tubes and honeycomb monoliths

Hensel K., Selvaraj G., Cimerman R., Janda M.
25th Symposium on Applications of Plasma Processes and 14th EU-Japan Joint Symposium on Plasma Processing SAPP XXV, Štrbské Pleso (Slovakia), January 31-February 3, p.77 (2025)

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Abstract:

This study examines a cyclic system of catalyst deactivation and regeneration used for toluene removal via plasma
catalysis. The system, tested with various catalysts, shows that plasma-regenerated catalysts exhibit higher
toluene removal efficiency compared to those non-regenerated. The findings highlight the potential of
nonthermal plasma as an economical and efficient solution for VOC removal and catalyst regeneration.