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A sub-atmospheric pressure discharge generated in hydrodynamic cavitation for water treatment

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TRUNEC David ČECH Jan SŤAHEL Pavel PROKEŠ Lubomír HORŇÁK Radek RUDOLF Pavel MARŠÁLEK Blahoslav LUKEŠ Petr

Rok publikování 2024
Druh Další prezentace na konferencích
Fakulta / Pracoviště MU

Přírodovědecká fakulta

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Popis We present a recently developed plasma source that uses a synergistic effect of hydrodynamical cavitation and electrical discharge in cavitating environment, called “CaviPlasma”. This plasma device breaks the limits of existing plasma generators offering the industrial-scale flow rate of 1-15 m3/h (laboratory devices) introducing peroxide-based chemistry into treated water, thus keeping the pH practically unchanged (within 0.5 pH difference margin). We have achieved the peroxide concentration higher than 10 mg/l per one water passage through the CaviPlasma and peroxide yield of G(H2O2) = 9.5 g/kWh, which ranks CaviPlasma to high efficiency plasma sources. The effects of CaviPlasma water treatment were proven on the study of the successful remediation of cyanobacteria and algae from water, inactivation of pathogens collected from hospital environment surfaces or inactivation of the main rainbow trout pathogenic bacteria.
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