DC2: Modelling of diffusion and reactions of hydroxyl radicals generated by cavity collapse

Helmholtz-Zentrum Dresden-Rossendorf

DC3: Influence of suspended particles on cavity inception and dynamics

Swiss Federal Technical Institute

DC4: Ozone-boosted hydrodynamic cavitation for pollutant removal from wastewater

Air Liquide S.A.

DC5: Improving mixing, nucleation, seed activation and CSD in crystallisers using HC

University of Limerick

DC6: Intensifying organic chemical reactions on- (in-) water under HC alone or combined with US, plasma

University of Turin

DC7: Biomass pre-treatment using hydrodynamic cavitation for enhancing valorisation potential

Biocore Environmental

DC8: Multi-scale/multi-layer flow modelling of cavitation devices

Paul Scherrer Institut

DC9: Investigation of hydrodynamic cavitation and radical formation rates at system level

Technische Universität Dresden

DC10: Scale-up/Numbering-up of hydrodynamic cavitation devices

University of Limerick