The combination of H2O2 and hydrodynamic cavitation has been used to degrade phenol in
water. The effects of parameters including inlet pressure (P1), orifice geometries of …

The paper presents results of phenol oxidized under the conditions of high temperature
created during collapse of cavitation bubbles. The degradation efficiency has been greatly …

Collapse of cavitation bubbles generates extremely high local pressures and temperatures
that can be utilized for generating hydroxyl radicals as strong oxidizing agents. The …

The degradation of methyl orange, an important pollutant from the dyeing industry, has been
enhanced by combining hydrodynamic cavitation with chlorine dioxide oxidative treatment …

As industrialization and globalization have advanced in recent years, an expanding volume
of textile dye effluent and pharmaceutical wastewater has been discharged into the …

Abstract Treatment of textile dyeing industry (TDI) effluent was investigated using
hydrodynamic cavitation (HC) and in combination with advanced oxidation reagents such as …

Abstract The degradation of 4-chloro 2-aminophenol (4C2AP), an acute toxic organic
compound, has been studied using different approaches based on the hydrodynamic …

Cavitation is considered a high energy demanding process for water treatment. For this
study, we used a simple experimental setup to generate cavitation at a low pressure (low …

Hydrodynamic cavitation is a promising technology for the removal of harmful and toxic
chemicals from wastewater. In the present work, a critical analysis of hydrodynamic …

The degradation of toxic chemicals, antibiotics and other residues in organic wastewater has
attracted much attention. Among various degradation technologies, hydrodynamic cavitation …