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

Hydrodynamic cavitation (HC), a common phenomenon that can produce local excessive
temperature, high pressure and large amount of energy. It has been found that, when …

The reaction rate of hydroxyl radicals with organic pollutants is about 10 8− 10 11/mol-s, can
degrade a wide range of pollutants. Intense bubble collapse during hydrodynamic cavitation …

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

An investigation of textile industry wastewater treatment (WWT) using hydrodynamic
cavitation (HC) technology was conducted on a laboratory scale. The parameters such as …

In recent years, water pollution has become a major problem for the environment and
human health due to the industrial effluents discharged into the water bodies. Day by day …

The collapsing phenomenon of cavitation bubbles generates extremely high local pressures
and temperatures that can be utilized for the chemical oxidation process. This process is …

The present study investigates the oxidative technique of hydrodynamic cavitation (HC) for
the treatment of a highly refractive, bulk drug industry effluent with an initial total organic …

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 …