Cavitation-based technologies have emerged as a sustainable and effective way to treat
natural waters and wastewater, considering their increasing scarcity due to pollution and …

The inadequate conventional wastewater treatment methods need some prominent
solutions for the degradation of complex new generation pollutants. These pollutants …

Algal blooms can have both direct and indirect harmful impacts on water quality, resulting in
changes in coloration, unpleasant taste and odor, turbidity, and During such blooms, algae …

Hydrodynamic cavitation (HC) is not only a promising wastewater treatment technology but
also an efficient heat generation method. In this work, the HC degradation of several organic …

Hydrodynamic cavitation is a promising technology for several applications, like disinfection,
sludge treatment, biodiesel production, degradation of organic emerging pollutants as …

The trace amount of micro-pollutants (organic mostly) those still remain in the final effluent of
any industry even after the tertiary treatment is a serious matter of concern and needs …

Hydrodynamic cavitation was evaluated for its reactive oxygen species production in several
convergent-divergent microchannel at the transition from micro to milli scale. Channel widths …

Increased levels of nutrients and algae can cause drinking water problems in communities.
Harmful algal blooms affect humans, fish, marine mammals, birds, and other animals. In the …

Hydrodynamic cavitation (HC) technology with double parallel orifice plates can further
enhance the degradation effect and heat generation efficiency and play an important role in …

The moisture content of municipal solid waste (MSW) and local precipitation events lead to
the leachate generation from MSW landfills. The high concentration of organic pollutants in …