The chemistry of plasma–liquid interactions involves a complex interplay of physical and
chemical processes at the plasma–liquid interface. These interactions give rise to the …

Water and wastewater have become a haven for various emerging contaminants (ECs),
regardless of source of generation, because they are consumed globally for a variety of …

Plasma electron density and temperature were characterized in a continuous flowing gas-
liquid film reactor with argon carrier gas by time-resolved optical emission spectroscopy. The …

Plasma treatment of per-and polyfluoroalkyl substances (PFAS) contaminated water is a
potentially energy efficient remediation method. In this treatment, an atmospheric pressure …

Defluorination of perfluorinated alkyl substances (PFASs) via the direct capture of excess
electrons poses a promising path to environmental decontamination. Herein we show that …

Non-thermal plasma coupling with photocatalyst is recognized as a promising technology for
the degradation of antibiotics, and improving the photocatalyst performance is one of the …

An experimental and numerical characterization of a falling film plasma reactor for the
degradation of aqueous organic pollutants in batch operation mode is reported. A pulsed …

This study investigates the interaction between two counterpropagating atmospheric
pressure plasma jets when their respective streamer ignition times are varied by introducing …

Recent studies have demonstrated that the physical properties of water treated with non-
thermal plasma, or plasma-activated water (PAW), significantly differ from those of distilled …

Microwave discharge plasma in liquid (MDPL) is a new type of water purification technology
with a high mass transfer efficiency. It is a kind of low-temperature plasma technology. The …