A novel process for regenerating activated carbon based on high active species (O3, OH,
HO2, O2 and RO, etc.) generated by dielectric barrier discharge (DBD) oxidation was …

Removal of amaranth, a commercial synthetic azo dye widely used in the dye and food
industry, was examined as a possible remediation technology for treating dye-contaminated …

In the present work, a synergistic system of pulsed corona discharge combined with TiO2
photocatalysis has been developed to investigate the degradation rate of phenol solutions …

This work presents a study of discharge characteristics and generation of reactive species
such as OH• radical, hydrogen peroxide, and ozone by a gas-phase dielectric barrier …

Inactivation of Escherichia coli by bipolar pulsed discharge in an air–liquid–solid three-
phase discharge reactor has been investigated. The effect of several operating parameters …

Two plasma reactors have been developed and used to degrade dye wastewater agents.
The configuration of one plasma reactor is a comb-like extendable unit module consisting of …

Plasma-liquid interactions yield numerous physicochemical phenomena, rendering them
promising for various applications. Plasma-based technology is proposed for water …

The influence of solid packing on the chemical process involved in the solid–liquid–gas
three-phase discharge plasma reactor, initiated by a bipolar pulsed power source was …

In this study, a high-concentration simulated organic wastewater, made by dissolving methyl
violet in water, was degraded using dielectric barrier discharge (DBD) plasma generated in …

In this study, the decolorization ratio of methyl violet and energy consumption were
individually investigated in dielectric barrier discharges of O 2, He, and He+ O 2 gases. The …