Using the various electrodes, conditions and cell design, the effectiveness of
electrochemical processes in removal of various pollutants is different. In this regard, the …

Abstract In this study, Fe/Cu, Fe/Al/Cu, Fe/Cu/C and Fe/Al/Cu/C internal electrolysis systems
(IESs) were constructed and used to treat methylene blue dye (MB) wastewater. The effects …

Abstract The removal of Reactive Black 5 (RB5) dye and chemical oxygen demand (COD)
was investigated using a three-dimensional (3D) electrochemical (3DE) reactor with …

Electrochemical pretreatment of wastewater containing methylene blue was studied on an
Pb/PbO2 electrode and showed enhancement of the color removal efficiency for increasing …

In this work, photoelectrocatalytic degradation of wastewater containing methylene blue
(MB) was investigated using a novel photoelectrochemical reactor–a three dimensional …

The aim of this study was to remove Basic Red 13 dye by electrochemical oxidation with
Ti/Pt anodes and to numerically optimize the operating conditions such as current density (5 …

In this study, electrochemical removal of methylene blue (MB) from water using commercially
available and low-cost flexible graphite was investigated. The operating conditions such as …

This study is related to a laboratory study on the performance of electrocoagulation process
using Fe and Al electrodes to treat bio-recalcitrant synthetic dye in a batch mode operation …

The combined process of electro-catalytic oxidation and de-colorization of wastewater
contained Methyl Orange (MO) in a double-anode system, with iron plate and graphite plate …

At present, organic wastewater containing dyes has become one of the main threats to the
environment, and wastewater pollution caused by dyes released from fabrics during home …