Hexavalent chromium is of particular environmental concern due to its toxicity and mobility
and is challenging to remove from industrial wastewater. It is a strong oxidizing agent that is …

Electrocoagulation is an electrochemical technique which is being applied to the removal of
a number of water pollutants: metals, organic contaminants, dyes and pigments, colloidal …

In the present study, electrocoagulation process employing Fe-Al composite electrode was
applied for treatment of different types of textile wastewaters. Effect of major operating …

In this work, the electrocoagulation process using aluminum and iron electrodes has been
used to treat synthetic wastewaters polluted with three different types of pollutant models …

Dyes are common pollutants in a large variety of industrial wastewaters, and the treatment of
these wastes by coagulation has been extensively studied in the literature. This work is …

The constant need for sacrificial electrodes is one of the limitations of applying the EC in
wastewater treatment. Accordingly, this study proposes a sustainable alternative in reusing …

The removal of organic pollutants from a highly complex industrial wastewater by aluminum,
iron and aluminum+ iron electrocoagulation systems was evaluated. Under optimal …

In this study, coagulation and electrocoagulation processes were compared with regard to
their respective efficiencies as to the removal of nitrates from water. The results indicate that …

The bench scale of an electrocoagulation (EC) unit requires a detailed study discerning the
effects of continuous variables such as pH, current density and operating time, and type …

In the present work, the removal of phosphates from waters is studied through
electrocoagulation using iron and aluminium electrodes. This technology is an alternative to …