This paper depicts the fluoride removal from drinking water can be accomplished by different
methods, for example, coagulation-precipitation, membrane separation process, ion …

Excess fluoride in water and food is associated with dental and skeletal fluorosis and affects
several parts of the world. Electrocoagulation is a potential method for removal of fluoride …

This paper aimed to study the anomalous fluctuation of halogens with respect to the
pollution status in surface water (w), pore water (p), and sediments (s) of Lake Mariout. It …

The present work focuses on the effectiveness of the electrocoagulation technique for the
removal of single and binary models of Acid Green 20 (AG20) and Reactive Yellow 17 …

Defluoridation process using raw marine organisms and synthetic organic adsorbents was
accurately studied. The marine adsorbents (algae, bivalves, sea star, brittle star, and coral …

Textile industry is one of the leading polluters of surface water due to the presence of
various types of dyes and other hazardous pollutants. In this study, a novel rotating bipolar …

Many industries, such as tanning, metal processing, electroplating, etc., include copper in
their processes and discharge it in wastewater streams. The permissible limit of copper in …

abstract Electrocoagulation (EC) process was investigated for the removal of acid green 20
(AG 20) dye from aqueous solutions with a batch-stirred bi-polar system using aluminum (Al) …

This study shows how fluoride can be removed from drinking water using a lot of techniques.
For instance, membrane separation process, ion exchange, adsorption procedures …

abstract Phenol removal was studied with electrocoagulation (EC) technique using bipolar
aluminum electrodes. The parameters investigated during the experiment were initial pH …