Treatability of paint manufacturing wastewater (PMW) by electrocoagulation (EC) process
was investigated. Effects of operating parameters for the EC process such as electrode type …

This paper describes and discusses an investigation into the treatment of paint
manufacturing wastewater (water-based acrylic texture) by coagulation (aluminum sulfate) …

In this work, water-based paint (WBP) wastewater was treated using a natural coagulant,
Moringa oleifera aqueous extract (MOAE), fortified with Ca 2+(from nitrate and chloride …

The coagulant iron chloride and the flocculants Polysep 3000 (PO), Superfloc A-1820 (SU)
and Praestol 2515 TR (PR) have been used in this study to show the efficiency of …

In this study, the potentiality of Cactus opuntia (ficus-indica), as a coagulant for the treatment
of simulated industrial water-based paint wastewater in terms of colour, chemical oxygen …

The paint industry generates significant amounts of wastewater, posing environmental
challenges due to its intricate chemical composition. Untreated wastewater can lead to …

This work aims to treat paint wastewater from industrial equipment cleaning by
electrocoagulation (EC) using aluminum electrodes and reusing residual sludge as a …

A mathematical model was developed to predict the amount of fouling based on analyses of
particle attachments. Fouling could be primarily attributed to the attachments among foulant …

Recently, advances on the usage of natural coagulants in the coag-flocculation process
have attracted increasing interest. Previous research has shown that natural coagulant …

Pollutants generated from water based paint industries contain mixture of toxic organic
solvents. The present study dealt with individual and simultaneous degradation of ethylene …