صابرين فرحان جواد 1 ، نهلة سلمان صدام 2 ، قاسم ج. أدعمي 3 ، مهند م. كريم 2 ، م عبد الرضا 4 ، هيفاء مبارك 5 ، * ، باتري كوت 6 ، ميكايلا جكنتو 6 ، أحمد الخياط 7
English Authors
Sabrean Farhan Jawad1, Nahlah Salman Saddam2, Qasim J. Adaami3, Mohanad M. Kareem2, M Abdulredha4, Hayfaa A. Mubarak5,*, Patry Kot6, Michaela Gkantou6, Ahmed AlKhayyat7
Abstract
A wide range of methods is currently used to remove various pollutants from
wastewater. The current focus of research and industries is the use of electrocoagulation for
wastewater treatment as this technique can be run using solar energy which produces in-site
coagulant able remove dissolved and suspended pollutants at a short time and low cost. Dyes are
currently categorised as a universal surface water pollution problem since many industries
produce dyes polluted wastewater such as the textile industry. The current investigation focus
on the use of electrocoagulation to treat acid orange 2 dye polluted synthetic wastewater and
study the impact of the experimental parameters. An electrocoagulation reactor was developed
using Iron electrodes and the energy was provided to the reactor using a solar panel. It was found
that 100% of the pollutant was removed using electrocoagulation reactor runs on solar power.
The Neutral pH level is favourable to remove the dye from textile wastewater. Higher current
density and smaller distance between electrodes provide higher removal efficiency of the dye.
Generally, it could be said that the best removal of the dye was achieved at pH level at 7, the
current density at 2 mA/cm2, the spacing at 5 mm, and the treatment time at 40 minutes.
Publication Date
2/26/2021
Publisher
IOP Conference Series: Materials Science and Engineering
أ.د. مهند موسى كريم | Prof.Dr. Mohanad Mousa Kareem | 13956