Reference

Type of wastewater

Anode-cathode

Removal efficiency

Warren, R et al. (2018)

Metals

Fe-Fe

Fe (99.17%), Mn (99.97%),

Naraghi et al. (2018)

Reactive dyes

Fe-Fe

96% (Color)

P. Mahammedrafi, et al. (2018)

Fluoride ions

Fe-Fe

91% fluoride ions

Francisco, P et al. (2017)

Whey acids

Al-Fe, graphite and Ti/RuO2

79% - 49% contaminants

LiR et al. (2017)

Landfill Leachate

Al-Al

99% - 91%

Bejjany, B et al. (2017)

Internal loop airlift

Al-Al

70% - 87% energy consumption

Hariraj, S. et al. (2017)

Removal of suspended solids and metals from synthetic water

Al-Al

76.6%, and reduced rates of 99%, 59.2%, and 82.1%, for Cu, Cr, and Zn

Shobhan, M. et al. (2017)

Textile mill

(SS-Ti)-(Al-Ti)

90% - 78% (Color)

Seyed Ali et al. (2017)

Remazol Black B Dye

Al-Al, Fe-Fe

99% - 91% (Color)

Maghanga, J. et al. (2017)

Reactive Black 5

SS-SS

99.4% (Color)

Jorge, V et al. (2017)

Palm Oil Mill, Paint Wastewater

Fe-Fe

65% and 76% Total Suspended and Dissolved Solids

Alimohammadi, M et al. (2017)

Natural organic matter

Al-Al, Fe-Fe

100% (Color)

Abubaker T et al. (2017)

Tannery

aluminum nanoparticles

98.98%, 90.6%, 70.40%, 99.9% and 88.3% of Turbidity, COD, TDS, Chromium and Sulphide

Joseph, T. et al. (2017)

Abattoir

Fe-Fe

93% (Color)

Nasser, G .et al. (2017)

Herbicide oxyfluorfen, COD

Fe-Fe., S.S-S.S, Fe-Fe

(98.5% - 90%, 99.2% - 85%, 96.1% - 70.5% (Color, COD)

Manoel É et al. (2016)

Dye yellow Sirius

Al-Al

95% (Color)

Murat Eyvaz (2016)

Brewing industry

Al-Al, Fe-Fe

Vidal, J et al. (2016)

Acid Black 194

Fe-Fe

100% (Color)

Anmoldeep, S et al. (2016)

Brilliant Green, Bromo blue and Brilliant blue

Fe-Fe

100% (Color)