Electrocoagulation (EC) is an acclaimed environmentally adequate approach to wastewater
treatment. It is simple and economical by way of reducing the amount of chemical dosage …

Water shortage and quality deterioration are plaguing people all over the world. Providing
sustainable and affordable treatment solutions to these problems is a need of the hour …

Abstract Tetracycline (TC) and Cu 2+ often coexist in water process and can form TC-Cu
complexes. How to effectively remove them from water is becoming an exasperating …

Iron electrocoagulation (Fe-EC) is an effective technology to remove arsenic (As) from
groundwater used for drinking. A commonly noted limitation of Fe-EC is fouling or …

In this study, electrocoagulation using stainless steel electrode for removal of arsenic was
investigated in an effort to use it for the treatment of water contaminated with high …

As (III) oxidation to As (V) is deemed necessary for better arsenic removal, and separation is
still the optimal approach for water remediation from As (III). Herein, sulfite (SIV) was …

One of the biggest issues in electrocoagulation (EC) water treatment processes is electrode
fouling, which can cause decreased coagulant production, increased ohmic resistance and …

A new strategy combining iron-electrocoagulation and organic ligands (OGLs) cooperative
chelation was proposed to screen and precipitate low concentrations (0–18.52 μmol/L) of …

The co-precipitation of arsenate (As (V)) with Fe (III)-precipitates is of great importance in
water treatment and critically affects the fate of As in environmental systems. We studied the …

Elimination of phosphite from water is more difficult than elimination of phosphate owing to
its higher solubility and resistance to biotransformation. Herein, we report an efficient, facile …