Ir0. 7Ta0. 3O y/Bi x Ti1–x O z heterojunction anodes have been developed and
characterized for reactive chlorine species (RCS) generation in dilute aqueous solution (50 …

When coated on top of Ir-based dimensionally stable anodes, binary Bi–Ti oxides could
enhance the chlorine evolution reaction (ClER) efficiency for chlor-alkali and mediated water …

This study reports enhanced current (CE RCS) and energy efficiency (EE RCS) of reactive
chlorine species (RCS) generation on Ir 7 Ta 3 O y anode by Ti/Bi mixed metal oxide …

Dimensionally stable anodes of titanium (Ti) metal coated with mixed metal oxides (MMO)
are widely used in several electrochemical applications, especially chloro-alkali electrolysis …

This study investigated the effects of varied loadings of TiO2 overlayers in heterojunction
with conventional Ir0. 7Ta0. 3O x (IrTaO x) anodes on chlorine evolution reaction (ClER) and …

It is accepted that the mechanism of electro-generated active chlorine (ie chloride oxidation
on DSAs) involves water oxidation and hydroxyl radical co-electrosorption to initially form …

Abstract Dimensionally Stable Anodes (Sb 2 O 5-doped Ti/RuO 2-ZrO 2) are synthesized at
four different Zr/Ru molar ratios using the Pechini method to account for the effects of ZrO 2 …

Electrolyzed oxidizing water (EO water) is a new disinfectant, which has been proved to
possess the high bactericidal efficiency against a wide variety of microorganisms ranging …

Reactive chlorine-mediated electrochemical water treatment necessitates selective chlorine
evolution reaction (ClER) versus parallel oxygen evolution reaction (OER) in mild pH (7–10) …

In the present work, the evolution of chlorine-related species was investigated by cyclic
voltammetric, polarization and electrolytic analyses in order to establish whether their …