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

In this experimental study, the hydrogen production performance of aqueous solutions of N a
C l, KC l, and C a C l 2 salts via an electrochemical method through a chlor-alkali reactor is …

High oxygen evolution overpotential and low corrosion resistance are regarded as the main
drawbacks of anode materials in zinc electrowinning. To improve the electrocatalytic activity …

This study presents an eco‐conscious approach to enhance the efficiency of the Suzuki–
Miyaura cross‐coupling reaction. We first synthesized graphene oxide nanosheets using the …

Sodium hydroxide is the most common strong base used in the chemical industry worldwide.
Industrially, it is produced by variations of the electrolytic Chlor-Alkali process, which have …

Electro-activated sulfite system (E-SO 3 2−) was an emerging advanced oxidation
technology, but its kinetics and process optimization have been overlooked. This study …

Electrocatalytic electrodes with low cost, excellent oxygen evolution reaction (OER) activity,
and stability are urgently needed in industrial electrolysis fields. In this work, Ti/SnO2–Sb–Ir …

This paper addresses the influence of bubbling flow and service life of the Ti| Ti–Ru–Ir-
oxides anode during the electrosynthesis of HClO in a laboratory-scale filter-press-type …

In this work, a series of novel mixed metal oxide (MMO) electrodes with the composition
Ti/RuO2Sb2O4Pt x (0≤ x≤ 10.0) were developed, envisaging their application in a …

Deactivation of the dimensionally stable anode (DSA) restricts their long-term service in the
harsh electrolysis industries. In this work, Ti/Ir x Pb1–x O2/RuIrSnO2 electrodes with …