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Why Dimensionally Stable Anodes and Titanium Plates are Used for Electrodeposition Of Copper? Recently, dimensionally stable anode (DSA) for the electrochemical reaction is used in various electric industries such as electroplating, non-degradable wastewater treatment, seawater purification, catalyst electrode of the fuel cell. The electrodeposited copper foil process was reduction copper from electrolyte using DSA and titanium plate cathode. High current is applied in this process, copper is deposited at a high rate on the cath

Comparing Lead Alloy Anode and MMO Coated Titanium Anode for Electro Galvanizing The growing importance of high-speed electroplating and electro galvanizing has led to the careful consideration of the processes occurring at the anode as well as the cathode. A soluble anode appears advantageous because metal ions in the solution should be maintained at the desired concentration. However, non-uniform dissolution, passivation, and faradaic inefficiency are known to occur. The inter-electrode gap necessarily increases and the anodes mu

How Lead Dioxide (pbo2) Anode is Used in Textile Wastewater Treatment? Electrochemical methods offer an environmentally friendly way of removing toxic inorganic or organic species via redox reactions. These methods may be a good option for textile wastewater treatment, since they are easy to implement, versatile, and can lead to high organic and color removals; their main drawbacks regarding the use of electrical energy and the poor current efficiencies attained at low pollutant concentrations. However, the use of adequate ano

Why Iridium Coated on Titanium Substrate is an Excellent Material for Oxygen Evolution Reaction? The anodic oxygen evolution reaction (OER) has significant importance in many electrochemical technologies. In anodic oxygen evolution reaction (OER), due to the extremely corrosive acidic environment and the high potential required to drive this reaction. Only a few materials are able to meet the necessary requirements to simultaneously provide sufficient reactivity and durability in harsh oxidizing conditions. Typically those are o