首页> 外国专利> A METHOD FOR COATING LEAD DIOXIDE ON MILD STEEL BY ELECTRODEPOSITION FROM ALKALINE BATH AND COATED ELECTRODE OBTAINED THEREOF

A METHOD FOR COATING LEAD DIOXIDE ON MILD STEEL BY ELECTRODEPOSITION FROM ALKALINE BATH AND COATED ELECTRODE OBTAINED THEREOF

机译:碱性浴电解沉积低碳钢上二氧化铅的方法及其获得的涂层电极

摘要

ABSTRACT TITLE: A METHOD FOR COATING LEAD DIOXIDE ON MILD STEEL BY ELECTRODEPOSITION FROM ALKALINE BATH AND COATED ELECTRODE OBTAINED THEREOF. The present invention relates to a process for coating lead dioxide onto mild steel by electro-deposition from an alkaline bath containing selective alkaline electrolyte comprising sodium hydroxide, lead monoxide and sodium dodecyl sulphate(SDS). More particularly, the method for the electrodeposition of lead dioxide on mild steel substrate is directed to obtaining thereby a cost-effective and efficient electrocatalyst for the electrochemical oxidation of organic materials present in wastewater. The advancement which is directed to provide an electrode to serve as cost-effective and efficient electrocatalyst having deposited mixture of a and ß PbO2on mild steel base plate with prospects of application such as in textile industry and also in treatment of phenolics in wastewater.
机译:标题:一种通过从碱性浴中进行电沉积并在其中获得涂层的电极在低碳钢上涂覆二氧化铅的方法。本发明涉及通过从含有选择性碱性电解质的碱性浴中进行电沉积将二氧化铅涂覆到低碳钢上的方法,该碱性浴包含氢氧化钠,一氧化铅和十二烷基硫酸钠(SDS)。更特别地,用于在低碳钢基底上电沉积二氧化铅的方法旨在获得一种用于电化学氧化废水中存在的有机材料的经济高效的电催化剂。该进展旨在提供一种电极,该电极用作在高碳钢基板上沉积α和βPbO 2的混合物的成本有效且高效的电催化剂,具有在诸如纺织工业以及废水中的酚类的处理中的应用前景。

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