DEVELOPMENT OF HALFCELL POTENTIOMETER FOR MEASURING CORROSION

Abstract

Traditional corrosion measurement techniques often lack the required precision and sensitivity for real-time monitoring, hindering effective preventive measures. The newly developed half-cell potentiometer addresses these limitations by incorporating effective electrochemical principles and technology [1]. The device enables precise potential difference measurements between a reference electrode and a corroding metal surface, yielding valuable insights into corrosion rates and mechanisms. Innovation in corrosion measurement is critical for industries such as infrastructure, energy, and manufacturing, where the detrimental effects of corrosion lead to substantial economic losses and safety concerns. The newly developed half-cell potentiometer bridges the gap between traditional measurement techniques and contemporary demands for precision and efficiency [2]. By enabling timely and accurate corrosion monitoring, this advancement promises to revolutionize corrosion control strategies and contribute to the longevity and sustainability of various systems and structures [3].