Abstract
Investigation of the electrochemical deterioration of mild steel in rice husk agro-waste developed nano-coolant is presented in this study. Corrosion rates of mild steel versus nano-coolant concentration are presented. Linear polarization test data was also covered. Mild steel coupons were immersed in different concentrations (ten concentrations and the control as a reference) of the developed nano-fluid for a period of 24, 48, 72, 96, 120, 144 and 168 h. Corrosion rate was calculated based on ASTM Standard G1–03 standard practice for preparing, cleaning and evaluation of corrosion test specimens. Open circuit potential measurements (OCP) were also carried out. The potential of the steel samples in the nano-fluid with respect to time was investigated. This dataset could be used in evaluating the performance of mild steel in rice husk based nano-coolant.
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