The data existing in this work relate to the study (Chloride effects on the electrochemical degradation of micro-alloyed steel (MAS) in E20 simulated fuel ethanol blend (SFGE) (Joseph, 2017) [1]. Corrosion rates of MAS versus chloride concentration in E20 are presented. Potentiodynamic polarization tests data were also covered. Composition analysis of the corrosion products as well as images of the samples' surfaces before and after testing were also presented. The calculations are based on ASTM Standard G1-03 for determining mass loss and corrosion rates. Data are valuable to assess that there is increase in corrosion rate with increase in chloride. Hence, it is noted that chloride could be reduced to the barest minimum in fuel ethanol. Pitting form of corrosion are presented in the scanning electron microscopic images.
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Joseph et al. (2020) studied this question.
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