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Corrosion Inhibition Effect of Clove Essential Oil Extract with Basil and Atlas Cedar Oil on Mild Steel in Dilute Acid Environment

机译:稀酸环境中丁香和阿特拉斯雪松油的腐蚀抑制效果

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The corrosion inhibition effect of clove, atlas cedar, and basil essential oil extracts on mild steel was studied. Clove essential oil was separately admixed with basil oil extract (CBO) and atlas cedar oil extract (CAO) in 0.5 M H_2SO_4 and HC1 solutions. Weight loss measurement, potentiodynamic polarization technique, and optical microscopy were used to evaluate their performance. The two admixed inhibitor compounds performed effectively at most concentrations with highest inhibition performance of 95.48 and 95.32% in H_2SO_4 solution. In HCl solution, the inhibition performance of CBO and CAO inhibitor compounds are 92.7 and 97.98%. CBO and CAO displayed mixed inhibiting properties with dominant cathodic inhibition effect. Severe surface degradation was visible on the non-inhibited steels in H2SO4 while extensive localized degradation was visible on the non-inhibited steel from HCl solution. The presence of CBO and CAO inhibitor significantly improved the surface of the mild steel.
机译:研究了丁香,阿特拉斯雪松和罗勒精油提取物对温和钢的腐蚀抑制作用。在0.5M H_2SO_4和HC1溶液中单独将Clove精油与罗勒油提取物(CBO)和阿特拉斯雪松(CAO)分开混合。重量损失测量,电位动力学偏振技术和光学显微镜用于评估它们的性能。两个混合抑制剂化合物在最高浓度的浓度下进行,在H_2SO_4溶液中具有95.48和95.32%的最高抑制性能。在HCl溶液中,CBO和CaO抑制剂化合物的抑制性能为92.7和97.98%。 CBO和CAO显示混合抑制性能,具有显性阴极抑制作用。在H2SO4中的非抑制钢上可见严重的表面劣化,而来自HCl溶液的非抑制钢上可见广泛的局部降解。 CBO和CAO抑制剂的存在显着改善了低碳钢表面。

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