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Biocorrosion at Embalse Nuclear Power Plant. Analysis of the Effect of a Biocide Product.

机译:禁止核电站的生物腐蚀。杀生物剂产物效果分析。

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Biocorrosion refers to the influence of microorganisms adhered to surfaces, in the corrosion process of metals. At Embalse Nuclear Power Plant (ENPP), this phenomenon has been detected in several water cooling systems. In order to mitigate this process, it was proposed to modify the current chlorhiation water treatment by adding a commercial bromide-based biocide. This study evaluated in situ the effect of the addition of the biocide on biofilm formation and also on the corrosion rate of carbon steel components. The results of the corrosion rate measurements, as well as the evaluation of the kinetics of biofilm growth, showed no significant difference between the former and the modified water treatments. It was concluded that, under the current conditions of operation, the addition of a bromide-based biocide (BBB) does not improve the effectiveness against biofouling and biocorrosion of the water treatment.
机译:生物腐蚀是指金属腐蚀过程中微生物粘附到表面的影响。在Embalse核电站(ENPP),在几种水冷系统中检测到这种现象。为了减轻该方法,提出通过加入基于商业溴化物的杀生物剂来改变目前的致氯水处理。本研究原位评估了杀生物剂对生物膜形成的影响以及碳钢组分的腐蚀速率。腐蚀速率测量的结果,以及生物膜生长动力学的评估,在前者和改性水处理之间没有显着差异。结论是,在目前的作用条件下,添加溴化物的杀生物剂(BBB)并不能提高对水处理的生物污染和生物腐蚀的有效性。

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