首页> 外文期刊>Journal of nuclear science and technology >Applicability of Chemical Cleaning Process to Steam Generator Secondary Side, (IV) Comprehensive Applicability Evaluation of Chemical Cleaning and Its Effect on Integrity of Other Structural Materials Other than Steam Generator Tubes
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Applicability of Chemical Cleaning Process to Steam Generator Secondary Side, (IV) Comprehensive Applicability Evaluation of Chemical Cleaning and Its Effect on Integrity of Other Structural Materials Other than Steam Generator Tubes

机译:化学清洗工艺对蒸汽发生器二次侧的适用性,(IV)化学清洗的综合适用性评估及其对除蒸汽发生器管以外的其他结构材料完整性的影响

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The application of chemical cleaning for dissolving and removing scale and sludge is being planned in the Japanese pressurized water reactor (PWR) plant in order to maintain high heat transfer performance and to prevent steam generator (SG) tube degradation. In this paper, the effectiveness of the Electric Power Research Institute (EPRI) and German Kraftwerk Union (KWU) processes on the integrity of structural materials other than SG tubes and the comprehensive applicability of chemical cleaning are discussed. The integrity of structural materials such as carbon steel, low-alloy steel and stainless steel was maintained after the EPRI and KWU processes. KWU chemical cleaning tailored for crevice cleaning has been studied to improve its cleaning effectiveness in crevices and to control the corrosion depth of structural materials less than the criterion for corrosion depth.
机译:日本计划在压水堆(PWR)工厂中使用化学清洁剂来溶解和去除水垢和污泥,以保持较高的传热性能并防止蒸汽发生器(SG)管道退化。本文讨论了电力研究所(EPRI)和德国Kraftwerk联盟(KWU)工艺对除SG管之外的结构材料的完整性以及化学清洗的综合适用性的有效性。经过EPRI和KWU处理后,保持了碳钢,低合金钢和不锈钢等结构材料的完整性。研究了为缝隙清洁量身定制的KWU化学清洁剂,以提高其在缝隙中的清洁效果,并控制结构材料的腐蚀深度小于腐蚀深度标准。

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