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Foulant Characteristics Comparison in Recycling Cooling Water System Makeup by Municipal Reclaimed Water and Surface Water in Power Plant

机译:电厂市政再生水和地表水循环冷却水系统组成的污垢特性​​比较

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Due to water shortage, municipal reclaimed water rather than surface water was replenished into recycling cooling water system in power plants in some cities in China. In order to understand the effects of the measure on carbon steel corrosion, characteristics of two kinds of foulant produced in different systems were studied in the paper. Differences between municipal reclaimed water and surface water were analyzed firstly. Then, the weight and the morphology of two kinds of foulant were compared. Moreover, other characteristics including the total number of bacteria, sulfate reducing bacteria, iron bacteria, extracellular polymeric substance (EPS), protein (PN), and polysaccharide (PS) in foulant were analyzed. Based on results, it could be concluded that microbial and corrosive risk would be increased when the system replenished by municipal reclaimed water instead of surface water.
机译:由于缺水,中国一些城市的电厂将市政再生水而不是地表水补充到循环冷却水系统中。为了了解该措施对碳钢腐蚀的影响,本文研究了在不同系统中产生的两种污垢的特性。首先分析了市政再生水与地表水之间的差异。然后,比较了两种污垢的重量和形态。此外,还分析了污垢中细菌的总数,硫酸盐还原细菌,铁细菌,细胞外聚合物(EPS),蛋白质(PN)和多糖(PS)的总数。根据结果​​,可以得出结论,当系统使用市政再生水而不是地表水进行补充时,微生物和腐蚀风险将会增加。

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