首页> 外文会议>2006 Cooling Technology Institute Annual Conference >EXPERIENCE WITH MONITORING AND CONTROL OF MICROBIOLOGICAL GROWTH DUE TO HYDROCARBON INGRESS IN OPEN COOLING WATER SYSTEMS
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EXPERIENCE WITH MONITORING AND CONTROL OF MICROBIOLOGICAL GROWTH DUE TO HYDROCARBON INGRESS IN OPEN COOLING WATER SYSTEMS

机译:开放式冷却水系统中因烃侵入而引起的微生物生长监测和控制的经验

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Monitoring and controlling microbial growth is vital to the success. of a comprehensive cooling water treatment program. Hydrocarbon ingress to the cooling water requires novel approaches to control microbiological fouling. An understanding of the factors that affect microbial growth rates and the components of an effective bacterial mitigation program can minimize the severity of biofouling in the cooling water system.Experience obtained over the years has allowed development of guidelines that minimize microbiological growth and prevent shut down of the plant during hydrocarbon excursions. This paper examines one case study that illustrates the performance of a biocide treatment program and the importance of correct monitoring in a hydrocarbon environment.
机译:监测和控制微生物的生长对于成功至关重要。全面的冷却水处理程序。碳氢化合物进入冷却水需要新颖的方法来控制微生物结垢。了解影响微生物生长速率的因素以及有效的细菌缓解程序的组成部分,可以使冷却水系统中生物积垢的严重程度降至最低。 多年的经验使制定指导方针成为可能,该指导方针最大程度地减少了微生物的生长,并防止了碳氢化合物偏移期间工厂的停产。本文研究了一个案例研究,该案例说明了杀菌剂处理程序的性能以及在碳氢化合物环境中进行正确监测的重要性。

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