首页> 外文会议>Annual North American Waste to Energy Conference(NAWTEC13); 20050523-25; Orlando,FL(US) >A NEW NON-INVASIVE AIR-COOLED CONDENSER MONITORING METHODOLOGY TO INCREASE PERFORMANCE
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A NEW NON-INVASIVE AIR-COOLED CONDENSER MONITORING METHODOLOGY TO INCREASE PERFORMANCE

机译:一种新的非侵入式空冷冷凝器监测方法,可提高性能

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摘要

Air-Cooled Condenser performance can significantly affect WTE plants bottom-line. Most of the possible ACC performance improvement solutions require some important capital costs (fin tubes replacement, fans blades or motor upgrade, additional ACC cells, addition of preventive air re-circulation panels, etc...). A new low cost tool and methodology is now allowing to gain a very detailed understanding of ACC behaviours and to optimize ACC operations and cleaning schedules. This article is illustrated by the case-study of a WTE located in the south of France (equipped with a 5.5 MW GE condensing turbine), where the facility performance was strongly limited by its ACC, and where additional turbine generator output of more than 1 MW were achieved.
机译:风冷冷凝器的性能会严重影响WTE工厂的底线。大多数可能的ACC性能改进解决方案都需要一些重要的资本成本(更换翅片管,风扇叶片或电动机升级,附加的ACC电池,添加预防性空气再循环面板等)。现在,一种新的低成本工具和方法可以非常详细地了解ACC行为,并优化ACC操作和清洁时间表。本文以法国南部的WTE(配备5.5兆瓦GE冷凝式涡轮机)的案例研究为例,该装置的性能受到其ACC的严格限制,并且涡轮发电机的额外输出超过1台。达到了兆瓦。

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