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Improving the Water Efficiency of Cooling Production System

机译:提高制冷生产系统的用水效率

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摘要

For most of the time, cooling towers (CTs) of cooling systems operate under partial load conditions and by regulating the air circulation with a variable frequency drive (VFD), significant reduction in the fan power can be achieved. In Kuwait and other counties of Arabian Peninsula, reduced airflow can lead to reduction in water consumption as well, since during the summer season, the dry bulb temperature of the ambient air is higher than the incoming hot water temperature, and the air undergoes sensible cooling. This paper presents the findings of a study conducted in the Avenues mall, Kuwait. Initially, the CTs operated only at high speed, and on a typical summer day nearly one fourth of the make-up water was used for self cooling of air. The study based on measured data revealed that the use of VFD can reduce the water wastage for self-cooling of air by as much as 75% and overall water consumption by 18.6% while keeping the cooling system performance at design level.
机译:在大多数情况下,冷却系统的冷却塔(CT)在部分负载条件下运行,通过使用变频驱动器(VFD)调节空气流通,可以显着降低风扇功率。在科威特和阿拉伯半岛的其他县,气流减少也可以导致水的消耗减少,因为在夏季,周围空气的干球温度高于进入的热水温度,并且空气经过明显冷却。本文介绍了在科威特Avenues购物中心进行的一项研究的结果。最初,CT仅以高速运行,在典型的夏季,将近四分之一的补充水用于空气的自冷却。根据测量数据进行的研究表明,使用VFD可以将空气自冷却的水浪费减少75%,将总用水量减少18.6%,同时将冷却系统的性能保持在设计水平。

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