THE EFFECT OF TEMPERATURE AND WATER CONDUCTIVITY IN HOT BASIN TOWARD EFFECTIVENESS OF COOLING TOWER ON UTILITY UNIT PT. X

Indah Dhamayanthie, Y. Mulyani
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Abstract

PT X is one of the Reviews largest ethanol producing plant in Indonesia, PT X located ± 15 km the northeast of Solo or 110 Km to the south of Central Java, SeAprilang. Cooling Tower is a tower or building of water circulation directly or indirectly contact with hot water and then converted into cold water expected that a number of heat from a fluid to another fluid. The Cooling Tower operates According to the diffusion principle, where temperature changes can result in a difference in the rate of temperature displacement. From the process in the cooling tower unit there are Several variables contained in the cooling towers ranging from the temperature and water conductivity in the hot basin. Obtained from the variables can be used to analyze the effectiveness of the cooling tower unit. When the conductivity contained in the water in the basin of hot high then the effectiveness of cooling tower will Decrease, likewise vice versa. And the value of effectiveness Obtained range of 76.12% - 87.80%. Where the company's standard value is 75% effectiveness. There are Several factors Determining the high value of conductivity values such as chemical mixing, high temperature in the cooling tower, and the temperature around the cooling tower.
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某电厂热盆温度和水传导性对冷却塔效能的影响
PT X是review在印尼最大的乙醇生产厂之一,PT X位于梭罗东北方向15公里处或SeAprilang中爪哇以南110公里处。冷却塔是水循环塔或建筑物与热水直接或间接接触,然后预期将若干热量从一种流体转化为冷水,传递给另一种流体。冷却塔根据扩散原理运行,温度变化会导致温度位移速率的差异。从冷却塔单元的过程来看,冷却塔中包含几个变量,从温度到热盆中的水电导率。由此得到的变量可用于分析冷却塔机组的有效性。当盆内热水的导电性高时,冷却塔的效率会降低,反之亦然。得到的有效性值范围为76.12% ~ 87.80%。公司的标准值是75%的有效性。化学混合、冷却塔内高温、冷却塔周围温度等因素决定了电导率值的高值。
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