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Experimental Investigation on the effect of Fill materials in Cooling Towers

机译：填充材料在冷却塔中的实验研究

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摘要

The cooling water system is the industry's primary way of conserving water. Modern water cooling towers were invented during the industrial age to dissipate heat when natural cooling water sources were available. The origin of cooling towers made the plant site selection independent of the availability of water source. The development of new, high efficiency film fills produced from light weights, flame retarded PVC reduces the size and weight of cross flow cooling towers. Today's cooling tower combine the latest advanced materials to achieve the optimum balancing of High corrosion resistance, product durability and cost. Based on their specific functions, cooling tower components are designed using the materials with the best combination of corrosion resistance and physical properties. In this work, the coefficient of performance is determined by using Simpson's rule and the performance of cooling tower at various L/G ratios is evaluated. The optimum approach of the tower is calculated.
机译：冷却水系统是行业的保守水的主要方式。在工业时代的工业时代发明的现代水冷却塔在可获得天然冷却水来源时散热。冷却塔的起源使植物部位选择独立于水源的可用性。从重量重量产生的新型高效膜填充的开发，阻燃PVC减小了交叉流冷却塔的尺寸和重量。今天的冷却塔结合了最新的先进材料，实现了高耐腐蚀性，产品耐用性和成本的最佳平衡。基于其特定功能，使用具有耐腐蚀性和物理性质的最佳组合的材料设计冷却塔部件。在这项工作中，通过使用辛普森的规则确定性能系数，并且评估了各种L / g比率的冷却塔的性能。计算塔的最佳方法。

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