Tower Characteristics Of The Flow Of
As with other types of heat exchangers, the towers can be classified according to the direction of their flow streams. In the forced-draft counterflow tower is identified by the fans at the base, forcing of the atmosphere by filling in the form of hot water falls into the cold water basin. In these designs, where the atmosphere and water move past each other in opposite directions, die warm air satisfies the warm water, increase CIRCULATION and the intensity of heat.
Draft crossflow cooling tower fans that push the atmosphere horizontally through the fill on the way to die of falling water. In these structures, flows move perpendicularly to each other. Induced-draft counterflow tower is determined by the fan located on the crystal upper part of the body that draws the atmosphere vertically, using the fill. Liquid flows into each other in opposite directions. Induced-draft crossflow cooling tower, identified by a fan at the top, which draws the atmosphere horizontally through the pouring through the hot water falling in the cold water basin. Each configuration has its own advantages and disadvantages, based on the process and square of the tower's installation. Forced-air and exhaust tower requires less horsepower because they enjoy a large fan. Forced draft nave less carbon dioxide, so they use a blower, which is many times smaller (die same rate of flow.
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Industrial