Tower Fill

Fill out is formed in the form of diat encourages the hot water to flow in a thin film. This is achieved due to the production fill with extremelv large surface area. As the water flow on the die surface to fill, an increasing number of hot water enters the atmosphere, diereby increasing the rate of evaporation and decreased tower approach. Finally, fill designed to reduce the internal volume of flowing parts for the atmosphere as it moves through the die tower. This design increases the speed of the atmosphere as it passes through the water film, thereby reducing its vapour pressure and increasing the rate of evaporation.

Tower fill can be constructed from wood or metal sheets but the new tower of plastics. Most of the towers of the use of polyvinyl chloride (PVC) plastics, manufactured in mobile handsets or slats. PVC plastic formulations easier than wood or metal fills so they reduce the initial cost of die tower and its installation. They are also easier to maintain, because they do not corrode or contribute to the growth of mold. PVC fill lasts the life of the tower without incurring unacceptable levels of degradation of solar and environmental sources.

Location fill and orientation inside the body depends on the type of convection employed in the tower. Natural convection towers typically use a plate-type PVC fill because it is a more low air flow resistance. SOT, PVC filling is used in the forced draft, since it is a large area of water surface into the atmosphere. In these towers, ambient air is drawn in through die honeycomb core installed on one or two sides of the hull. He goes filling in the center of die tower and appeals to the top of the chassis with die axial fan. All forced draught expel moist air dirough top of the die case. These towers construction do not require drift eliminators, because most of the droplets of water fall from the atmosphere at lower velocities.

Draft design are used in applications for which a compact housing need. The case of this type tower is less than diat on forced draught or natural draft tower of the same capacity. Draught cooling towers use high static pressure fans to release air from the database, or the side of the chassis using PVC moulding. High pressure, high speed cooling fans, necessary for production of the required cooling in a compact housing. Reiki is often used because they work better than the honeycomb core of these high speed applications. These high speed tower require the use of drift eliminators output to capture some of the water droplets entrained in a rapidly changing environment. These drops hit the partitions die separators, reducing the amount of make-up water needed tower...