Morrowind card cooling towers Profile; cooling tower is set aerodynamics, thermodynamics, fluid science, chemistry, biochemistry, materials science, static, dynamic multi-disciplinary structural mechanics, and processing technology as one integrated product. Water quality as a function of multiple variables, cooling is more multi-factor, multi-variable and multi-effect integrated process. A variety of disciplines as one integrated product. Water quality as a function of multiple variables, cooling is more multi-factor, multi-variable and multi-effect integrated process. Definition of the cooling tower is the use of air in contact with water (directly or indirectly) to round cooling tower cooling water equipment. Is a water circulating coolant absorbs heat from the system and discharged to the atmosphere, thereby reducing the temperature of the air tower, manufacturing equipment cooling water can be recycled. Applications are mainly used in air-conditioning cooling tower cooling systems, refrigeration series, injection molding, leather, foam, power generation, steam turbine, aluminum processing, air compressors, industrial water cooling and other fields, the most widely used for the air conditioning cooling, refrigeration, plastic chemical industries. Specific division, as follows: A, air temperature adjustment categories: air-conditioning cooling towers located round equipment, refrigerator, freezer, refrigeration, air conditioning, etc.; B, manufacturing and processing categories: food, medicine, metal casting, plastic industry , rubber, textiles, steel mills, chemical industry, petrochemical products, etc.; C, the mechanical operation of cooling categories: generators, turbines, compressors, hydraulic machines, engines, etc.; D, other types of cooling tower industry ...... the role of carrying the waste heat in the cooling tower water by heat exchange with the interior air, and that the waste heat is transferred to the air is scattered into the atmosphere. Classification of the cooling tower cooling towers, ventilation by way of sub: ① natural draft cooling towers; ② mechanical draft cooling towers; ③ mixing ventilation cooling tower water and air by way of the contact points: ① wet cooling towers; ② dry cooling towers; ③ wet and dry cooling towers. A square cross-flow cooling tower water and air flow direction by sub: ① cooling tower; ② cross-flow (direct exchange) cooling tower. By application areas of: ① industrial cooling towers; ② air conditioning cooling towers. According to the noise level of: ① common type cooling towers; ② low noise cooling towers; ③ ultra low noise cooling towers; ④ ultra-quiet cooling tower. According to the shape of: ① round cooling towers: ② square cooling towers. Other types of cooling towers, such as jet-flow cooling tower, no fan cooling tower. Square counterflow cooling tower cooling tower cooling tower is generally constructed mainly by general filler (also known as thermal material), water distribution systems, ventilation equipment, air distribution device (eg: air inlet shutters, wind deflector, wind torso), retaining device ( or water collection device), set the tank (or sump) and other components, different combinations of the above structure can be constructed into different types of cooling towers. Principles generic term "cooling tower" is used to describe the direct (open circuit) and indirect (closed) cooling equipment. While most think of a "cooling tower as a heat sink in direct contact with open" indirect cooling tower, sometimes called "closed circuit cooling tower", but is also a cooling tower. A direct, or open cooling tower is sealed inside the structure as a means to distribute it in warm water to feed the labyrinth packing or "fill." Filling provides a greatly expanded aviation, air heating and evaporation of water interfaces occur. Cooling water, because it is filled by gravity through the falls, and in direct contact with the air across it. The cooling water is then collected in a lower than it was from the back of the pump to absorb more heat basin filled with cold water. Heat and humid air is filled discharge point away from filling the atmosphere from the air inlet remote enough to prevent them from being involved in the cooling tower back. Fill may include multiple, mainly vertical, wet surface on which water-borne (filled) or landscape elements to create a splash with a larger surface area of ??many small droplets cascading several levels film (splash). Indirect, or closed circuit cooling tower does not involve air, liquid, usually water or a glycol mixture in direct contact, to be cooled. The difference is that open cooling towers, indirectly owns two separate fluid circuit cooling tower. Is an external circuit of the water in the second track, which is the process fluid outside the tube bundle heat loop (closed coil) is connected to the closed circuit is cooled and returned. Air is drawn in a cascade of water circulating through the heat tube to provide similar cooling tower open evaporative cooling. In operation of the heat from the internal fluid circuit through the coil tube wall, the external circuit is then evaporated by the heated air and some of the water to the atmosphere. Indirect cooling tower operations, it is very similar to the open cooling tower with one exception. The process fluid is cooled in a "closed" circuit, is not directly exposed to the atmosphere or external circulating water. In counterflow cooling towers or air travel through the tubes filled up, the downward movement across the water. Downward movement in the level of cross-flow cooling tower air moves through the fill water. Cooling towers are also characterized by means of which the aeronautical mobile mechanical draft cooling towers rely on power-driven fan to draw air or forced tower. High growth in the use of natural ventilation cooling tower exhaust chimney to provide draft air buoyancy. Fan-assisted natural ventilation using mechanical draft cooling towers to increase the impact of buoyancy. The draft air wind generated by many of the early cooling tower. If the cooling water from the cooling tower back to reuse some of the water must be replaced or added to the constitution, that part of the flow of evaporation. Including the pure water due to evaporation, minerals and other solids concentration of the circulating water will tend to increase the dissolved unless some dissolved, as against the solids control means to provide. Some water is also lost with the exhaust being undertaken (drift) spray, but this is usually reduced to a very small amount of the bezel like device called drift eliminators, collecting droplets. The amount must be equal to compensate for evaporation, blown down, the total drift, such as wind and other water seepage blowout losses, to maintain a stable level.