Essential Guide To Choosing The Best Type Of Cooling Tower For Your Needs
How do I choose a cooling tower? With most applications, determining and understanding the minimum size a cooling tower should be is crucial. For most wet cooling towers, the ideal size can be understood by a combination of four metrics. These are heat load, approach, range, and wet bulb temperature.
Is cooling tower effective? Cooling tower effectiveness (in percentage) is the ratio of range, to the ideal range, i.e., difference between cooling water inlet temperature and ambient wet bulb temperature, or in other words it is = Range / (Range + Approach).
What are the types of cooling towers? The types of cooling towers based on the air flow generation are Natural draft, Mechanical draft, Cross-flow and Counter-flow towers. Natural Draft cooling towers use the design and shape of the tower itself to move up the air naturally using fans. ... Mechanical Draft towers tend to use a fan to force the air.
What is TR capacity in cooling towers? Some commercial and industrial refrigeration systems are rated in Tons of Refrigeration (TR, tons). A ton is the amount of heat removed by an air conditioning system that would melt 1 ton
What should be the TDS of cooling tower? The TDS concentration of cooling tower water and the pH values depend on its original sources and on the cycle number of circulations inside the building. The TDS values change from 300 to 1,200 ppm.
How do cooling towers reduce water temperature? The decrease in the outlet water temperature by using water path cooling is proved by the conventional heat transfer formulae. The second method deals with the decrease the liquid to gas flow ratio(L/G) by increasing the air velocity with the help of cylinder blocks near the louvers of cooling tower.
What causes high pH in cooling tower? The circulating water is aerated each time it passes over the cooling tower. This reduces the carbon dioxide concentration in the water to the equilibrium value for the atmospheric conditions, causing the pH to rise. The rapid increase in pH across the tower can lead to calcium carbonate scaling on the tower fill.
What is the temperature of cooling tower water? As previously stated, typical HVAC conditions call for an entering water temperature of approximately 95ºF (35.0ºC). All PERFECT Cooling Towers are capable of withstanding temperatures of at least 120ºF (48.9ºC) with standard fill materials..
What is the percentage of evaporation loss in cooling tower? As air rises inside the tower, it receives the latent heat of vaporization from the water, and thus the water is cooled. As a rule of thumb, for every 10°F (5.5°C) of water cooling, 1% total mass of water is lost due to evaporation.
With sound and continuous research and development, PERFECT is dedicated to providing the best quality products with optimum cooling solutions to every customer. PERFECT has successfully evolved and reinvented ourselves to meet the demand and challenges of a constantly changing global market.
FEATURES
PERFECT COOLING TOWERS realized that the true test of Cooling Tower occurs in the field, not in the factory. For this reason, perfect cooling towers commits customer support both before and after the installation.
Our prices provide the best value for a Non-Corrosive Cooling Tower. The combination of our unique design one piece casing and the use of the most advanced technology make our towers some of the best available on the market.
As a leader in the industry we have become competitive in all types of cooling tower projects of any size and design. We are constantly developing newer methods to serve the growing needs in the industry and our efforts have led us to become a highly competitive, full service engineering, design and repair contractor.
Our emphasis on performance and low maintenance continues to give PERFECT the edge in every project design. And our approach to project delivery allows us to begin any size commercial or industrial project before most of our competitors. PERFECT COOLING TOWERS will continue in the tradition of service in the next decade, bringing innovative solutions to our clients with new technologies and techniques for increased cooling capacity and faster project delivery.