Chillers for industrial use
Cooling systems are primarily used in efficient climate control comfort. When making an investment in air conditioning systems. Climatic conditions such as air temperature, time of the day, humidity and air movement determine the preferred comfort range for the most appropriate type of cooling system both for domestic and industrial use. With a wide range of options available variables such as low energy use, low running costs, greenhouse gas emissions and portability are major factors that trim down the selection.
Cooling systems are grouped in three types, namely: fans, evaporative coolers and refrigerated air conditioners. Among the three refrigerated air conditioners cool, dehumidify and re-circulate room air. One of the best solutions for heating and air conditioning needs are industrial chiller. It dehumidifies air in commercial and industrial facilities using either a vapor compression or absorption cycle.
Industrial chillers are categorized on the different application and processes as to how they dehumidify the air. Two types of refrigerant condensers include water-cooled chillers or air-cooled chillers. Refrigerated air conditioners are suitable in any climate. It consists of an indoor and outdoor coil which is connected by a pipe carrying a refrigerant gas. It dehumidifies the room by absorbing the air over the internal coil and carrying it to the external coil where it is released outside. Once the warm air is filtered and made cold it is blown back into the room.
Water cooled chiller rejects heat to a water source such as a cooling tower. It is basically the process of acquiring heat from the environment and using water to cool it down. Heat in the atmosphere passes through sealed tubes which contains the refrigerant coolant. The liquid refrigerant flows and heat changes into vapor so it can be released into the atmosphere as cool air. The process repeats itself as condensed droplets of liquid refrigerant falls into the bottom of the condenser.
Air cooled chiller uses an evaporator to remove heat from the atmosphere. Heat is absorbed in a chill evaporator through heat exchange and travels to chill refrigeration so it turns into dense gas. The vapor passes through the central chamber of the evaporator which connects with the compressor, into a condenser and back to the evaporator again. Once hot air is filtered and the process is completed cold gas is expelled into the environment.
For industrial and commercial uses chillers vary depending on capacity, model type and purpose. Regardless the huge selection, chillers serve one purpose and that is to eliminate heat in the atmosphere. Life expectancy of chillers will greatly rely on regular cleaning and preservation. Proper maintenance offers a very high rate of return and reduced energy costs for buyers and investors.
Christopher Miguel is one of a writer for web design and process chillers.
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