Eureka Engineers, based at Aurangabad & Pune Maharastra State in India, established in the year 1999, are one of the Pioneer Manufacturer & Exporters of INDUCED DRAFT COUNTER FLOW FAN TYPE COOLING TOWERS (Both Rectangular & Round Bottle Shape), INDUCED DRAFT FANLESS FILLESS COOLING TOWERS & TREATED TIMBER CROSS FLOW & COUNTER FLOW COOLING TOWERS & AIR WASHER SYSTEMS of various capacities.We, Eureka Engineers, a Pioneer Manufacturer in the field of the FRP Cooling Towers, the company till date has installed and commissioned over 5,000 towers in the country and abroad for various cooling applications in the Automobile Industry, Process Industries, Pharma Industry, Distillery/Sugar Industry,Plastic Industry and HVAC.
Round Bottle Shape Cooling Towers have a long service life and an aesthetic design. The air flow through the Round Bottle Shape Cooling Tower is more even distributed.
Rectangular Shape Cooling Towers operate obn the induced draft counter flow principle operation, The fan creates air movement vertically up the tower across the fills in opposition to the water flow.
Eureka Fanless, Fill Less induced draft cooling Tower. The kinetic energy of water entering the cooling tower is converted into kinetic energy of the air by the use of specially designed ejector nozzles...
A cooling tower is a heat rejection device, which extracts waste heat to the atmosphere though the cooling of a water stream to a lower temperature. Common applications for cooling towers are providing cooled water for air-conditioning, manufacturing and electric power generation. The generic term "Cooling Tower" is used to describe both direct (open circuit) and indirect (closed circuit) heat rejection equipment.
A direct or open-circuit cooling tower is an enclosed structure with internal means to distribute the warm water fed to it over a labyrinth-like packing or "fill." The fill may consist of multiple, mainly vertical, wetted surfaces upon which a thin film of water spreads. An indirect, or closed circuit cooling tower involves no direct contact of the air and the fluid, usually water or a glycol mixture, being cooled. In a counter-flow cooling tower air travels upward through the fill or tube bundles, opposite to the downward motion of the water. In a cross-flow cooling tower air moves horizontally through the fill as the water moves downward. Cooling towers are also characterized by the means by which air is moved. Because evaporation consists of pure water, the concentration of dissolved minerals and other solids in circulating water will tend to increase unless some means of dissolved-solids control, such as blow-down, is provided. Some water is also lost by droplets being carried out with the exhaust air (drift). Cooling towers are a very important part of many Process plants.
They represent a relatively inexpensive and dependable means of removing low grade heat from cooling water. The make-up water source is used to replenish water lost to evaporation. Hot water from heat exchangers is sent to the cooling tower. The water exits the cooling tower and is sent back to the exchangers or to other units for further cooling.
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