• Counter-flow Closed Circuit Cooling Towers / Evaporative Closed-circuit Coolers

    Counter-flow Closed Circuit Cooling Towers / Evaporative Closed-circuit Coolers

    The cooled dry air enters through the louvers on each sides of the tower in the bottom, and drawn upwards and over the coils by the force from the axial fan which installed on the top, agitating the falling water (came from the water distribution system) and increasing the transfer efficiency of heat in a state of hot wet air discharged out of the tower into the atmosphere. During this working process, a small amount of the re-circulating water evaporates due to latent heat transfer through the tube and walls of the coils, removing heat from the system. In this mode of operation, due to the evaporative performance lower the leaving water temperatures and the fan energy been saved.

  • Cross-flow Closed Circuit Cooling Towers / Evaporative Closed-circuit Coolers

    Cross-flow Closed Circuit Cooling Towers / Evaporative Closed-circuit Coolers

    As induced draft type cross flow evaporative cooling tower, the tower fluid (water, oil or propylene glycol) is used to provide cooling which is enclosed in a coil and is not exposed directly to the air. The coil serves to isolate the process fluid from the outside air, keeping it clean and contaminate free in a closed loop. Outside of the coil, there is water spraying over the coil and mixes with the outside air to discharge warm air from the cooling tower to the atmosphere as a portion of the water evaporates. Cold water outside of the coil is re-circulated and reused: the cool water loops back to the beginning of the process to absorb more heat during evaporating. It helps maintain a clean process fluid which will reduce the maintenance and operation costs. 

  • Induced Draft Cooling Towers with Rectangular Appearance

    Induced Draft Cooling Towers with Rectangular Appearance

    The open circuit cooling towers are devices which make use of a natural principle: a minimum quantity of water dissipates the heat by the forced evaporation to cool down the relevant equipments.

  • Round Bottle Type Counter-flow Cooling Towers

    Round Bottle Type Counter-flow Cooling Towers

    An open circuit cooling tower is a heat exchanger, which enables water to be cooled through direct contact with air.

    The heat transfer from the water to the air is carried out partly by sensible heat transfer, but mainly by latent heat transfer (evaporation of part of the water into the air), which makes it possible to reach cooling temperatures lower than ambient temperatures.

  • Induced Draft Cross-flow Towers for Power Generation, Large-scale HVAC and Industrial Facilities

    Induced Draft Cross-flow Towers for Power Generation, Large-scale HVAC and Industrial Facilities

    This series cooling towers are induced draft, cross-flow towers and tailored according to customer’s requirements on performance, structure, drift, power consumption, pump head and target cost.

  • Cheap Water Cold Counter Flow Closed Loop Cooling Tower

    Cheap Water Cold Counter Flow Closed Loop Cooling Tower

    Product core introduction Experience reduced water consumption with ICE closed circuit coolers; designed utilizing ICE finned coil technology. Easier to maintain than open-system cooling towers, ICE closed circuit coolers are an excellent option for any cooling system. Highly versatile, the coolers have a variety of applications, from cooling industrial process equipment to maintaining temperatures in data centers and computer rooms to chemical manufacturing and everything in between. Princ...
  • Industrial Water Chiller Closed Circuit Cooling Tower

    Industrial Water Chiller Closed Circuit Cooling Tower

    Closed cooling tower is a heat exchanger between ambient air and circulating water, so it is also called closed circuit cooler.
    Compared with open cooling tower, closed type is water saving and scale less.

  • China Efficient Wet Stainless Steel Induce Draft Counter Flow Closed Cooling Tower

    China Efficient Wet Stainless Steel Induce Draft Counter Flow Closed Cooling Tower

    In a closed circuit cooling tower, the tower fluid (water, oil or propylene glycol) is used to provide cooling which is enclosed in a coil and is not exposed directly to the air. The coil serves to isolate the process fluid from the outside air, keeping it clean and contaminate free in a closed loop.Outside of the coil, there is water spraying over the coil and mixes with the outside air to discharge warm air from the cooling tower to the atmosphere as a portion of the water evaporates.  Cold water outside of the coil is re-circulated and reused: the cool water loops back to the beginning of the process to absorb more heat during evaporating.

  • Overseas Service Provided Industrial Closed Water Cooling Tower Manufacturer

    Overseas Service Provided Industrial Closed Water Cooling Tower Manufacturer

    Cooling Tower are used in ferrous metallurgy / environmental protection  /petrochemical engineering ;mechanical engineering /heavy industry.In these systems ,a water cooled chiller or a water cooled condenser paired with the cooling tower to reject the unwwnated and lower the temperature.Industrial cooling towers are used t oremove heat from varios machines as well as heating materials in the process .Some common applications are oil refineries ,thermal power stations ,chemical plats ,etc.

  • ICE Series Counter Flow Closed Water Cooling Tower

    ICE Series Counter Flow Closed Water Cooling Tower

    ICE Series closed circuit coolingTower are of regular capacities from 6 to 520 nominal tons. Casing made in special alloy coated steel or stainless steel, Heat exchange coils made in stainless steel or red copper. GTM Towers tend to be more compact, taking less installation space, working without any wet deck fill, more suitable to cool hot water of higher inlet temperature. The towers dimensions can be customized to suit standard containers or particular project conditions. GTM towers are widely applied in different fields, to cool circulating water, oil or other process fluid for Melting/ Vacuum/ Multi-crystal Furnaces, Induction Heaters, Compressors, Heat Pumps, Metal Parts Production Lines, Hydraulic Stations, Power Generators, Transformers, Converters, etc.