V-Type Dry Cooling Tower

Dry cooling tower is a heat exchanger equipped with fans for coolant cooling, which circulates in a closed loop. Cooling of the coolant in this device is due to the flow of ambient air, pumped by fans. Dry cooling tower is designed for outdoor installation, water with glycol is used as a coolant, which protects it from freezing.
V Type Dry Fluid Cooler is one type of Cooling tower also one type of Heat Exchanger.
which uses ambient air as the cooling medium, and uses blower (blower type or induced draft type) to force air to pass through the cooling tube bundle with fins, so that the high-temperature process fluid in the tube can be cooled or condensed. The air-cooled heat exchanger or dry fluid cooler is usually composed of three basic parts: fin tube bundle for heat exchange, fan and frame, and auxiliary parts such as louver (diversion), maintenance platform and ladder. Compared with water-cooled heat exchanger, or wet cooling tower , using natural air as cooling medium can save water resources, reduce the discharge of industrial sewage and better protect the water environment. Air cooled heat exchanger can and has been widely used in petroleum, chemical, thermal power plants, polysilicon, PVC, metallurgy, cement production lines, waste incineration power plants and other fields. And in the future, it has a broad application space in the field of new material synthesis and manufacturing.

Structural Diagram

When used, evaporation of the coolant (water) does not occur, because it circulates in a closed loop and, therefore, it does not become contaminated, does not require additional cleaning after cooling. Thanks to the addition of glycol, the entire circuit is protected from defrosting. The use of a dry cooling tower does not lead to chemical contamination and an increase in air humidity, it is tried to be used in places where much attention is paid to the environmental situation.

More Images of V-Type Dry Cooling Tower

Benefits of V-Type Dry Cooling Tower

  • Significant savings in water and electricity
  • Significant reduction of carbon dioxide emissions into the atmosphere
  • High operational reliability of the equipment
  • Reduction of operating costs
  • Adaptation to complex operating conditions
  • Protection from leaks
  • Built-in control systems
  • Full availability for work
  • Versatility of installations
  • Different types of heat exchanger units

Application of V-Type Dry Cooling Tower

  • All kinds of control systems
  • Wide power range
  • High-performance fans
  • Transportation by crane without the use of traverse
  • Possibility of regulation from the air inlet side

For the convenience of selection and installation of equipment on objects of various sizes, including in hard-to-reach places, dry cooling towers are represented by four main types: vertical, horizontal heat exchange unit, V- or W-shaped heat exchange unit.