Modular Cooling Tower

Modular Cooling Tower are same as like Induced Draft Counter Flow Cooling tower,
Adding no of cooling tower in series to form a modular cooling tower. This modular cooling tower is used where large amount water flow rate and need better result . this type of cooling tower works on the same principle as like counter flow induced draft Cooling tower. But this looks in large in size and very lengthy. It need more space.

Structural Diagram

TIPO Modular cooling tower are induced-draft cooling towers made of FRP. The structure of our FRPP series (support beams and columns) is made of composite continuous fiberglass pultruded sections .. FRPP cooling towers are positioned over a concrete basin. , the size of a single cell ranges from 6m X 6m to 15m X 15m. When the concrete basin is ready on site, we sends its assembly teams to the job site, where one team sets the pultruded FRP structure, and the other furnishes the cell once the first team has erected it. Pultruded FRP cooling towers have become an alternative solution to traditional concrete cooling towers, since in many cases they cost less and their erection time is much shorter than that of cooling towers made entirely of concrete. In addition, pultruded FRP towers in many cases offer superior corrosion
resistance.

More Images of Modular Cooling Tower

  • Type: Counterflow
  • Fabrication: Field-assembled
  • Material: FRP/MS HDG/Pultruded FRP Channel
  • Air Flow: Induced draft
  • Capacity: 2,000,000 – 20,000,000 kcal/hr per cell
  • Water Flow: 400 – 4,000 m³/hr per cell
  • Industries: Oil and Gas, Pharmaceutical, Power Plants, Refineries

Features

  • Longest service life in harsh environments
  • Erected on site
  • Pultruded FRP fill support
  • Pultruded fiberglass polyester field-erected cooling towers
  • Heavy-duty cooling towers designed for industrial applications
  • Optimal thermal performance design
  • Highly resistant to corrosive environments

Options

  • Polypropylene fill for high-temperature water
  • Turbo-Splash fill for poor-quality water
  • Forced-draft design
  • Low-noise fans
  • Heat exchangers with VFD
  • Wooden infrastructure and insulated rubber