FRP Square Shape Cooling Towers Manufacturers

FRP Square Shape Cooling Towers

FRP Square type Cooling Towers operates on the induced draft counter flow principle operation. The fan creates air movement vertically pulled upwards on tower across the fills in opposition to the water flow.

Hot circulating water enters the water inlet headers and sprays through non clogging PP spray nozzle. Water distribution is even. Well designed PVC Drift Eliminators are fitted to reduce Drift Losses. Square Fiber Glass Cooling Towers are provided with Inspection door for easy access for inspection and maintenance.

Square shape cooling towers Square Type Cooling Towers

FRP SQUARE SHAPE COOLING TOWERS CONSTRUCTION MATERIAL

CASING

Cooling Tower Casing is made of selected grade materials of tough Fiber Glass Reinforced Polyster and resins etc. An additional embossing is provided for extra strength of large Cooling Towers

HEADER PIPE

The header pipe designed for proper distribution of water over the FILLS so that proper contact time for air to water is achieved. The header pipe is manufactured in G.I., P.P. with FRP moulded construction which makes it NON CORROSIVE TYPE & Long Lasting.

WATER DISTRIBUTION NOZZLE

We are offering low pressure drop, non-clogging, ABS make solid cone type nozzle for distributing the water on the fill pack area. Each nozzle is designed to operate on a water fluctuating load as good as 20%. Each nozzle can cater the service area of 1.2m x 1.2m at an inlet pressure of 0.3 kg. Per cm.sq.

DRIFT ELIMINATOR

CCS Drift eliminators, to reduce carry over losses through of moistures drop in the air stream. The individual drift eliminators of s-shaped corrugated sheets are bonded with subsequent layer to creat the structure.

PVC HONEY COMB FILLS

PVC Honeycomb type fills having extended contact area. Splits incoming air and water into several streams spread evenly across the water cross section increasing heat transfer rate easy to replace.

COOLING TOWER SELECTION

To select the right cooling tower, following specifications are required. Rate of water circulation (Flow rate):_______________ LPM or m3 / Hr. Hot water temperature:__________________________ 0C / F Cold water temperature:_________________________ 0C / F Ambient wet bulb temperature:____________________ 0C / F Applications:__________________________________