Bottle Shape Round Type Cooling Towers
OVERVIEW OF BOTTLE SHAPE COOLING TOWERS:
Round shape cooling tower are called as Bottle shape cooling towers and induced draft counter flow cooling towers.
BOTTLE SHAPE COOLING TOWERS CAPACITY:
Round shape cooling tower gives 100% cooling efficiencies it’s give good appearance flow rate from 5 M³/Hr To 550 M³/Hr gives differences in temperature 4ºC To30 ºC Availability of Capacities from 5 TR T0 600 TR.
Tipo Heat Exchangers is one of the leading manufacturers of compact and space saving FRP cooling towers. In FRP (Fiber Reinforced Plastic) cooling towers, multiple fibers are joined mutually and are available in form of mat. The mat is joined together with polyester resin, accelerator and catalyst.
Direct access to internal parts; providing easy maintenance and repair.
F R P Cooling Towers can withstand corrosion, to resist water born bacteria and organisms.
Light in weight and permits roof installation without special reinforcement of any kind.
Vertical Induced Draft Counter Flow design permits installation in any direction.
Consumes less power because of less air resistance to water.
A directs Driven Axial Fan ensuring the system free from problems faced with Belt & Gear Drives.
Available in various colors to match aesthetic requirements.
Uniform distribution of water over the honeycomb. Fills is achieved by means of automatic water sprinkler. There is no motor but with the jet recoil force to rotate and distribute water located centrally, it consists of several P.V.C Pipes, on which a series of apertures are drilled longitudinally fitted on lightweight. PVC rotary heady and mounted on sealed ball bearings.
ABR use 2 stage drift eliminators, First state FRP corrosion free flap on the sprinkler arms. Second stage to reduce carry over losses through entrainment of moistures drop in the air stream. ABR Cooling Towers employ a unique honeycomb channel structure to effectively remove moisture from the rising air stream.
PVC Honeycomb 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.