Constructed Type Cooling Tower

GRP counter flow cooling towers are used in all sectors such as energy, iron and steel, food as well as in all industries.

GRP counter flow cooling towers are the most preferred type of counter flow cooling towers in recent years. The main advantage of GRP cooling towers is that they are resistant to the destructive effects of water, air and sun. There is no risk of corrosion.

Advantages of pultrusion ctp structural elements used in cooling towers

High strength
Pultrusion GRP profiles approach the strength of steel in tension and compression.

Light weight
80% less than steel, 30% less than aluminium.

Corrosion resistance
' Unaffected by a wide range of abrasive materials; resistant to deterioration.

Quality construction
Cut and drilled to project specifications, GRP profiles will not warp, bend or split after manufacture. This ensures safe and efficient tower erection on site.

Non-conductive
Reduces the risk of electric shock compared to metal towers.

No protective maintenance chemicals are used in the cooling tower structure.

Flame retardant products are available on request.

Catalogue

Counter-flow FRP cooling towers are used in all major sectors such as Energy Plant, Iron-Steel Factory, Food Factory.

In recent years, FRP structured counter flow cooling tower is the most preferred cooling tower types. The most important advantage of FRP cooling tower is resistant to destructive effects of air and the sun. There is no risk for corrosion

Advantages of pultrusion structural members:

High Strength
» Structural pultrusions approximate the strength of steel in tension and compression.

Light Weight
» 80% less than steel, 30% less than aluminum.

Corrosion Resistance
» Impervious to a broad range of corrosive materials; immune to deterioration.

Quality Construction
» Cut and predrilled to exact specifications at Konuk ISI factories,fiberglass pultrusions will not warp, twist, or split after fabrication which simplifies field assembly and component replacement. And, tower construction is safe, reliable and efficient using pultruded structural components.

Non-Conductive
» Reduces the hazard of electrical shock compared with metal structure towers.

No Preservative Treatment Chemicals are used in the cooling tower structure.

Fire-Resistant Formulations are available as an option.

Fills


Splash Type fill	Film Type Fill	Bigudi

Fills improve water distribution by splitting the water stream as it descends through the fill pack. High thermal performance and low pressure drop are balanced by utilizing advanced design and maintaining the highest manufacturing standards.

Fan


Fan With Extruded Aluminum Blades	FRP Ultra Silent Fan	FRP Silent Fan

The standard fans are heavy duty statically balanced axial propeller type. The fans are constructed of extruded aluminum alloy blades, installed in a closely fitted cowl with venturi air inlet for maximum fan efficiency. Each fan blade is individually adjustable. The fan cowl is covered with a heavy gauge hot dip galvanized wire fan guard.

Water Distribution System


Secondary Pipes	Nozel	Open Channel

System shall be designed to evenly and completely distribute the spray water over the coil. Spray nozzles shall be PVC large orifice, non-clogging design.

Drift Eliminator


Sinuzoidal Type Drift Eliminator	Blade Type Drift Eliminators	Cellular Type Drift Eliminators

An extremely efficient PVC drift eliminator system is standard on all Evapco units. The system removes water droplets from the air stream to limit the drift rate to less than 0.001 % of the recirculating water rate.

Mechanical Equipments


Gearbox	FRP Drive Shaft	Motor

Field Erected Cooling Towers