Wooden Cooling Tower

Induced draft axial type fan assembly with pitch adjustable fan blades. Fan blades material could be FRP Aluminium extrusion or Aluminium alloy. Fan hub material is H.D.G.Steel.

The driveshaft transmits power from the motor to the gear reducer. It must be highly corrosion-resistant, well-balanced, and capable of handling significant torque and misalignment. Operating within the tower, it endures long-term cyclical operation and occasional human error.

The Target nozzle is an injection-molded polypropylene unit with an integral target diffuser and a snap-on insert. It comes in three lengths: 2.625″ for unobstructed releases, 4.875″ for larger industrial towers or clogging concerns, and 6.875″ for clearing obstructions. Proper placement ensures optimal water distribution over the cooling tower fill.

Electrical Fan Motor Is Specially Designed for Cooling Tower Application. Has Low Rpm, Long Shaft Fitment and Vertical Mounted for Better Airflow, Reducing Vibration and Low Noise Pollution. Test [Total Enclosed Surface Cooled] Insulated Ip-55 Grade with Weatherproof Design Sustain in Bad Weather.

The gearbox reduces motor speed for the cooling tower fan, with a minimum service factor of 2.0 and bearing life over 100,000 hours. Without it, motors would be massive to handle the required torque. The fan operates between 100 to 200 RPM, commonly at 1800 RPM.

The Wooden Cooling Tower fan deck is horizontal surface found at the top of the tower. The fan Deck is a grade place to soak up the sun. It provides the axis to the various mechanical components of the cooling tower. Depending upon the configuration. The fan deck will be constructed of the plywood / FRP.

Open gravity type basin made of tongue and grooved treated timber Plank / marine Plywood fitted with polypropylene spiral target nozzles to have uniform hot water Distribution over the entire fill area.

Imported Pine Woods Are Used in Casing Structures. Wood is treated for Working in Water and Bad Weather. Structure Is Covered with Asbestos Sheet or FRP Sheet.

We use Treated Pinewood Wooden Fills or PVC V Type Splash Bars in our cooling towers for efficient water cooling. The fills enhance cooling by breaking up water droplets and increasing contact time with air. This process increases heat transfer, cooling the water effectively.

The fill support grid is made of SS304 and FRP, ensuring durability and corrosion resistance from raw water. It supports water drops’ portability via thin horizontal stripes and is secured in uniformly spaced tiers. These grids are attached with special clips under the water distribution systems and are suitable for all cooling tower sizes.

The Drift Eliminator are used to capture the water droplets in the air steam that otherwise would be lose to the atmosphere. The Drift Eliminator are specially to achieve the maximum efficiency in both counter flow and cross flow cooling tower application with various product option to minimize the pressure drops.
Materials Used:
Treated Pinewood, UV Resistant , U-PVC

Flow control valves, designed for cooling towers, have capacities of 300 to 2200 m3/h and sizes from 150 to 300 NB. Made of heavy-duty cast iron with stainless steel valve stems, they ensure low head losses. A protective coating resists corrosion.

The standard cladding of profile corrugated asbestos cement sheet, the joints of which are lapped to shed water only inside the cooling tower. Louvers are supported and positioned by combination tower columns and louvers supports.