Counter Flow Cooling Tower

In a counter flow cooling tower, the direction of the induced air is opposite to that of the water flow. Air is drawn into an open area just below the fill media, which then moves vertically upwards.

Cross Flow Cooling Tower

In a cross-flow cooling tower, the induced air moves horizontally while the waterfalls vertically. Water Flows through the fill media, which increases the contact surface, are as well as the contact time between air and water for better heat transfer.

Maintenance / Up-gradation

Industrial cooling towers commonly last 20 to 30 years and sometimes longer. In contrast with the technology at the time of the design and installation of the cooling tower, today's cutting edge technological advancements can help archive better thermal performances with the same footprint.

Carbon Fiber Drive Shafts

Our driveshafts are available in galvanized steel, stainless steel 304, 316 and carbon fiber, designed to transmit high torque ratings for cooling tower applications. They are tubular, single-span and flexible to compensate for any misalignment. All drive shafts and their components are completely interchangeable and designed as per ANSI/AGMA 9000 - D11.

Metallic Drive Shafts

Our driveshafts are available in galvanized steel, stainless steel 304, 316 and carbon fiber, designed to transmit high torque ratings for cooling tower applications. They are tubular, single-span and flexible to compensate for any misalignment.

Gear Boxes

Our gearboxes are heavy-duty, right-angled, available in both spiral bevel and spiral bevel cum helical type designs. They are specially designed for rugged cooling tower conditions. The rating practice and operation considerations are as per the CTI STD-111 (86) with a factor of safety of over 2.

Drift Eliminator & Fill

Our drift eliminators are available in both PVC and treated timber. They are designed to keep the drift losses below 0.005% in the case of PVC and 0.05% in treated timber. The isokinetic drift loss is measured as per the CTI test code: ATC-140. The flame spread rate is tested according to ASTM E-84.

Nozzles

All NSCT non-clog nozzles are made from inert polypropylene, capable of withstanding severe water conditions. They are available in various designs and sizes to meet the water distribution needs. As the name suggests, their large orifice keeps them free from clogging and diffuser rings ...

Fill

A variety of fills including PVC-V bars, timber splash bars, and cross-corrugated film fill packs are available which are chosen on the basis of the application. Splash bars are used for contaminated water applications, while film fill packs are used to attain higher efficiencies in the cooling tower.

Flow Control Valves

NSCT flow control valves are available in 6", 8",10", 12", 14", 16", 18" and 20" flange diameter sizes. They have a cast iron body, operating handle, locking bar and a stainless steel spindle and neoprene rubber gaskets.

Fan

Designed, tested and manufactured by our company, the axial flow fans are available in both, aluminum and FRP (fiber-reinforced plastic). The material is selected according to the individual application requirements. Each fan assembly is dynamically balanced prior to dispatch. The fan hubs are available in cast iron, hot-dipped galvanized mild steel, and stainless steel.

Safety Device

To prevent the running of the gearbox at below recommended oil levels and to prevent the operation of the tower at excessive vibrations, we provide 'low oil level limit switch' and 'vibration trip switch' to help you.

North Street Cooling Towers Pvt. Ltd.

North Street Cooling Towers Private Limited is pioneer in designing, manufacturing and supply of RCC /Timber/FRP Cooling Towers. We render full services and support to Cooling Tower Installations.

  • C-14, Sector-22, Meerut Road Industrial Area, Ghaziabad-201003, UP, India.
  • Phone: (+91)-120-2788571-72 / (+91)-9810984090
  • sales@nsctpl.in

Dorutay Mühendislik is our distributor for cooling tower spares in Turkey.       dorutay.com

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