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FRP Counter Flow Bottle and Square Type Cooling Towers
FRP Cooling Towers are withstand corrosion, resist water borne bacteria's and organisms and it is light in weight. Vertical induced draft counter-flow design permits installation in any direction with freedom. Begin round the air flow through the tower is move evenly distributed. It consumes less power (energy) overall because of less air resistance to water, saving in operational costs.
Casing
Made of selected grade materials of Fiber Glass Reinforced Plastic & Resins. Additional embossing is done for extra strength, FB casing and basins are designed to withstand server gh wind load and to resist corrosion. Water basin is completely leak proof, which avoids spillage & seepage of water. It is sump to ensure maximum water level at all times & made of FRP with additional stiffening take care water weight.
Fill
Honeycomb P.V.C fills are used for extended contact area having high transfer efficiency. The crossing of air & water streams in close proximity, which creates a diffused turbulence conducive to evaporation & efficient head transfer. A per-eminet quality & log life fill consists of modular block of PVC honey combs construction to create prolonged contact time of hot air with water for maximum heat transfer.
Nozzles
General fill consists of honey PVC flim type splash deck is modules with high resistant to corrosion & highly efficient for heat transfer Water Distribution System: The hot water is rased by hot water riser & taken inside by a P.V.C hot water header inside
Motor
Special low RPM totally enclosed motors of Vertical, Flange type with enlarged & Threaded shaft and sealed top is supplied with cooling with cooling tower. The motor is also weather proof and IP-55 construction.
Fan
The Fan consists of axial propeller Fan blades of special alloy aluminum blade s of aero dynamic designed axial flow type to achieve high efficiency. Adjustable pitch blades are used for maximum utilization of applied horsepower and connected to a common Aluminum Allow Hub. The fan is dynamically balanced.
References
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