Kcspl FRP Cooling Tower, Color : Blue for Industrial

frp cooling tower -15 tr- 1500 tr capacity.

frp (fiber reinforced plastic) counterflow cooling towers are a popular type of cooling tower used to dissipate heat from process water in various industrial and commercial applications. here are some specifications for an frp counterflow cooling tower:

• capacity: the cooling tower should be designed to meet the specific heat rejection requirements of the system it serves. the capacity of the cooling tower should be specified in terms of the flow rate of water to be cooled, measured in gallons per minute (gpm).
• materials of construction: the cooling tower structure and components should be made of corrosion-resistant frp material. this material is lightweight, durable, and resistant to weathering and uv radiation.
• fan: the fan should be a direct-drive, axial-flow type with adjustable pitch blades to provide the required air flow. the fan should be designed to operate at the specified performance range and meet the noise requirements.
• water distribution system: the water distribution system should be designed to uniformly distribute water over the entire fill surface area. the system should be designed to provide a minimum of 0.25 gallons per minute of water flow per square foot of fill area.
• fill: the fill should be of a type that provides maximum heat transfer, and resistance to fouling and scaling. it should be constructed of corrosion-resistant frp material.
• drift eliminator: the drift eliminator should be of a design that effectively reduces the amount of water vapor that escapes from the cooling tower. it should be constructed of corrosion-resistant frp material.
• basin: the basin should be designed to provide sufficient volume to contain the maximum flow of water in the tower, plus a safety margin. it should be constructed of corrosion-resistant frp material.
• support structure: the support structure should be designed to withstand the loads imposed by the cooling tower, including wind, seismic, and dead loads. it should be constructed of frp material or other suitable materials that are suitable for the environmental conditions.