Schedule a Call Back
Round Bottle Cooling Tower
Round Bottle Cooling Tower
Varun Engineers offers Round Bottle Cooling Tower. Varun make induced draft FRP cooling tower is a system based on recycling of water, Which reduces the water consumption, saving energy resulting in low operation & Production costs. Varun design and offers cooling towers to suite specific requirements, and identifies the cooling tower as an integral part of a process rather than an isolated unit. Cooling tower is designed to enhance efficiency of the process as a whole. Hence, relax when it is Varun.
Product & Technology News
- The non rusting Fiberglass Reinforced Polyester (FRP) casing & basin, circular in shape, eliminates special installation requirements. Prevailing wind directions will not affect tower performance.
- Casing: The tower casing is made of FRP. This material is light in weight, durable and non-corrosive. The resilient nature of FRP and adequate structural strength will provide an additional margin of safety during high wind velocities and vibrations.
- Fills: Our standard fill is constructed of a honeycombed PVC film. This honeycomb construction ensures even water distribution and high efficiency water to air heat transfer. The fill shall withstand a maximum inlet water temperature of 55 C.
- Drift Eliminator: It is of PVC fixed type and ensures water carry over losses shall not exceed 0.05% of circulating water flow.
- Water Distribution System: It is static water distribution system made of GI/PVC pipe with multiple branch arms and HDPE spray nozzles for low pressure drop and uniform water distribution throughout the fill area. We can also supply Rotary Sprinkler as per client’s requirement.
- Basin: Basin is made of FRP and it’s completely leak proof’ which avoids spillage and seepage of water. It is deep sump to ensure maximum water level at all times.
- Fan: The axial flow direct driven fans have been specifically designed for cooling tower use. It is made of cast aluminum blades and hub. They provide a large volume of stable air at low pressure while maintaining desired low noise levels.