300 RT Cooling tower (Round Type)

1.300 RT Cooling tower cover

300 RT cooling tower is made of fiberglass reinforced polyester (FRP) water-resistant and high quality fiberglass mat.

2.Fan

The 300 RT cooling tower has fans set along the center, carefully engineered to deliver powerful airflow precisely for efficient heat dissipation. With variable speed control and aerodynamic design, it ensures optimal cooling performance across various operating conditions.

 3. Water distribution system:

Efficient water distribution is essential for effective cooling of a cooling tower, and the 300 RT cooling tower does this with careful and precision-engineered water distribution systems, maximizing cooling efficiency while minimizing water wastage.

4. Fill the media

The fill media within the cooling tower plays an increasingly important role in enhancing heat transfer and the 300 RT cooling tower incorporates advanced fill media for optimum thermal performance. Its high surface area and low pressure drop properties ensure efficient heat exchange, facilitating rapid cooling with minimal energy consumption

5. Drift Eliminator

To prevent water loss and maintain air quality, the 300 RT cooling tower is equipped with advanced drift eliminators. These finely designed elements capture water droplets entering the air stream, ensuring minimal water wastage while preserving environmental integrity.

 6.Fill packing

High quality and advanced performance PVC is used, it has high cooling capacity and corrosion resistance. The surface of the infill is corrugated to increase the filling pitch and prevent the infill from clogging and overcome water quality problems.

7.Frame

The framework is made of Hot Dip Galvanized Steel (HDGS) to make the cooling tower rust-free, durable and long service.

Characteristics

1. Fully complies with national standards.

2. Three layers of infill.

3. High-efficiency drift eliminator.

4. Cooling towers dissipate heat from industrial processes by using water evaporation.

5. They efficiently transfer heat from the hot process stream to the atmosphere.

6. They reduce water consumption by recycling cold water.