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Oasis Iceberg

13

2024

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07

Characteristics of Closed-Circuit Cooling Towers


Closed-circuit cooling towers are, to date, the cooling equipment that best meets the needs of enterprises for long-term development. They possess the following characteristics:

Closed-circuit cooling towers are, to date, the cooling equipment that best meets the needs of enterprises for long-term development. They possess the following characteristics:

I. Excellent heat exchange performance.

Utilizing the latent heat of water evaporation for heat exchange significantly enhances heat transfer efficiency, making it one of the most ideal energy-saving and environmentally friendly cooling devices available today. By optimizing the ratio of tube type, tube pass, and tube length, highly efficient heat transfer is achieved.

2: The equipment is stable, reliable, and has a low failure rate.

Both the fan and the pump are equipped with high-quality bearings, ensuring long service life and high efficiency. The fan features a direct-drive design, eliminating transmission losses, resulting in low noise, large airflow, and a low failure rate.

3: Easy to operate and maintain.

Modular design, making manufacturing, installation, inspection, and maintenance convenient.

Four: Low operating costs, energy-efficient, and environmentally friendly.

The product features a unique structural design and exceptional thermal performance, resulting in low condensation temperatures and energy- and water-saving operation.

5. Utilizes variable-frequency control for precise process parameter regulation.

An inverter and other components can be added according to user needs, and the system can be adjusted based on ambient temperature to achieve precise control.

Six: Save land area and ensure a reasonable and aesthetically pleasing layout.

The BFL product integrates a traditional condenser, cooling tower, circulating water pump, water tank, and piping into a single unit, enabling normal operation without the need to add any additional equipment. By eliminating the need for a separate water tank, this design enhances land-use efficiency.