An induced draft cooling tower uses a fan to draw air through the tower and over the water to cool it. The fan is located at the top of the tower and draws air in from the sides. It creating a negative pressure that induces air to flow through the tower.
Features of Induced draft cooling tower
- Fan-driven airflow: Induced draft cooling towers use a fan to draw air through the tower. It provides a more controlled and efficient airflow than natural draft cooling towers.
- Modular design: These types of cooling towers are typically designed in modules, which allows for easy installation and replacement of individual components.
- Compact size: It is usually more compact than natural draft cooling towers. So they can be used in smaller spaces or in areas where space is limited.
- Low noise levels: The use of a fan is, They typically operate at lower noise levels than natural draft cooling towers.
- Energy efficiency: These cooling towers are designed to be energy-efficient, using less power than natural draft cooling towers due to the fan-driven airflow.
Benefits of Induced draft cooling tower
- Effective cooling: Induced draft cooling towers are highly effective at cooling water. It makes them suitable for use in a variety of industrial applications.
- Reduced maintenance: Require less maintenance than natural draft cooling towers. Because they have fewer components and are less susceptible to damage from wind or other weather conditions.
- Lower operating costs: These are energy efficiency. Therefore, they can be less expensive to operate than natural draft cooling towers. It can help to reduce overall operating costs.
- Improved safety: There is less risk of hot air or steam being released from the tower, which can improve safety for workers and reduce the risk of equipment damage.