Closed Circuit Hybrid Flow Cooling Tower (DBH Series)

Strong Cooling Capacity: The composite flow design can handle large heat loads, suitable for high-temperature and large temperature difference conditions.  Under the same cooling capacity, initial investment and energy consumption may be lower.
Stable Operation: The co-current airflow and water flow design prevents "dry spots" at the bottom of the coil, reducing scaling; improved airflow organization reduces "air blockage," and the closed-loop system ensures stable water quality, reducing corrosion and clogging.

Water and Energy Saving: High-efficiency drift eliminators reduce water loss, and the spray water temperature is lower after heat exchange through the packing layer, reducing the required head of the cooling water pump and lowering operating costs.

Good Adaptability:  Single-sided or double-sided air intake is possible, with flexible interfaces for easy combination of multiple units, adapting to different sites; the packing material can be upgraded to high-temperature resistant materials to handle diverse operating conditions.

Convenient Maintenance: Equipped with multiple inspection doors and internal walkways, some parts can be maintained without shutting down the system; the nozzles are less prone to clogging, reducing maintenance costs.

Structure and Noise: The structure is relatively complex, and the volume may be larger; the packing layer reduces falling water noise, making it suitable for noise-sensitive environments.