Closed circuit cooling tower

a, easy to maintain:

1 The huge space inside the tower provides revolutionary convenience for the routine maintenance of the equipment. The coils, water deflectors and PVC heat sinks can be maintained in the tower.

2 The key part - the repair of the coil is easy because of the reasonable structure of the equipment, and the tower body can be repaired by a single set of coils.

3 Sprinkler system sprinklers and sprinklers and sinks have the most maintenance times, while the sprinkler system is completely exposed. It is convenient to have special guardrails and ladders.

b. Prevent scaling:

Ordinary counterflow closed cooling towers have not been a good way to prevent cooling coil fouling. This product is the biggest feature of the product itself in solving the problem of cooling coil fouling. The factors are as follows:

1. The spray water flows in the same direction as the inhaled fresh air, so that the spray water can wrap the outer wall of the pipe and completely wet it, avoiding the formation of dry spots in the lower part of the pipe as easily as other similar products, and avoiding the formation at the dry spot. Scale.

Feng Shui in the same direction

2. The PVC heat dissipation layer arranged in the equipment is used to reduce the temperature of the spray water. The lower water temperature makes the calcium and magnesium crystal materials which are easy to form scales not easily adhere to the steel pipe, avoiding accumulation and scaling.

C. More reasonable way to enter and exit the wind

The upper and lower packings are taken into the cold side at the same time, and the lower side of the heat exchange tube is discharged through the side top fan. The air flow has a short resistance and can remove heat and humid air in time. The temperature of the cooling water flowing through the surface of the heat exchange coil rises and flows into the filler and the fresh air on the side is fully heat exchanged, and is cooled again. The temperature of the water is greatly reduced and the water is pumped to the heat exchange coil for heat exchange again. .