The cooling tower is not designed with sufficient capacity, resulting in poor cooling efficiency of the circulating water. How to solve this?
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Due to insufficient design capacity of the cooling towers, the circulating water cannot be cooled to the required temperature; however, it is not possible to add more cooling towers and fans on site. What other ways are there to lower the water temperature?
Since you haven’t uploaded the detailed data for the cooling tower! I can’t help you solve it completely either! For example, what does a tower look like? Square or round? The size of the fan, air displacement volume, and so on. . . Since you want to solve the problem! I hope you can provide detailed information regarding cooling towers.
You can consider the following aspects! 1. Filler 2. Fan 3. Motor
You can consider using part of the circulating water, such as for feeding desalinated water, and then replenishing it with fresh water at low temperature
It is possible to adjust the atomization effect of the return water, increase the amount of fresh water added, and discharge some of the circulating water! But since you don’t have detailed information, it’s hard for anyone to say anything
1. Based on the production status of the equipment, further verify the heat load of each cooler, and adjust appropriately the balance between the inflow and outflow volumes of water in the cooler circulation system； 2. Adjust the blade angle of the cooling tower fan appropriately to increase air volume ； 3. Operate at a lower concentration ratio, add more fresh water, as the water temperature is low.
Reply to 6# Liangjian Wudi: I fully agree with what was said on floor 6.
If it’s indeed not enough, the only option is to increase the amount of fresh water added.
1. It’s okay to add fresh industrial raw water, but then those potions will be wasted – after all, they are quite expensive. Hehe, it’s cheaper to make ice at night; you can add it to the pool gradually during the day :D.
There are also some issues with the circulating water in our workshop at the moment, but these problems can be resolved through improvements to the manufacturing process.
Improving the treatment of circulating water can also help address some of the problems. Additionally, it is necessary to review the past records of your plant’s heat exchangers, focusing on the comparison between load and cooling efficiency, to determine whether scaling inside the tubes is the cause.