Problems with circulating water
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Why can the temperature of the circulating water in the circulating water workshop drop by about 10 degrees as it flows downward? What is the principle behind this? ?
It’s hard to answer that! The title isn’t complete, but water flow will definitely help with heat dissipation; not to mention that there’s a cooling system installed in the middle!
I don’t quite understand! By \"why can the temperature of the circulating water in the circulating water workshop drop by about 10 degrees as it flows downward,\" the poster is referring to the cooling tower, right? Nothing else is possible, right?
Cooling towers contain fillers that help dissipate heat from the water; with additional cooling systems such as fans, it is not difficult to reduce the temperature by ten degrees.
As the water flows, it undergoes convective heat exchange with the air, and the contact area is increased by the packing, which allows the temperature to drop
Has it passed through the circulating water from the cooling tower? Cooling it down with air cooling should achieve what you mentioned.
The circulating water plant is supposed to provide the power for water circulation and to handle the circulating water; therefore, the reduction in temperature is achieved through devices such as cooling towers
When you take a bath at home, do you feel it’s cooler when you change the shower head from a jet mode to a spray mode? It would be even cooler if there was a stream of air blowing from bottom to top as well. That’s how the cooling towers in the circulating water plant reduce temperature.
Due to heat dissipation and air condensation
Oh, thank you all. I don’t know either; no one knew the answers to the questions asked by the supervisor during the training
Do you mean the circulating water tower? The principle is that evaporation carries away heat, thereby cooling it down!