Design calculation of condenser
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Today I encountered a case involving the design calculations for a condenser; the data was provided by the client, as follows: Parameters for the tube-type condenser – Medium: wastewater; flow rate: 12 t/h; temperature: from 50°C to 35°C; temperature of the refrigerant: 15°C. Is there any issue with this? I was a bit confused while watching it. How should it be calculated?
Doesn’t the water side of this condenser see its temperature rise? How can the temperature drop? And how is the area calculated? Please help clarify this, thank you
If the refrigerant is R22, how is the heat exchange area calculated? The wastewater cools down while the refrigerant heats up. It’s the first time I’ve encountered this, and I still don’t understand it. Could you explain it in more detail? Or where can it be seen? Thank you
Leverage EDR software; otherwise, the estimates will be inaccurate. EDR is widely recognized by everyone
I have a question: will the temperature remain at 15 degrees even after the Freon is heated?
The refrigerant does not increase in temperature; rather, it undergoes a phase change. Evaporation absorbs heat, while compression and condensation release heat.
What is a refrigerant? There’s not even that – what are you thinking?