1.1 This time, a total of 2 disinfection exhaust condensers are recruited for the comprehensive fermentation workshop. The fermentation exhaust steam capacity of a single condenser for cooling processing is 10T/h system. The condenser air inlet temperature is about 130C°, the air inlet pressure is 0.10-0.13MPa, and the circulating water (pressure 0.3-0.4MPa) provided has a temperature of 32 C° (in summer) and a wet bulb temperature of 28
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Can anyone please take a look and see if my calculation method is wrong? Please feel free to tell me if I'm wrong. Thank you!
1.2 Process description: The condenser of the comprehensive fermentation workshop first cools the sterilized exhaust gas through circulating water (the discharge temperature of the sterilized exhaust gas after cooling is required to be no more than 40C°), and then discharges it to the exhaust gas treatment system.
(The discharge temperature of the disinfected exhaust gas after cooling is required to be no more than 40C°, and the return temperature of the circulating water is 70C°. If this is not possible, technical assumptions cannot be made.
The heat transfer calculation involves parameters such as heat transfer between the pipe and the media inside and outside the pipe.
How to design it? Can you explain it?
Can you help me calculate it, for a fee?
Can you help me calculate it, for a fee?
Is there a big guy who can give me some answers?
I think the unit of specific heat capacity should not be m3/kg.
1. The system requires shell side or tube side condensation. 2. Is there any specific physical properties or material name on the condensation side?