(April 11 Reward Post) On the calculation of the heat transfer coefficient for reaction vessels
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Regarding the calculation of the heat transfer coefficient for the reactor: This equipment uses jacketed steam heating, and it is equipped with a mixing mechanism inside the reactor to increase the heat transfer coefficient and ensure uniform heating. Question: 1. How is the heat transfer coefficient between the inner wall of the kettle and the medium calculated? 2. Temperature control method: It is possible to achieve this by using a steam control valve to regulate the steam flow, while keeping the steam pressure constant (the temperature monitoring point is located at a temperature-sensitive area inside the tank). Thank you, friend, for your advice. This post was last edited by vivo1314 on 2009-4-11 18:56.]
Refer to the design guidelines for vertical stirred-tank reactors, which include information on the process design and mechanical design of such reactors: http://bbs.hcbbs.com/viewthread.php?tid=189582
I can’t unzip the file from the link above; it seems to be very useful. I hope you can help resolve this issue
The heat transfer coefficient can be calculated using the principles of chemical engineering
Where is the inner wall of the kettle? Is it the inner wall of the pot?
In the principles of chemical engineering, it seems that only heat exchangers are mentioned; I think it should be the same
I’m looking for the same thing; I plan to build an acid mixing tank and need to control the heat inside the tank.
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