How to calculate how much heat is conducted and how much steam is produced? It’s better to have a formula
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There is a vertical water jacket available, as shown in the attachment; the temperature inside it is 900 degrees Celsius. How can one calculate how much heat is transferred to the water inside the jacket? 41 square meters – how much steam can it produce? With calculation formulas. Thank you, master. Please help! reward_7ree
Q=kA△tm: heat transfer coefficient, heat exchange area
Thank you. If the thickness of the corundum castable on the inner wall is 100 millimeters, how is it calculated?
This should be like this, right! The jacketed tube functions as a heat exchanger; the heat exchange area is a known value, and the overall heat transfer coefficient is calculated based on the physical properties of the fluids on both sides. To determine the heat transfer amount, one needs to know the volumetric flow rate of the hot fluid and the temperature difference. Calculate △tm using the company’s formula Q=kA△tm, and then determine the amount of steam required based on the parameters you want for the steam. This is calculated using the heat exchanger method; if it’s incorrect, please correct me without being harsh!
Guys, if anyone has technical manuals or other materials related to thermal engineering that I can use to learn from, including practical information on heat exchanger design, I’m willing to offer rewards in return! :handshake
There are many books on heat exchanger calculations; please leave me an email address and I’ll send them to you.
Okay, guowenchen168@126.com. If there are any programs for thermal design, please send them along as well. Thank you.
What major did the original poster study?
In the field of metallurgical machinery, and later mainly engaged in the production management of pressure vessels.
Hello, shasheng_6 – could you send me some information related to heat exchangers and waste heat boilers? Thank you in advance!