Reactor loading factor
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I did a search on the forum and found a post from 2009: The ratio of the filling volume to the total volume of a reactor is called the loading factor. Depending on the properties of the material and the conditions of the reaction, different loading factors are required for reactors. For example, when there is a lot of foam or boiling during the reaction, the loading factor can only be around 0.65; when there is little foam and no strong swirling, it can range from 0.7 to 0.75. In general, it should not exceed 0.8. In other words, for a reactor with a total capacity of 12 m3, the amount of material that can be loaded into it is usually around 8 m3. https://bbs.hcbbs.com/thread-417366-1-1.html” Is there any design manual or specification from which the selection of this coefficient is derived? It would be good to have examples of media used in such cases.
It seems to be real; the source is unknown. Let’s check the Chemical Process Design Manual to see
I saw this in a book before; however, it’s rarely illustrated with actual media examples – the terms used are mainly things like easy to foam and difficult to foam!
Depending on the properties of the materials and the conditions of the reaction, the reactor should have different loading coefficients... As I understand it, the coefficients mentioned above are merely for reference. It depends on the specific circumstances.