Continuous reforming regeneration process flow
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This post was last edited by Refiner on 2017-11-1 08:37. May I ask, who among you knows about this? Reformation reaction regeneration process flow
The temperature drop in the first reforming reactor is too large; how should it be adjusted?
Find a book to read first, and ask specific questions if you have any.
The feed temperature to the second reactor can be increased by raising the temperature in the heating furnace, or the catalyst’s activity can be reduced
Reverse the temperature drop by a certain amount; if it is too high, the severity of the reaction can be reduced.
UOP or IFP? Moving bed or fixed bed?
Now, there are quite a few continuous reforming units being put into operation, so there must be quite a number of people in this field
Reduce the reaction severity; this kind of situation usually occurs when a new catalyst is put into use, as the catalyst has high activity and excellent dehydrogenation performance. In such cases, cooling of the first reaction stage is carried out while ensuring that the product quality remains satisfactory.