Continuous reforming technology
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If continuous reforming is to be used to increase production of aromatics, are there any other effective methods besides replacing it with more efficient catalysts?
This post was last edited by jiutianyunhe on 2020-3-4 at 08:59. 1. Select the initial and final distillation points along the original path, and carry out appropriate cutting to remove the excess material from both ends； Choose raw materials with a higher aromatic potential ； 2. Check whether there is room to improve the hydrogen-to-oil ratio in order to reduce catalyst carbon deposition ； 3. Ensure proper control of catalyst regeneration to maintain normal catalyst performance ； 4. It is possible to try raising the reaction temperature; the higher the reaction temperature, the higher the octane number of the product, as well as the amount of aromatics and hydrogen produced. However, the liquid yield will decrease, and carbon deposition on the catalyst will occur more rapidly.
To increase the production of aromatics through reformation, fundamentally, raw materials with a high aromatic potential are required； All other processing conditions and catalysts are external factors. Internal factors are the basis for change, while external factors are merely conditions for change; external factors can only take effect through internal factors.
If you read a book on aromatic hydrocarbon engineering, you’ll understand