Regenerator scorch calculation to determine catalyst storage capacity
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“ How do you understand the "regenerator scorch calculation to determine the catalyst storage amount"? I hope that through the discussion, everyone can understand some issues of device computing.
The storage capacity actually represents the residence time of the catalyst in the regenerator. A large storage capacity means a long coking time and a large amount of coke burning.
The storage capacity actually represents the coking intensity of the regenerator, that is, the ratio of coke production to the catalyst storage capacity.
Can anyone tell me how to calculate the coking amount of the regenerator? Want to learn * Download your knowledge about this!
The amount of catalytic coke generation is determined by the reaction. In order to ensure a certain charring effect, it is necessary to ensure a sufficient amount of regenerated catalyst, because the charring intensity of the regenerator has a certain reasonable range, generally between 100~200kg/ht catalyst. :P