What is the effect of using a catalytic displacement catalyst on the product distribution?
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What is the effect of using a catalytic displacement catalyst on the product distribution?
Current catalysts are classified into those that produce diesel, and those that produce gasoline or liquefied gas; replacing them will certainly have an impact on the composition of the products.
If the catalyst’s activity increases, there will definitely be changes in the product distribution.
What does the original poster want to ask? Each catalyst has a different function
Well, it depends on what processing method you use – whether it’s diesel, gasoline, liquefied petroleum gas, or something else; there are many different processing options available! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !
Catalytic changes, such as altering the catalyst formula or switching to a different model, will gradually affect the distribution of products with the catalyst added later on. It is particularly important to pay attention to the wear resistance indices of the two types of catalysts, as well as to conduct particle size analysis in order to prevent damage to these catalysts during the fluidization process.
If the catalyst is replaced after poisoning, the product distribution will improve; changes in the processing scheme will also result in changes in the product distribution.