Which has a better future, catalytic cracking or continuous reforming?
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I’m so confused; I don’t know which one to choose
They all have a future, and their roles in the refinery are of great importance.
I’m so confused – which country has a better future, the United States or Russia? I don’t know which one to **become president of**
Look at the newly developed devices – catalysis remains irreplaceable. :lol
As long as oil is not replaced by other energy sources, these all have a bright future
Both involve fluidization and have a future! ~
Catalytic technology is highly mature, making it difficult to make new discoveries, but reforming is different – new technologies emerge every few years
After decades of development, catalytic cracking has basically reached a point where further significant progress is difficult to achieve. There won’t be any significant changes unless a new generation of catalysts is developed. Catalysts are necessary in refineries where fuel oil is the main product, but there isn’t much potential for further development in this area; hydrocracking might be a solution. Continuous reforming is a relatively new technology with great potential for further development. Moreover, with the implementation of National Standard V, there are higher requirements regarding the low olefin content in gasoline; continuous reforming enables the production of aromatics that help address this issue. Additionally, products such as PX are important raw materials in the chemical industry, so I believe continuous reforming has a brighter future ahead.
The analysis on the 9th floor is reasonable. Among the three major refining processes, FCC has seen the earliest and fastest development; all the latest technologies for cracking and pyrolyzing heavy oils fall under the category of FCC. Therefore, FCC alone is likely to be gradually replaced. The reforming process has evolved from semi-regenerative reforming to third-generation semi-continuous reforming. The name of FCC has changed; reforming now simply implies a continuous process, without referring specifically to semi-regenerative reforming. As a result, both technologies have seen significant improvements, and they will continue to develop in the future – the only difference being their names. For a long time to come, oil will remain the primary energy source for humanity.