What is the difference between the reformed hydrogenolysis reaction and the cracking reaction?
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Hydrogenolysis is a functional process for metals. What is the difference between hydrocracking and hydrogenolysis reactions in cracking? What can we learn from the C3/C1 ratio?
I remember that hydrolysis reactions generally produce small molecules of C1C3 structure, while cracking reactions convert long-chain molecules into shorter ones; not all the products are small molecules. In simple terms, it means the degree of hydrogenolysis is greater than that of cracking
How to interpret the C3/C1 value to understand the water-chlorine balance?
The hydrolysis reaction primarily produces methane; the catalytic metal function is involved in cracking reactions, which mainly yield C3 and C4 compounds, while the catalytic acidity function plays a role in this process as well
A high C1 value indicates that the metal has a very strong hydrogenolysis tendency, such as Ni
Why does the system have a strong dry metal function? It contains more C1