Why is the average hydrogen partial pressure in the reactor 10-15% lower than the hydrogen partial pressure at the reactor inlet?
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Why is the average hydrogen partial pressure in the reactor 10-15% lower than the hydrogen partial pressure at the reactor inlet?
The reason why the average hydrogen partial pressure in the reactor is 10–15% lower than the hydrogen partial pressure at the reactor inlet is that the purity of hydrogen at the inlet is the highest, while the purity of hydrogen gas produced by the reactions at the outlet is the lowest.
The reaction process consumes hydrogen, while generating gases such as hydrogen sulfide and ammonia, which leads to a decrease in hydrogen partial pressure.
This is easy to understand: the reaction process consumes hydrogen, while simultaneously producing gases such as hydrogen sulfide, ammonia, methane, and ethane, which results in a decrease in the average hydrogen partial pressure within the reactor.
If it’s the same, then there’s no response; it’s just a direct connection.
That’s right; this is closely related to the amount of reactant fed in, the properties of the raw materials, the value of the reaction CAT, and changes in hydrogen purity.
The simplest answer is that the partial pressure of hydrogen at the point where new hydrogen is added must be the highest!
How to calculate the hydrogen partial pressure? Thank you! ! !