The issue of the amount of circulating hydrogen
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Will the circulation hydrogen volume decrease as the reactor pressure drop gradually increases? In other words, with the turbine and the composition of the circulation hydrogen remaining unchanged, what determines a decrease in the circulation hydrogen volume?
The reactor pressure is increasing, and the amount of circulating hydrogen does not decrease. Is the turbine you mentioned the one that provides power for the circulating hydrogen?
We process naphtha here. The amount of recycled hydrogen is proportional to the amount of naphtha. It has a significant impact on the amount of circulating hydrogen
Naphtha is a light component that vaporizes easily
The reaction pressure drop increases, as does the pressure difference between the inlet and outlet of the circulator; when this difference reaches a certain level, the flow rate decreases, and in severe cases, surge can occur
Yes, the circulating hydrogen compressor is mainly used to supply the amount of circulating hydrogen
Yes, the circulating hydrogen compressor is mainly used to supply the amount of circulating hydrogen
Yes, the circulating hydrogen compressor is mainly used to supply the amount of circulating hydrogen
I can’t think of any other reasons at the moment; the only factor that comes to mind is the pressure difference in the reactor. The pressure difference in our reactor has reached 0.7 Mpa, and this is likely to have an impact on the recycle hydrogen compressor
When the reactor pressure drop increases to a certain level, the amount of recycle hydrogen will decrease.