【Q&A Question 051】June 10, 2016
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【Q&A Question 051】June 10, 2016: What are the ways to increase the hydrogen partial pressure in a reaction system? The answer key will be available after responding; scoring is based on answering the key points. Increase the amount of hydrogen waste discharged, reduce the temperature of cold high-pressure fractions, improve the purity of fresh hydrogen, and enhance the desulfurization of recycled hydrogen.
1 Increase system pressure 2 Improve the purity of recycled hydrogen 3 Reduce the processing volume
Increase the pressure of the reaction system, improve the purity of the recycled hydrogen, enhance the purity of the supplementary hydrogen, increase the amount of hydrogen waste discharged, and reduce the amount of light gas sent to the inlet of the new hydrogen generator
1 Increase the pressure of the entire system； 2 Improve the purity of new hydrogen ； 3 Increase the flow rate of recycled hydrogen ； 4 Improve the purity of recycled hydrogen ； 5 Increase the emission of waste hydrogen; 6 Reduce the amount of low-pressure gas sent to the inlet of the new hydrogen machine.
1) Increase the pressure of the entire system； 2) Improve the purity of the hydrogen supplied ； 3) Increase the flow rate of recycled hydrogen ； 4) Improve the purity of recycled hydrogen ； 5) Increase the emission of waste hydrogen ； 6) Reduce the amount of low-pressure gas flowing to the inlet of the new hydrogen machine.
1) Increase the pressure of the entire system； 2) Improve the purity of the hydrogen supplied ； 3) Increase the flow rate of recycled hydrogen ； 4) Improve the purity of recycled hydrogen ； 5) Increase the emission of waste hydrogen ； 6) Reduce the amount of low-pressure gas flowing to the inlet of the new hydrogen machine.
Increase the amount of fresh hydrogen, raise waste hydrogen emissions, and improve the purity of fresh hydrogen
Increase the amount of new hydrogen injected； Increase the circulation hydrogen injection rate ； Emit inert components
1) Increase the pressure of the entire system 2) Improve the purity of the fresh hydrogen 3) Increase the flow rate of the recycled hydrogen 4) Improve the purity of the recycled hydrogen 5) Increase the amount of waste hydrogen emitted.
Increase the load on the new hydrogen generator, reduce the amount of circulating hydrogen, and decrease the amount of feed oil