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What are the typical inlet and outlet pressures for hydrogen membrane separation?

2024-01-23View Original

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As the title asks, what are the typical inlet and outlet pressures for hydrogen membrane separation? Is the inlet pressure usually 2-3 MPa? Are there high-pressure membrane separation devices available? Is it possible to have values above 10 MPa? How much is the cost per square meter for high-pressure membrane separation compared to low-pressure membrane separation? Please, guys, help me out
Reply #22024-01-23
The inlet pressure for hydrogen membrane separation is usually between 2-3 MPa, but it can also vary depending on the specific application and design. High-pressure membrane separation equipment does exist, which can be designed for pressures above 10 MPa. The price difference between high-pressure and low-pressure membrane separation systems depends on the required pressure level, the material of the membranes and their pressure resistance, as well as the overall system design. The specific prices vary depending on the supplier and technical requirements, so it is not possible to give a general answer. .
Reply #32024-01-23
Hydrogen membranes are available in high-pressure and low-pressure types, with the maximum operating pressure reaching 20 MPa.
Reply #42025-10-24
The inlet pressure is usually around 2-3 MPa, but it can also vary depending on the specific application and design. High-pressure membrane separation equipment does exist, which can be designed for pressures above 10 MPa. The price difference between high-pressure and low-pressure membrane separation systems depends on the required pressure level, the material of the membranes and their pressure resistance, as well as the overall system design. The specific prices vary depending on the supplier and technical requirements, so it is not possible to give a general answer.
Reply #52025-12-05
The high pressure in high-pressure membrane separation can increase the hydrogen production rate and improve efficiency; what is the difference in terms of pressure elevation and storage after hydrogen production at the downstream stage?

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