Separation of methanol and hydrogen
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In industrial production, hydrogen is generated during the reaction, and this hydrogen carries away the methanol from the reactor. The flow rate is 500 m³/h; hydrogen makes up the majority of the gas mixture. The methanol concentration is approximately 180,000 mg/m³. I want to separate methanol from hydrogen, so that the methanol can be recovered or directly burned. Or could membrane separation be used? Will methanol affect the membranes?
If the concentration is too low, the membrane separation effect may not be good!
If the water content in the recovered hydrogen is acceptable, washing to remove methanol is the simplest method.
This falls under the category of gas-liquid separation, right? In my humble opinion, for this flow rate to achieve the best separation effect, a demister should be able to solve the problem perfectly.
Membrane separation requires heating; using pressure swing adsorbents, hydrogen can be purified to 99.99% purity. You can call 1309984684
The emission standard is 50 mg/m³. Can water washing meet this standard?
The emission standard is 50 mg/m³. Can water washing meet this standard?