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Liquid carryover at the outlet of the methanol separator

2011-11-02View Original

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Other factors besides a high liquid level in the separator and issues with the separator’s internal components that can cause liquid to be present at the outlet of the methanol separator? . .
Reply #22011-11-02
The cooling effect is poor; the load is too high!
Reply #32011-11-02
What are the factors that affect the efficiency of alcohol separation? (1) Temperature. It must be at the critical temperature; the lower the temperature, the better. The critical temperature of methanol is 239.4°C at a pressure of 2. The critical pressure of methanol is 8.1 MPa. (3) The quality of the separator’s design and whether the internal components are properly structured. (4) An appropriate gas flow rate; generally, this ranges from 1 to 1.5 m/s. (5) The level of liquid in the separation chamber
Reply #42011-11-02
It is also possible that there is a problem with the design of the separator, resulting in an excessive separation load. It’s also possible that the temperature wasn’t controlled properly.
Reply #52011-11-02
If the temperature isn’t controlled properly, less methanol will condense, which results in a high methanol content in the gas leaving the system. It doesn’t seem to have much to do with liquid present in the outlet, right? !
Reply #62011-11-03
Has your separator been performing poorly all along, or only recently? Is it possible that poor temperature control has led to wax formation, which in turn affects the separation efficiency?
Reply #72011-11-03
Reply to 6# dashagg: The separation effect is quite good. I just simply want to know what causes liquid to appear at the outlet!
Reply #82011-11-04
The influencing factors include: temperature, pressure, flow rate, liquid level, and whether the components are appropriate
Reply #92011-11-09
1. Cooling temperature, whether the cooler is waxing; 2. Excessive circulation volume, which causes loss of fluid; 3. High liquid level; 4. Internal structure
Reply #102011-11-10
If the cooler forms wax, the resistance will increase, but will this cause liquid to be present at the outlet?
Reply #112011-11-10
Reply to 10# kongzhongyun986: An increase in resistance and a faster gas flow rate can cause liquid to be carried along

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