What is the function of the safety valve on the purifier regeneration gas?
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This post was last edited by you*n*nyou on 2012-4-11 at 10:27. The function of the safety valve on the regenerator gas in a purifier… What are the consequences if it activates?………
The safety valve on the purifier’s regeneration gas having activated indicates that there is overpressure in your tower! ! !
To prevent overpressure in the tower, the regenerating gas may also experience overpressure at the beginning of operation when the unit is started up.
This is mainly to prevent air from entering the regeneration system when there is internal leakage in the valve, thereby causing overpressure in the regeneration system. The safety valve here once activated due to air entering
The main concern is that when the system is first started up and air is used as the regeneration gas, an excessive opening rate of the valves could cause overpressure in this pipeline. It’s almost impossible to trigger a trip during normal operation; if the pressure in the upper tower exceeds the limit, the safety valve of that tower will trip first
It is mainly to prevent overpressure in the pipelines when air is used as the regeneration gas during the startup of the molecular sieve system
In what situations are purifiers used, and what are their levels? This is my first time working on gas purification, so I hope everyone can give me a lot of support~
The points made on the fifth and sixth floors are correct; that safety valve only functions when the air separation unit is started up, with air being used as the regenerating gas. To protect the electric heater.
Bro, you know about purifiers and molecular sieves? Hurry up and find a copy of \"Newly Compiled Questions and Answers for Oxygen Workers\" and take a look! Which one is the introductory textbook for this field. Easy to understand. It’s easy to find online.
Thanks, bro. I’ll go check it out~:) Thank you so much for your generous guidance~
Although the regenerated gas is used while driving and under normal conditions, both are used to prevent overpressure; be careful not to damage the adsorption bed layer if the pressure becomes too high.