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:) Can it be achieved using the siphon principle? Please advise, experts!
Is it possible to achieve this without adding any devices? It feels a bit difficult, while learning*
Using a siphon shouldn’t work, it seems like it’s just using a compressor after all! Nothing else comes to mind!
Use a jet pump. It can all be evacuated – why worry about introducing gas? ! Hehe
Theoretically, jet pumps can work in this direction – are there any specific examples of their application?
Does anyone know? Could you give an introduction? :) ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
Only by compressing low-pressure gas to a high-pressure state can it be added to the high-pressure gas. Therefore, high-pressure equipment is necessary.
High-pressure equipment is necessary; even jet pumps require high pressure to function
This post was last edited by machun*ao on 2012-3-29 at 19:52. It is feasible to use jet pumps; in our industry, 0.25 MPa of steam is utilized to drive flashing, thereby creating a vacuum with a gauge pressure of -10 KPA to recover the heat from the steam!
A jet pump can be used; it generates a vacuum with gas at higher pressure in order to draw in gas at lower pressure, thus allowing the gases to mix.
If no compressor is used, there is only the ejector. If it is a light hydrocarbon, high-pressure fuel gas is used as the power gas.