The two pressures are different
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Both the on-site pressure gauge and the remote monitoring system can provide accurate readings; then why does the pressure increase after the liquefied gas leaves the tank? Please help me figure out what the problem is,????
Check the saturated vapor pressure based on composition and temperature
Bro, the pressure seems the same when digging. I guess you deliberately wrote it differently, calling a chicken a horse, just to tease everyone, right? {:3_51:}
One kilogram of liquefied gas is not common. . It is uncommon to see pipelines from the bottom of a liquefied gas tank for the use of vaporized liquefied gas as fuel. Gas cylinders used as fuel are not pure liquefied gas, but rather a mixture of dry gas, gas, natural gas, and so on. . . Moreover, the fuel gas entering the furnace is not delivered through a single pipe, but rather through one equipped with a control valve or a self-acting control valve. Is the gas pressure for this everlasting light used in the furnace really 2.5 kilograms? ? ?
The temperature of a storage tank is different from that of a gas tank, right? What about the gas composition of the gas canister?
Whether the pressure differs depends on whether the pipes are connected； From the diagram you drew, I understand that on the left there are two evaporators, and on the right there is a liquid separation tank. Check whether the position of the pipes inside the tank is correct, whether they are above or below the liquid level, and refer to the P&ID diagram. I hope this helps you.
Is the pressure in that buffer vaporization tank accurate? I need to confirm.
Pure pipeline connection? That means your gauge is broken; how can pressure be forced into a place with higher pressure when the pressure itself is low?
This post was last edited by Kitty-Liu on 2017-11-21 08:17. Source version: 0.19, user version: 0.24. How do you expect to have a continuous supply like this? It doesn’t make sense. I can only understand that this 0.24 represents fluctuating pressure, going up and down from time to time, with sharp changes. Moreover, the air being exhaled contains liquid.