Thanks danw2 for your valuable input.
If the gauge is filled with liquid (glycerine) then I don't need to use movement damping.
If there is restriction to use liquid then I have to move for that movement damping.
Hi,
I have come up with a pressure gauge data sheet and found a parameter called "movement damping".
What does "movement damping" in pressure gauge really means in data sheet?
I have gone through that term and found out that "Dampened Movement" minimizes effects of vibration without liquid...
Thanks EmmanuelTop for sharing your view.
The truth is that I have both arrangements in my design.
If SS304/316 is susceptible to process fluid, then should V-2 be sized for CS11 and process liquid despite being the part of N2 system?
Thanks.
Dear EmmanuelTop ,
Thanks for your concern in this matter.
You are right about your concept.
I have added pdf file which contains 2 possible figures and the data sheet for V-2 valve sizing.
For figure-1, V-3 valve data sheet contains inlet N2 fluid properties for valve sizing.
The problem is...
Hi,
I have a data sheet of a On/Off valve. The valve is intended to be operated for N2 gas.
The downstream of the valve get mixed with the process liquid.
But the data sheet contains process condition(fluid properties) for liquid instead of gas.
Both fluid process conditions are different at...
Thanks Latexman for your valuable feedback.
Is Kay's Rule is similarly applicable for liquid mixtures?
Is there any dependency of Critical Temperature and pressure on operating T and P?
Thanks.
Hi,
What could be the critical pressure of a mixture (suppose N2 and H2O)?
Would it be the critical pressure of N2 and H2O (Both)?
Or, it would be a different one other than both of these?
Many thanks.
Shiplu48
Thanks Latexman for your input.
It can be done by your mentioned procedure if I have enough data.
If I want to find it by using heat of reaction (exothermic reaction) for a certain period of time would it be possible to get temperature change?
Thanks.
Hi,
What does super critical fluid really means?
As from common knowledge it implies any substance at a temperature and pressure above its critical point, where distinct liquid and gas phases do not exist.
If it is that than how CO2 and water could be the most commonly used super critical...