The hydrophobic inlet valve of the hydrophobic expansion device was opened wide, causing the safety valve of the expansion device to overpressure. What is the reason for this?
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The hydrophobic inlet valve of the hydrophobic expansion device was opened wide, causing the safety valve of the expansion device to overpressure. What is the reason for this?
As the high-temperature hydrophobicity increases, more vapor is generated during flash evaporation. To maintain balance and reduce the amount of vapor produced by flash evaporation, it is necessary to increase the saturated temperature; this in turn raises the saturated pressure, meaning that the operating pressure increases as well. Is the hydrophobic expansion vessel equipped with a cooling water spray system? Just passing cold water through it is sufficient.
Is it possible that the design of the hydrophobic expansion vessel is too small?
This post was last edited by 201060706 on 2018-8-9 at 11:13. Has your design institute conducted any calculations? ? ? Normally, it is calculated by the design institute. I encountered a wild goose design firm that couldn’t do anything at all. What is the size of your hydrophobic volume? ?
Now, he uses the electric valve located behind the air tank to adjust the amount of steam that enters the expansion vessel. We recommend installing a stop valve at the steam inlet of the expansion vessel, using this stop valve to control the amount of steam that enters it. The valve is currently under procurement
It’s likely that your plan won’t achieve the results you expect