Find the inner diameter of the pipe
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Pipeline flow calculation: Given a flow rate of 40 tons per hour and a pressure of 3.5 MP, determine the inner diameter of the pipeline
Divide the flow rate by the cross-sectional area through which the fluid in the pipe flows; take the maximum and minimum values of the flow velocity, and select a value within that range~
Using an economic flow rate of 3 m/s, the area of the circle is obtained by dividing the flow rate by this value, and the diameter is then calculated
1. The title posted by the OP’s friend is likely to spark speculation – gas phase or liquid phase? The results are far apart. 2. If it is in the liquid phase, there is a lack of density value while there is an excess of pressure value; it seems to be in the gas phase ； If it’s in the gas phase, there’s also a lack of temperature. 3. Please take the time to add that
Medium superheated steam, 3.5MPA
For DN200 pipes, a steam flow meter is required; please contact Xiamen Hongkong for this
How is the DN200 steam pipeline calculated? Thank you! ! !