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Typical fluid flow velocities for common liquids, gases and vapors. FluidTypical Velocity(ft/min)(m/s)Natural gas, , steel pipe600030Oil lubricating, steel pipe3001.5Oxygen, stainless steel1800 - 40009 - 2032 more rows
Compressor stations are located about every 70 miles along each pipeline to boost the pressure that is lost through the friction of natural gas moving at about 15 miles per hour through the pipes. In summer months when the demand for natural gas is lower, natural gas companies can store their excess supply.
The maximum allowable flow velocity in a typical gas pipeline is usually 5 to 12 m/s for a typical natural gas. Beyond 15 m/s carbon dioxide (CO2) corrosion becomes an issue and any faster than 18 m/s the noise becomes unacceptable.
Q: What is the typical natural gas pipe velocity, and what is the maximum gas pipe velocity? A: For underground installations, 20 m/s is normal. Maximum velocity in a pipeline, on the other hand, is defined by available pressure, but in control and safety valves, it can be allowed up to 100 m/s.
The gas is compressed when it comes out of the wells, and this compression helps it move at about 15 miles per hour through the pipes.