Canim Oglum :D

Thanks. I kindly encourage you to be a member of the channel for more videos kzbin.info/door/dzNQwXAxStAlJNN0Gv421Qjoin

Because the same elevation of piping design will give the same upward expansion with the heat exchanger so, on the connection point there will be minimum monent/stress.

@@PipingStressNet I think I understand, it’s about the length of steel from A to B being the same. The diameter of pipe or vessel is irrelevant. Thank you! I’m learning so much from your channel.

Blender

As soon as possible

@@PipingStressNet I hope

You're so welcome!

Thanks 👍

The intention is to make the trunnion sit on the beams. Otherwise the line will move upward from the header that will cause unstable situation.

Thanks

Relief valve

Hi, we don't have this type of experience. We are focusing on piping stress and piping design.

Yes we can

Thank you.

We will

Thanks

Thank You!

Thanks

Thanks.

Thanks.

Thanks.

Thanks

Thanks

Thank you.

Hi, Sure we will.

Blender

@@PipingStressNet gracias!

Noted

Thanks sir❤❤❤we need more videos❤❤

Our pleasure!

Thank you too!

You can watch this for the solution Piping Stress on Elevated Pressure Vessel (Column) - Pipe supporting identified as well. kzbin.info/www/bejne/sGPQgZSme9x6gKs

Thanks

The requirement for a -40°C dew point temperature after a hydrotest is primarily based on ensuring that any residual moisture left in the piping system after the test does not freeze or condense, especially in environments where the piping may operate at or near freezing temperature. Moisture trapped in the piping system can freeze when temperatures drop, potentially leading to blockages, damage to equipment, or pipe rupture due to the expansion of ice. A -40°C dew point ensures that no water vapor will condense and freeze within the system at low operating temperatures. Drying the system to a -40°C dew point helps prevent internal corrosion.Many industrial and construction standards, such as NACE, ASME, and API, often recommend or require drying to a specific dew point after hydrotesting to ensure the longevity and safety of the piping systems. The -40°C dew point is a commonly accepted benchmark in industries such as oil & gas industry. By achieving a -40°C dew point, the risk of moisture-related problems is significantly minimized.

Glad you enjoyed it!