Thermal Expansion on a Long Rack Run: Loops or Expansion Joints?
A hot hydrocarbon line across a refinery unit grows by hundreds of millimetres. Here is how the growth is calculated and why loops usually beat expansion joints.
Environment
A hot hydrocarbon line across a refinery unit grows by hundreds of millimetres. Here is how the growth is calculated and why loops usually beat expansion joints.
In two-phase lines, slugs of liquid travel at gas velocity and hit every bend. The resulting forces can shake a line off its supports if they aren't designed in.
Flare headers collect relief from the whole facility. They must drain liquid, handle extreme temperatures and avoid vibration, and the layout challenges differ between a plant and a platform.