What happens if condensation is not properly drained from a steam system?

When condensation is not properly drained from a steam system, it can lead to water hammer effects. Water hammer occurs when pockets of steam collide with accumulated condensate, resulting in a shockwave that produces a loud banging noise and can potentially damage the steam system infrastructure. This issue arises because the steam expands and needs a clear pathway to move, and when condensate accumulates in the pipes, it disrupts that pathway.

Proper drainage of condensate is essential for maintaining system efficiency and preventing damage. Other potential consequences of inadequate drainage include reduced heat transfer efficiency and increased energy consumption since the steam system must work harder to overcome the trapped water. Ensuring that condensate is efficiently removed helps maintain system integrity and prolongs the life of the equipment.