Steam quality: Often underestimated as the cause of poor efficiency
In many plants, the impact of steam quality is underrated. Yet wet, superheated or contaminated steam can significantly impair efficiency, heat transfer and product quality.
In many plants, the impact of steam quality is underrated. Yet wet, superheated or contaminated steam can significantly impair efficiency, heat transfer and product quality.
Batch processes, pressure changes and unstable steam generation make fluctuating steam loads a daily reality in industrial steam systems. Under these conditions condensate cannot always
Steam systems are often oversized, resulting in reduced efficiency and higher energy costs that frequently go unnoticed. By learning how to calculate the actual process
They are considered simple standard components – and yet are often chosen without much thought: steam traps. But if you only look at the purchase
Water hammer is a serious issue in steam and condensate systems, often resulting in extensive damage to pipes, valves and equipment. This phenomenon occurs when pressure surges or waves form due to the sudden implosion of trapped steam or changes in direction of fluid movement, particularly when condensate is not efficiently removed. The cause of water hammer in steam systems is over pressure in the condensate lines often attributable to steam leakage through failed mechanical steam traps.
To make optimal use of steam in industry, reliable condensate removal is crucial. Mechanical steam traps often struggle with wear, failure, steam loss and high
English (UK) 
Deutsch